NNG11FC20C

THE MOSES II EFFORT IS A FIVE-YEAR SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.

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Award details

Obligations, current value and potential value describe different measures; they are never added together.

Field	Reported value
Agency	National Aeronautics and Space Administration
Office	NASA GODDARD SPACE FLIGHT CENTER
NAICS	541330 — Engineering Services
PSC	R699 — Other Administrative Support Services
Parent award / vehicle	Not reported
Set-aside	NO SET ASIDE USED.
Pricing type	COST PLUS FIXED FEE
Obligations	$370.2M
Current contract value	$394.2M
Potential contract value / ceiling	$394.2M
Start date	Jul 1, 2011
Current end date	Sep 30, 2027
Potential end date	Sep 30, 2027
Latest award activity	Aug 27, 2026
Source loaded	Sep 26, 2026

Funding and modification history

Showing the latest 123 of 123 loaded transactions. Negative values are deobligations.

Date	Modification	Obligation change	Description
Aug 27, 2026	122	$7.0M	EXECUTIVE ORDER (E.O.) 14398 TITLED "ADDRESSING DEI DISCRIMINATION BY FEDERAL CONTRACTORS. THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Aug 12, 2026	121	$0	EXECUTIVE ORDER (E.O.) 14398 TITLED "ADDRESSING DEI DISCRIMINATION BY FEDERAL CONTRACTORS. THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Jul 10, 2026	120	$0	EXECUTIVE ORDER (E.O.) 14398 TITLED "ADDRESSING DEI DISCRIMINATION BY FEDERAL CONTRACTORS. THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Jun 29, 2026	119	$3.0M	EXECUTIVE ORDER (E.O.) 14398 TITLED "ADDRESSING DEI DISCRIMINATION BY FEDERAL CONTRACTORS. THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Jun 3, 2026	118	$0	EXECUTIVE ORDER (E.O.) 14398 TITLED "ADDRESSING DEI DISCRIMINATION BY FEDERAL CONTRACTORS. THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Mar 31, 2026	117	$6.4M	THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Jan 30, 2026	116	$115.0K	THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Dec 1, 2025	115	$6.0M	THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Nov 12, 2025	114	$2.1M	THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Jul 24, 2025	113	$5.0M	THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Jun 4, 2025	112	$4.0M	THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
May 1, 2025	111	$3.0M	THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Apr 30, 2025	110	$0	REMOVAL OF CLAUSES/DRDS IAW EO 14173, 14168, 14148 AND 14057.THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Mar 3, 2025	109	$900.0K	THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Jan 30, 2025	108	$5.1M	THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Dec 16, 2024	107	$2.5M	THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Oct 23, 2024	106	$3.1M	THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Sep 17, 2024	105	$2.8M	THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Jul 16, 2024	104	$4.2M	THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
May 1, 2024	103	$4.5M	THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Mar 26, 2024	102	$2.8M	THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Feb 15, 2024	101	$2.6M	THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Dec 20, 2023	100	$3.0M	THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Nov 22, 2023	99	$742.9K	THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
May 24, 2023	98	$0	THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Mar 2, 2023	97	$16.0M	THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Feb 14, 2023	96	$0	THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Oct 26, 2022	95	$5.0M	THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Sep 16, 2022	94	$402.1K	THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Apr 29, 2022	93	$14.2M	THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Feb 9, 2022	92	$3.5M	THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Dec 16, 2021	91	$3.5M	THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Nov 19, 2021	90	$3.5M	THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Oct 28, 2021	89	$1.3M	THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Oct 15, 2021	88	$0	EO14042 THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Oct 11, 2021	87	$0	THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Aug 24, 2021	86	$4.0M	THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Jul 16, 2021	85	$2.2M	THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Jun 22, 2021	84	$2.0M	THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
May 27, 2021	83	$0	THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Feb 24, 2021	82	$4.2M	THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Dec 17, 2020	81	$4.1M	THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Nov 18, 2020	80	$366.0K	THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Sep 10, 2020	79	$4.5M	THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Jun 12, 2020	78	$4.4M	THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
