NNH15CN70C

IGF::OT::IGF NEXTSTEP-2: THE GATEWAY PROGRAM OFFICE WAS DIRECTED BY NASA HQ TO COMMENCE WORK ON DEVELOPING AND REFINING GATEWAY HABITATION CONCEPTS, LEADING TO DESIGN, DEVELOPMENT, TEST AND EVALUATION (DDT&E) AND DELIVERY OF A U.S. HABITATION MODULE TO NASA.

Research the contractor View USAspending source Save to my pursuit research

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 MARSHALL SPACE FLIGHT CENTER
NAICS	541712
PSC	AR22 — SPACE SCIENCE AND APPLICATIONS - APPLIED RESEARCH/EXPLORATORY DEVELOPMENT
Parent award / vehicle	Not reported
Set-aside	NO SET ASIDE USED.
Pricing type	FIRM FIXED PRICE
Obligations	$48.6M
Current contract value	$48.6M
Potential contract value / ceiling	$48.6M
Start date	Sep 23, 2015
Current end date	Dec 31, 2025
Potential end date	Dec 31, 2025
Latest award activity	Jan 22, 2026
Source loaded	Sep 26, 2026

Funding and modification history

Showing the latest 49 of 49 loaded transactions. Negative values are deobligations.

Date	Modification	Obligation change	Description
Jan 22, 2026	48	$0	NEXTSTEP-2
Dec 2, 2025	47	$0	NEXTSTEP-2
Apr 29, 2025	46	$3.9M	NEXTSTEP-2
Nov 26, 2024	45	$0	NEXTSTEP-2: THE GATEWAY PROGRAM OFFICE WAS DIRECTED BY NASA HQ TO COMMENCE WORK ON DEVELOPING AND REFINING GATEWAY HABITATION CONCEPTS, LEADING TO DESIGN, DEVELOPMENT, TEST AND EVALUATION (DDT&E) AND DELIVERY OF A U.S. HABITATION MODULE TO NASA.
Jun 27, 2024	44	$2.2M	NEXTSTEP-2: THE GATEWAY PROGRAM OFFICE WAS DIRECTED BY NASA HQ TO COMMENCE WORK ON DEVELOPING AND REFINING GATEWAY HABITATION CONCEPTS, LEADING TO DESIGN, DEVELOPMENT, TEST AND EVALUATION (DDT&E) AND DELIVERY OF A U.S. HABITATION MODULE TO NASA.
Apr 17, 2024	43	$0	NEXTSTEP-2: THE GATEWAY PROGRAM OFFICE WAS DIRECTED BY NASA HQ TO COMMENCE WORK ON DEVELOPING AND REFINING GATEWAY HABITATION CONCEPTS, LEADING TO DESIGN, DEVELOPMENT, TEST AND EVALUATION (DDT&E) AND DELIVERY OF A U.S. HABITATION MODULE TO NASA.
Apr 11, 2024	42	$1.4M	NEXTSTEP-2: THE GATEWAY PROGRAM OFFICE WAS DIRECTED BY NASA HQ TO COMMENCE WORK ON DEVELOPING AND REFINING GATEWAY HABITATION CONCEPTS, LEADING TO DESIGN, DEVELOPMENT, TEST AND EVALUATION (DDT&E) AND DELIVERY OF A U.S. HABITATION MODULE TO NASA.
Apr 10, 2024	41	$-1.4M	NEXTSTEP-2: THE GATEWAY PROGRAM OFFICE WAS DIRECTED BY NASA HQ TO COMMENCE WORK ON DEVELOPING AND REFINING GATEWAY HABITATION CONCEPTS, LEADING TO DESIGN, DEVELOPMENT, TEST AND EVALUATION (DDT&E) AND DELIVERY OF A U.S. HABITATION MODULE TO NASA.
Apr 1, 2024	40	$1.4M	NEXTSTEP-2: THE GATEWAY PROGRAM OFFICE WAS DIRECTED BY NASA HQ TO COMMENCE WORK ON DEVELOPING AND REFINING GATEWAY HABITATION CONCEPTS, LEADING TO DESIGN, DEVELOPMENT, TEST AND EVALUATION (DDT&E) AND DELIVERY OF A U.S. HABITATION MODULE TO NASA.
Dec 13, 2023	39	$0	NEXTSTEP-2: THE GATEWAY PROGRAM OFFICE WAS DIRECTED BY NASA HQ TO COMMENCE WORK ON DEVELOPING AND REFINING GATEWAY HABITATION CONCEPTS, LEADING TO DESIGN, DEVELOPMENT, TEST AND EVALUATION (DDT&E) AND DELIVERY OF A U.S. HABITATION MODULE TO NASA.
Jul 26, 2023	38	$0	NEXTSTEP-2: THE GATEWAY PROGRAM OFFICE WAS DIRECTED BY NASA HQ TO COMMENCE WORK ON DEVELOPING AND REFINING GATEWAY HABITATION CONCEPTS, LEADING TO DESIGN, DEVELOPMENT, TEST AND EVALUATION (DDT&E) AND DELIVERY OF A U.S. HABITATION MODULE TO NASA.
Mar 7, 2023	37	$1.2M	NEXTSTEP-2: THE GATEWAY PROGRAM OFFICE WAS DIRECTED BY NASA HQ TO COMMENCE WORK ON DEVELOPING AND REFINING GATEWAY HABITATION CONCEPTS, LEADING TO DESIGN, DEVELOPMENT, TEST AND EVALUATION (DDT&E) AND DELIVERY OF A U.S. HABITATION MODULE TO NASA.
Jan 18, 2023	36	$0	NEXTSTEP-2: THE GATEWAY PROGRAM OFFICE WAS DIRECTED BY NASA HQ TO COMMENCE WORK ON DEVELOPING AND REFINING GATEWAY HABITATION CONCEPTS, LEADING TO DESIGN, DEVELOPMENT, TEST AND EVALUATION (DDT&E) AND DELIVERY OF A U.S. HABITATION MODULE TO NASA.
Jun 1, 2022	35	$174.4K	NEXTSTEP-2: THE GATEWAY PROGRAM OFFICE WAS DIRECTED BY NASA HQ TO COMMENCE WORK ON DEVELOPING AND REFINING GATEWAY HABITATION CONCEPTS, LEADING TO DESIGN, DEVELOPMENT, TEST AND EVALUATION (DDT&E) AND DELIVERY OF A U.S. HABITATION MODULE TO NASA.
Mar 9, 2022	34	$0	NEXTSTEP-2: THE GATEWAY PROGRAM OFFICE WAS DIRECTED BY NASA HQ TO COMMENCE WORK ON DEVELOPING AND REFINING GATEWAY HABITATION CONCEPTS, LEADING TO DESIGN, DEVELOPMENT, TEST AND EVALUATION (DDT&E) AND DELIVERY OF A U.S. HABITATION MODULE TO NASA.
Oct 15, 2021	33	$0	EO14042 NEXTSTEP-2: THE GATEWAY PROGRAM OFFICE WAS DIRECTED BY NASA HQ TO COMMENCE WORK ON DEVELOPING AND REFINING GATEWAY HABITATION CONCEPTS, LEADING TO DESIGN, DEVELOPMENT, TEST AND EVALUATION (DDT&E) AND DELIVERY OF A U.S. HABITATION MODULE TO NASA.
Sep 26, 2021	32	$7.1M	NEXTSTEP-2: THE GATEWAY PROGRAM OFFICE WAS DIRECTED BY NASA HQ TO COMMENCE WORK ON DEVELOPING AND REFINING GATEWAY HABITATION CONCEPTS, LEADING TO DESIGN, DEVELOPMENT, TEST AND EVALUATION (DDT&E) AND DELIVERY OF A U.S. HABITATION MODULE TO NASA.
Aug 17, 2021	31	$0	NEXTSTEP-2: THE GATEWAY PROGRAM OFFICE WAS DIRECTED BY NASA HQ TO COMMENCE WORK ON DEVELOPING AND REFINING GATEWAY HABITATION CONCEPTS, LEADING TO DESIGN, DEVELOPMENT, TEST AND EVALUATION (DDT&E) AND DELIVERY OF A U.S. HABITATION MODULE TO NASA.