May 19, 2020	77	$3.0M	THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Apr 14, 2020	76	$464.0K	THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Mar 12, 2020	75	$6.0M	THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Dec 19, 2019	74	$2.5M	THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Jul 29, 2019	73	$7.3M	THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Jun 5, 2019	72	$6.1M	THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Mar 12, 2019	71	$5.0M	THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Feb 13, 2019	70	$928.0K	THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Jan 31, 2019	69	$5.0M	THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Dec 20, 2018	68	$0	THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Dec 14, 2018	67	$4.0M	THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Nov 19, 2018	66	$264.0K	THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Aug 29, 2018	65	$996.0K	THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Jul 26, 2018	64	$455.0K	THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Jun 14, 2018	63	$6.0M	THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Apr 13, 2018	62	$5.1M	THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Mar 28, 2018	61	$0	THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Jan 16, 2018	60	$5.5M	THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Aug 1, 2017	59	$9.1M	THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Jun 9, 2017	58	$5.0M	THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
May 16, 2017	57	$2.5M	THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
May 2, 2017	56	$0	THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Apr 28, 2017	55	$550.0K	THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Mar 27, 2017	54	$2.1M	THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Mar 16, 2017	53	$0	THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Feb 28, 2017	52	$0	THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Dec 21, 2016	51	$3.0M	THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Nov 28, 2016	50	$250.0K	THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Oct 19, 2016	49	$-20.8K	THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Sep 8, 2016	48	$0	THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Aug 31, 2016	46	$0	THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Aug 31, 2016	47	$10.7M	THE MOSES II EFFORT IS A SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Jun 29, 2016	45	$4.0M	THE MOSES II EFFORT IS A FIVE-YEAR SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
May 9, 2016	44	$1.5M	THE MOSES II EFFORT IS A FIVE-YEAR SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Apr 20, 2016	43	$761.0K	THE MOSES II EFFORT IS A FIVE-YEAR SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Mar 1, 2016	42	$1.3M	THE MOSES II EFFORT IS A FIVE-YEAR SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Oct 23, 2015	41	$4.7M	THE MOSES II EFFORT IS A FIVE-YEAR SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Sep 28, 2015	40	$202.7K	THE MOSES II EFFORT IS A FIVE-YEAR SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Aug 25, 2015	39	$0	THE MOSES II EFFORT IS A FIVE-YEAR SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Aug 6, 2015	38	$2.0M	THE MOSES II EFFORT IS A FIVE-YEAR SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Jun 5, 2015	37	$3.3K	THE MOSES II EFFORT IS A FIVE-YEAR SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
May 13, 2015	36	$6.7M	THE MOSES II EFFORT IS A FIVE-YEAR SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Feb 20, 2015	35	$12.1M	THE MOSES II EFFORT IS A FIVE-YEAR SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Jan 14, 2015	34	$700.0K	THE MOSES II EFFORT IS A FIVE-YEAR SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Jan 5, 2015	33	$2.3M	THE MOSES II EFFORT IS A FIVE-YEAR SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Nov 5, 2014	32	$2.9M	THE MOSES II EFFORT IS A FIVE-YEAR SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Oct 24, 2014	31	$0	THE MOSES II EFFORT IS A FIVE-YEAR SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Aug 21, 2014	30	$0	THE MOSES II EFFORT IS A FIVE-YEAR SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Aug 15, 2014	29	$400.0K	THE MOSES II EFFORT IS A FIVE-YEAR SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Jul 18, 2014	28	$132.3K	THE MOSES II EFFORT IS A FIVE-YEAR SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Jun 24, 2014	27	$2.9M	THE MOSES II EFFORT IS A FIVE-YEAR SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