Feb 22, 2021	30	$1.9M	NEXTSTEP-2: THE GATEWAY PROGRAM OFFICE WAS DIRECTED BY NASA HQ TO COMMENCE WORK ON DEVELOPING AND REFINING GATEWAY HABITATION CONCEPTS, LEADING TO DESIGN, DEVELOPMENT, TEST AND EVALUATION (DDT&E) AND DELIVERY OF A U.S. HABITATION MODULE TO NASA.
Sep 29, 2020	29	$48.0K	NEXTSTEP-2: THE GATEWAY PROGRAM OFFICE WAS DIRECTED BY NASA HQ TO COMMENCE WORK ON DEVELOPING AND REFINING GATEWAY HABITATION CONCEPTS, LEADING TO DESIGN, DEVELOPMENT, TEST AND EVALUATION (DDT&E) AND DELIVERY OF A U.S. HABITATION MODULE TO NASA.
Sep 17, 2020	28	$0	NEXTSTEP-2: THE GATEWAY PROGRAM OFFICE WAS DIRECTED BY NASA HQ TO COMMENCE WORK ON DEVELOPING AND REFINING GATEWAY HABITATION CONCEPTS, LEADING TO DESIGN, DEVELOPMENT, TEST AND EVALUATION (DDT&E) AND DELIVERY OF A U.S. HABITATION MODULE TO NASA.
Jul 21, 2020	27	$80.8K	NEXTSTEP-2: THE GATEWAY PROGRAM OFFICE WAS DIRECTED BY NASA HQ TO COMMENCE WORK ON DEVELOPING AND REFINING GATEWAY HABITATION CONCEPTS, LEADING TO DESIGN, DEVELOPMENT, TEST AND EVALUATION (DDT&E) AND DELIVERY OF A U.S. HABITATION MODULE TO NASA.
Jul 6, 2020	26	$0	NEXTSTEP BAA AWARD. UNDER THIS CONTRACT, THE CONTRACTOR WILL PROVIDE THE FOLLOWING: PROJECT MANAGEMENT: PROVIDE OVERALL LEADERSHIP FOR THE PROJECT INTERACT WITH THE CUSTOMER AND WRITE REPORTS. CUSTOMER MEETINGS: ORGANIZE MEETINGS, PREPARE PRESENTATIONS, ATTEND MEETINGS AND ADDRESS ACTION ITEMS. FIVE MEETINGS TOTAL: KICKOFF, THREE TIMS, AND FINAL CONCEPT REVIEW. BUSINESS OPERATIONS: PROVIDE CONTRACTUAL DIRECTION TO THE PROGRAM, INTERFACE WITH THE CUSTOMER, ISSUE BUDGETS AND MONITOR PERFORMANCE, MAINTAIN SCHEDULES, TRACK AND SUBMIT CONTRACT DELIVERABLES, AND ENSURE MISSION SUCCESS. DESIGN MATURATION: WORK WITH NASA TO REFINE DRM AND HIGH-LEVEL SYSTEM REQUIREMENTS TO BE USED IN SUBSYSTEM STUDIES. CAD MODEL SUPPORT: SUPPORT TO WORK ON EAM CONFIGURATION AND MAINTAIN CAD MODELS. SYSTEMS ENGINEERING AND INTEGRATION: SYSTEMS ENGINEERING SUPPORT TO COORDINATE TRADE STUDIES AND TRACK CONFIGURATION CHANGES. RESPONSIBLE FOR ENSURING SYSTEM REQUIREMENTS ARE MET. AIRLOCK/EVA STUDY: THIS STUDY WILL LOOK AT MULTIPLE OPTIONS FOR PROVIDING AN AIRLOCK CAPABILITY. OPTIONS INCLUDE INFLATABLE AIRLOCKS, INTEGRATED AIRLOCKS, AND RIGID AIRLOCKS. THE STUDY WILL ALSO DETERMINE IF THE AIRLOCK SHOULD BE LAUNCHED WITH THE EAM FIRST FLIGHT OR SEPARATELY. ATTITUDE CONTROL SYSTEM: DERIVE ATTITUDE CONTROL REQUIREMENTS FOR DRM AND EXTENDED MISSIONS. AVIONICS STUDY: APPLY HUMAN RATING REQUIREMENTS TO POINT-OF-DEPARTURE AVIONICS SUB-SYSTEM. STUDY HOW MAVEN-DERIVED AVIONICS ARCHITECTURE WOULD BE LEVERAGED FOR THE EAM AND ALSO STUDY THE USE OF ORION AS A BACKUP COMMAND CENTER. POWER SYSTEM STUDY: DERIVE POWER SYSTEM REQUIREMENTS FOR THE DRM AND EXTENDED MISSIONS. STUDY LOAD SHARING POSSIBILITIES WITH ORION. WE WILL CONSTRUCT A DETAILED POWER BUDGET BASED ON A DETAILED POWER EQUIPMENT LIST. THERMAL MANAGEMENT STUDY: PERFORM A THERMAL MANAGEMENT STUDY INTERNAL LAYOUT AND PACKAGING OPTIMIZATION: THIS STUDY WILL INVOLVE PERFORMING AN INTERNAL LAYOUT AND PACKAGING OPTIMIZATION INCLUDING PROVIDING A SOLAR STORM SAFE HAVEN. THE CHIL WILL BE USED TO STUDY HABITABILITY OF OUR DESIGN CONCEPTS. RADIATION SHELTER STUDY: STUDY MOST EFFICIENT WAY TO PROVIDE RADIATION PROTECTION ON BOARD THE EAM. STUDY WILL TRADE USING ORION VERSUS PROVIDING A SAFE HAVEN ON THE EAM. RADIATION MITIGATION STRATEGY STUDY: THIS STUDY WILL EXPLORE OPTIONS FOR METHODS OF MITIGATING LONG-TERM RADIATION EXPOSURE IN DEEP SPACE. DEVELOP AND TEST VARIOUS TECHNIQUES ON BOARD THE EAM. EVOLVABLE ECLSS STUDY: REQUIREMENTS DEFINITION AND BASELINE DESIGN: REQUIREMENTS DEFINITION AND BASELINE SYSTEM DESIGN AND CREATE HABITAT ECLSS SIMULINK MODEL. ECLSS STATE OF THE ART SURVEY: ENGAGE WITH INDUSTRY PARTNERS/VENDORS TO DETERMINE APPROPRIATE ECLSS SOLUTION AND POTENTIAL EVOLVABILITY SOLUTIONS. EVOLVABLE ECLSS STRATEGY: EXPLORE STRATEGIES FOR DESIGNING THE EAM TO SERVE AS A TEST BED FOR DEVELOPING A ROBUST AND COMPACT ECLSS.