May 21, 2014	26	$0	THE MOSES II EFFORT IS A FIVE-YEAR SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Apr 11, 2014	25	$8.0M	THE MOSES II EFFORT IS A FIVE-YEAR SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Mar 6, 2014	24	$7.9M	THE MOSES II EFFORT IS A FIVE-YEAR SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Feb 26, 2014	23	$0	THE MOSES II EFFORT IS A FIVE-YEAR SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Jan 2, 2014	22	$5.8M	THE MOSES II EFFORT IS A FIVE-YEAR SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Nov 4, 2013	21	$5.1M	THE MOSES II EFFORT IS A FIVE-YEAR SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Sep 9, 2013	20	$0	THE MOSES II EFFORT IS A FIVE-YEAR SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Jul 19, 2013	19	$7.0M	THE MOSES II EFFORT IS A FIVE-YEAR SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Jul 18, 2013	18	$0	THE MOSES II EFFORT IS A FIVE-YEAR SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
May 14, 2013	17	$2.3M	THE MOSES II EFFORT IS A FIVE-YEAR SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Apr 23, 2013	16	$4.7M	THE MOSES II EFFORT IS A FIVE-YEAR SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Feb 26, 2013	15	$3.5M	THE MOSES II EFFORT IS A FIVE-YEAR SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Feb 6, 2013	14	$1.3M	THE MOSES II EFFORT IS A FIVE-YEAR SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Nov 19, 2012	13	$8.5M	THE MOSES II EFFORT IS A FIVE-YEAR SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Sep 17, 2012	12	$215.5K	THE MOSES II EFFORT IS A FIVE-YEAR SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Aug 30, 2012	11	$2.4M	THE MOSES II EFFORT IS A FIVE-YEAR SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Jul 25, 2012	10	$1.6M	THE MOSES II EFFORT IS A FIVE-YEAR SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Mar 27, 2012	9	$3.0M	THE MOSES II EFFORT IS A FIVE-YEAR SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Jan 27, 2012	8	$0	THE MOSES II EFFORT IS A FIVE-YEAR SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Jan 11, 2012	7	$14.0M	THE MOSES II EFFORT IS A FIVE-YEAR SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Dec 16, 2011	6	$0	THE MOSES II EFFORT IS A FIVE-YEAR SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Dec 6, 2011	5	$4.5M	THE MOSES II EFFORT IS A FIVE-YEAR SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Nov 1, 2011	4	$3.0M	THE MOSES II EFFORT IS A FIVE-YEAR SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Sep 30, 2011	3	$0	THE MOSES II EFFORT IS A FIVE-YEAR SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Aug 12, 2011	2	$1.1M	THE MOSES II EFFORT IS A FIVE-YEAR SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Jul 29, 2011	1	$5.0M	THE MOSES II EFFORT IS A FIVE-YEAR SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.
Jun 29, 2011	0	$5.0M	THE MOSES II EFFORT IS A FIVE-YEAR SOLE-SOURCE FOLLOW-ON CONTRACT TO MAINTAIN THE HEALTH AND SAFETY OF THE HST OBSERVATORY THROUGH THE NEXT PHASE OF ITS SCIENCE MISSION. THE SCOPE OF THIS FOLLOW-ON EFFORT INCLUDES CONDUCTING ALL ELEMENTS OF HST OPERATIONS OTHER THAN SCIENCE OPERATIONS, AND TO PERFORM SYSTEMS ENGINEERING TASKS REQUIRED TO PROPERLY MAINTAIN HST FLIGHT AND GROUND SYSTEMS.MISSION OPERATIONS RESPONSIBILITIES INCLUDE SAFE AND EFFICIENT CONTROL AND UTILIZATION OF THE HST OBSERVATORY, MAINTENANCE AND OPERATION OF HST-UNIQUE FACILITIES AND EQUIPMENT, AS WELL AS CREATION, MAINTENANCE, AND UTILIZATION OF HST OPERATIONS PROCESSES AND PROCEDURES. CRITICAL SYSTEMS ENGINEERING RESPONSIBILITIES CONSIST OF OPTIMIZING MISSION SYSTEM CAPABILITIES TO MAXIMIZE HST OPERATIONS EFFECTIVENESS AND SCIENCE PRODUCTIVITY. ESSENTIAL MANAGEMENT REQUIREMENTS INCLUDE PROVIDING A TECHNICAL STAFF POSSESSING IN-DEPTH KNOWLEDGE OF HST S VARIED, COMPLEX, AND UNIQUE FLIGHT AND GROUND SYSTEMS, ENSURING SUCCESSFUL ACCOMPLISHMENT OF THE DIVERSE TASKS NECESSARY TO EFFECTIVELY CONDUCT HST MISSION OPERATIONS AND SYSTEMS ENGINEERING AS WELL AS TO MANAGE AND REPORT CONTRACT ELEMENT COST AND SCHEDULE PERFORMANCE.

Estimated positioning window

Oct 25, 2026 – Mar 30, 2027

Recompete signal:

65/100

Why this recompete signal

Contract timing and recorded acquisition signals at the time of calculation.

Stored score: 65/100. Available recorded signals: 60 points.

Contract end 2027-09-30 (340 days from calculation): +35 points
0 historical awards in this buyer and category group: +0 points
123 recorded award transactions: +10 points
Latest award action: 2026-08-27: +5 points
Parent award identifier recorded: +0 points
Solicitation identifier recorded: +10 points
Linked official forecast: +0 points
Calculated on: 2026-10-25 10:18:04.631876+00:00

The historical group combines buyer, NAICS, and PSC. Multiple awards in this group do not by themselves establish repeated competitions.

Rule-based research score; it does not measure your chance of winning.

This older calculation does not retain a complete reproducible breakdown. Missing or changed inputs are not assigned invented points: Original award-value bonus input.

USAspending award record

. Rule-based research score; positioning dates are estimates.

Recompete score calculated Oct 25, 2026.

Research next steps

Check the linked forecast or SAM for a confirmed solicitation and current timing.
Check the stated set-aside against the solicitation and current certifications.
Review the award scope and buyer evidence before making a bid/no-bid decision.