Apr 16, 2020	25	$4.1M	NEXTSTEP BAA AWARD. UNDER THIS CONTRACT, THE CONTRACTOR WILL PROVIDE THE FOLLOWING: PROJECT MANAGEMENT: PROVIDE OVERALL LEADERSHIP FOR THE PROJECT INTERACT WITH THE CUSTOMER AND WRITE REPORTS. CUSTOMER MEETINGS: ORGANIZE MEETINGS, PREPARE PRESENTATIONS, ATTEND MEETINGS AND ADDRESS ACTION ITEMS. FIVE MEETINGS TOTAL: KICKOFF, THREE TIMS, AND FINAL CONCEPT REVIEW. BUSINESS OPERATIONS: PROVIDE CONTRACTUAL DIRECTION TO THE PROGRAM, INTERFACE WITH THE CUSTOMER, ISSUE BUDGETS AND MONITOR PERFORMANCE, MAINTAIN SCHEDULES, TRACK AND SUBMIT CONTRACT DELIVERABLES, AND ENSURE MISSION SUCCESS. DESIGN MATURATION: WORK WITH NASA TO REFINE DRM AND HIGH-LEVEL SYSTEM REQUIREMENTS TO BE USED IN SUBSYSTEM STUDIES. CAD MODEL SUPPORT: SUPPORT TO WORK ON EAM CONFIGURATION AND MAINTAIN CAD MODELS. SYSTEMS ENGINEERING AND INTEGRATION: SYSTEMS ENGINEERING SUPPORT TO COORDINATE TRADE STUDIES AND TRACK CONFIGURATION CHANGES. RESPONSIBLE FOR ENSURING SYSTEM REQUIREMENTS ARE MET. AIRLOCK/EVA STUDY: THIS STUDY WILL LOOK AT MULTIPLE OPTIONS FOR PROVIDING AN AIRLOCK CAPABILITY. OPTIONS INCLUDE INFLATABLE AIRLOCKS, INTEGRATED AIRLOCKS, AND RIGID AIRLOCKS. THE STUDY WILL ALSO DETERMINE IF THE AIRLOCK SHOULD BE LAUNCHED WITH THE EAM FIRST FLIGHT OR SEPARATELY. ATTITUDE CONTROL SYSTEM: DERIVE ATTITUDE CONTROL REQUIREMENTS FOR DRM AND EXTENDED MISSIONS. AVIONICS STUDY: APPLY HUMAN RATING REQUIREMENTS TO POINT-OF-DEPARTURE AVIONICS SUB-SYSTEM. STUDY HOW MAVEN-DERIVED AVIONICS ARCHITECTURE WOULD BE LEVERAGED FOR THE EAM AND ALSO STUDY THE USE OF ORION AS A BACKUP COMMAND CENTER. POWER SYSTEM STUDY: DERIVE POWER SYSTEM REQUIREMENTS FOR THE DRM AND EXTENDED MISSIONS. STUDY LOAD SHARING POSSIBILITIES WITH ORION. WE WILL CONSTRUCT A DETAILED POWER BUDGET BASED ON A DETAILED POWER EQUIPMENT LIST. THERMAL MANAGEMENT STUDY: PERFORM A THERMAL MANAGEMENT STUDY INTERNAL LAYOUT AND PACKAGING OPTIMIZATION: THIS STUDY WILL INVOLVE PERFORMING AN INTERNAL LAYOUT AND PACKAGING OPTIMIZATION INCLUDING PROVIDING A SOLAR STORM SAFE HAVEN. THE CHIL WILL BE USED TO STUDY HABITABILITY OF OUR DESIGN CONCEPTS. RADIATION SHELTER STUDY: STUDY MOST EFFICIENT WAY TO PROVIDE RADIATION PROTECTION ON BOARD THE EAM. STUDY WILL TRADE USING ORION VERSUS PROVIDING A SAFE HAVEN ON THE EAM. RADIATION MITIGATION STRATEGY STUDY: THIS STUDY WILL EXPLORE OPTIONS FOR METHODS OF MITIGATING LONG-TERM RADIATION EXPOSURE IN DEEP SPACE. DEVELOP AND TEST VARIOUS TECHNIQUES ON BOARD THE EAM. EVOLVABLE ECLSS STUDY: REQUIREMENTS DEFINITION AND BASELINE DESIGN: REQUIREMENTS DEFINITION AND BASELINE SYSTEM DESIGN AND CREATE HABITAT ECLSS SIMULINK MODEL. ECLSS STATE OF THE ART SURVEY: ENGAGE WITH INDUSTRY PARTNERS/VENDORS TO DETERMINE APPROPRIATE ECLSS SOLUTION AND POTENTIAL EVOLVABILITY SOLUTIONS. EVOLVABLE ECLSS STRATEGY: EXPLORE STRATEGIES FOR DESIGNING THE EAM TO SERVE AS A TEST BED FOR DEVELOPING A ROBUST AND COMPACT ECLSS.
Nov 21, 2019	24	$1.3M	NEXTSTEP BAA AWARD. UNDER THIS CONTRACT, THE CONTRACTOR WILL PROVIDE THE FOLLOWING: PROJECT MANAGEMENT: PROVIDE OVERALL LEADERSHIP FOR THE PROJECT INTERACT WITH THE CUSTOMER AND WRITE REPORTS. CUSTOMER MEETINGS: ORGANIZE MEETINGS, PREPARE PRESENTATIONS, ATTEND MEETINGS AND ADDRESS ACTION ITEMS. FIVE MEETINGS TOTAL: KICKOFF, THREE TIMS, AND FINAL CONCEPT REVIEW. BUSINESS OPERATIONS: PROVIDE CONTRACTUAL DIRECTION TO THE PROGRAM, INTERFACE WITH THE CUSTOMER, ISSUE BUDGETS AND MONITOR PERFORMANCE, MAINTAIN SCHEDULES, TRACK AND SUBMIT CONTRACT DELIVERABLES, AND ENSURE MISSION SUCCESS. DESIGN MATURATION: WORK WITH NASA TO REFINE DRM AND HIGH-LEVEL SYSTEM REQUIREMENTS TO BE USED IN SUBSYSTEM STUDIES. CAD MODEL SUPPORT: SUPPORT TO WORK ON EAM CONFIGURATION AND MAINTAIN CAD MODELS. SYSTEMS ENGINEERING AND INTEGRATION: SYSTEMS ENGINEERING SUPPORT TO COORDINATE TRADE STUDIES AND TRACK CONFIGURATION CHANGES. RESPONSIBLE FOR ENSURING SYSTEM REQUIREMENTS ARE MET. AIRLOCK/EVA STUDY: THIS STUDY WILL LOOK AT MULTIPLE OPTIONS FOR PROVIDING AN AIRLOCK CAPABILITY. OPTIONS INCLUDE INFLATABLE AIRLOCKS, INTEGRATED AIRLOCKS, AND RIGID AIRLOCKS. THE STUDY WILL ALSO DETERMINE IF THE AIRLOCK SHOULD BE LAUNCHED WITH THE EAM FIRST FLIGHT OR SEPARATELY. ATTITUDE CONTROL SYSTEM: DERIVE ATTITUDE CONTROL REQUIREMENTS FOR DRM AND EXTENDED MISSIONS. AVIONICS STUDY: APPLY HUMAN RATING REQUIREMENTS TO POINT-OF-DEPARTURE AVIONICS SUB-SYSTEM. STUDY HOW MAVEN-DERIVED AVIONICS ARCHITECTURE WOULD BE LEVERAGED FOR THE EAM AND ALSO STUDY THE USE OF ORION AS A BACKUP COMMAND CENTER. POWER SYSTEM STUDY: DERIVE POWER SYSTEM REQUIREMENTS FOR THE DRM AND EXTENDED MISSIONS. STUDY LOAD SHARING POSSIBILITIES WITH ORION. WE WILL CONSTRUCT A DETAILED POWER BUDGET BASED ON A DETAILED POWER EQUIPMENT LIST. THERMAL MANAGEMENT STUDY: PERFORM A THERMAL MANAGEMENT STUDY INTERNAL LAYOUT AND PACKAGING OPTIMIZATION: THIS STUDY WILL INVOLVE PERFORMING AN INTERNAL LAYOUT AND PACKAGING OPTIMIZATION INCLUDING PROVIDING A SOLAR STORM SAFE HAVEN. THE CHIL WILL BE USED TO STUDY HABITABILITY OF OUR DESIGN CONCEPTS. RADIATION SHELTER STUDY: STUDY MOST EFFICIENT WAY TO PROVIDE RADIATION PROTECTION ON BOARD THE EAM. STUDY WILL TRADE USING ORION VERSUS PROVIDING A SAFE HAVEN ON THE EAM. RADIATION MITIGATION STRATEGY STUDY: THIS STUDY WILL EXPLORE OPTIONS FOR METHODS OF MITIGATING LONG-TERM RADIATION EXPOSURE IN DEEP SPACE. DEVELOP AND TEST VARIOUS TECHNIQUES ON BOARD THE EAM. EVOLVABLE ECLSS STUDY: REQUIREMENTS DEFINITION AND BASELINE DESIGN: REQUIREMENTS DEFINITION AND BASELINE SYSTEM DESIGN AND CREATE HABITAT ECLSS SIMULINK MODEL. ECLSS STATE OF THE ART SURVEY: ENGAGE WITH INDUSTRY PARTNERS/VENDORS TO DETERMINE APPROPRIATE ECLSS SOLUTION AND POTENTIAL EVOLVABILITY SOLUTIONS. EVOLVABLE ECLSS STRATEGY: EXPLORE STRATEGIES FOR DESIGNING THE EAM TO SERVE AS A TEST BED FOR DEVELOPING A ROBUST AND COMPACT ECLSS.
Aug 6, 2019	23	$0	NEXTSTEP BAA AWARD. CONTRACT TRANSFERRED TO MSFC AT MOD 23. UNDER THIS CONTRACT, THE CONTRACTOR WILL PROVIDE THE FOLLOWING: PROJECT MANAGEMENT: PROVIDE OVERALL LEADERSHIP FOR THE PROJECT INTERACT WITH THE CUSTOMER AND WRITE REPORTS. CUSTOMER MEETINGS: ORGANIZE MEETINGS, PREPARE PRESENTATIONS, ATTEND MEETINGS AND ADDRESS ACTION ITEMS. FIVE MEETINGS TOTAL: KICKOFF, THREE TIMS, AND FINAL CONCEPT REVIEW. BUSINESS OPERATIONS: PROVIDE CONTRACTUAL DIRECTION TO THE PROGRAM, INTERFACE WITH THE CUSTOMER, ISSUE BUDGETS AND MONITOR PERFORMANCE, MAINTAIN SCHEDULES, TRACK AND SUBMIT CONTRACT DELIVERABLES, AND ENSURE MISSION SUCCESS. DESIGN MATURATION: WORK WITH NASA TO REFINE DRM AND HIGH-LEVEL SYSTEM REQUIREMENTS TO BE USED IN SUBSYSTEM STUDIES. CAD MODEL SUPPORT: SUPPORT TO WORK ON EAM CONFIGURATION AND MAINTAIN CAD MODELS. SYSTEMS ENGINEERING AND INTEGRATION: SYSTEMS ENGINEERING SUPPORT TO COORDINATE TRADE STUDIES AND TRACK CONFIGURATION CHANGES. RESPONSIBLE FOR ENSURING SYSTEM REQUIREMENTS ARE MET. AIRLOCK/EVA STUDY: THIS STUDY WILL LOOK AT MULTIPLE OPTIONS FOR PROVIDING AN AIRLOCK CAPABILITY. OPTIONS INCLUDE INFLATABLE AIRLOCKS, INTEGRATED AIRLOCKS, AND RIGID AIRLOCKS. THE STUDY WILL ALSO DETERMINE IF THE AIRLOCK SHOULD BE LAUNCHED WITH THE EAM FIRST FLIGHT OR SEPARATELY. ATTITUDE CONTROL SYSTEM: DERIVE ATTITUDE CONTROL REQUIREMENTS FOR DRM AND EXTENDED MISSIONS. AVIONICS STUDY: APPLY HUMAN RATING REQUIREMENTS TO POINT-OF-DEPARTURE AVIONICS SUB-SYSTEM. STUDY HOW MAVEN-DERIVED AVIONICS ARCHITECTURE WOULD BE LEVERAGED FOR THE EAM AND ALSO STUDY THE USE OF ORION AS A BACKUP COMMAND CENTER. POWER SYSTEM STUDY: DERIVE POWER SYSTEM REQUIREMENTS FOR THE DRM AND EXTENDED MISSIONS. STUDY LOAD SHARING POSSIBILITIES WITH ORION. WE WILL CONSTRUCT A DETAILED POWER BUDGET BASED ON A DETAILED POWER EQUIPMENT LIST. THERMAL MANAGEMENT STUDY: PERFORM A THERMAL MANAGEMENT STUDY INTERNAL LAYOUT AND PACKAGING OPTIMIZATION: THIS STUDY WILL INVOLVE PERFORMING AN INTERNAL LAYOUT AND PACKAGING OPTIMIZATION INCLUDING PROVIDING A SOLAR STORM SAFE HAVEN. THE CHIL WILL BE USED TO STUDY HABITABILITY OF OUR DESIGN CONCEPTS. RADIATION SHELTER STUDY: STUDY MOST EFFICIENT WAY TO PROVIDE RADIATION PROTECTION ON BOARD THE EAM. STUDY WILL TRADE USING ORION VERSUS PROVIDING A SAFE HAVEN ON THE EAM. RADIATION MITIGATION STRATEGY STUDY: THIS STUDY WILL EXPLORE OPTIONS FOR METHODS OF MITIGATING LONG-TERM RADIATION EXPOSURE IN DEEP SPACE. DEVELOP AND TEST VARIOUS TECHNIQUES ON BOARD THE EAM. EVOLVABLE ECLSS STUDY: REQUIREMENTS DEFINITION AND BASELINE DESIGN: REQUIREMENTS DEFINITION AND BASELINE SYSTEM DESIGN AND CREATE HABITAT ECLSS SIMULINK MODEL. ECLSS STATE OF THE ART SURVEY: ENGAGE WITH INDUSTRY PARTNERS/VENDORS TO DETERMINE APPROPRIATE ECLSS SOLUTION AND POTENTIAL EVOLVABILITY SOLUTIONS. EVOLVABLE ECLSS STRATEGY: EXPLORE STRATEGIES FOR DESIGNING THE EAM TO SERVE AS A TEST BED FOR DEVELOPING A ROBUST AND COMPACT ECLSS.
Jul 23, 2019	22	$3.3M	NEXTSTEP BAA AWARD. UNDER THIS CONTRACT, THE CONTRACTOR WILL PROVIDE THE FOLLOWING: PROJECT MANAGEMENT: PROVIDE OVERALL LEADERSHIP FOR THE PROJECT INTERACT WITH THE CUSTOMER AND WRITE REPORTS. CUSTOMER MEETINGS: ORGANIZE MEETINGS, PREPARE PRESENTATIONS, ATTEND MEETINGS AND ADDRESS ACTION ITEMS. FIVE MEETINGS TOTAL: KICKOFF, THREE TIMS, AND FINAL CONCEPT REVIEW. BUSINESS OPERATIONS: PROVIDE CONTRACTUAL DIRECTION TO THE PROGRAM, INTERFACE WITH THE CUSTOMER, ISSUE BUDGETS AND MONITOR PERFORMANCE, MAINTAIN SCHEDULES, TRACK AND SUBMIT CONTRACT DELIVERABLES, AND ENSURE MISSION SUCCESS. DESIGN MATURATION: WORK WITH NASA TO REFINE DRM AND HIGH-LEVEL SYSTEM REQUIREMENTS TO BE USED IN SUBSYSTEM STUDIES. CAD MODEL SUPPORT: SUPPORT TO WORK ON EAM CONFIGURATION AND MAINTAIN CAD MODELS. SYSTEMS ENGINEERING AND INTEGRATION: SYSTEMS ENGINEERING SUPPORT TO COORDINATE TRADE STUDIES AND TRACK CONFIGURATION CHANGES. RESPONSIBLE FOR ENSURING SYSTEM REQUIREMENTS ARE MET. AIRLOCK/EVA STUDY: THIS STUDY WILL LOOK AT MULTIPLE OPTIONS FOR PROVIDING AN AIRLOCK CAPABILITY. OPTIONS INCLUDE INFLATABLE AIRLOCKS, INTEGRATED AIRLOCKS, AND RIGID AIRLOCKS. THE STUDY WILL ALSO DETERMINE IF THE AIRLOCK SHOULD BE LAUNCHED WITH THE EAM FIRST FLIGHT OR SEPARATELY. ATTITUDE CONTROL SYSTEM: DERIVE ATTITUDE CONTROL REQUIREMENTS FOR DRM AND EXTENDED MISSIONS. AVIONICS STUDY: APPLY HUMAN RATING REQUIREMENTS TO POINT-OF-DEPARTURE AVIONICS SUB-SYSTEM. STUDY HOW MAVEN-DERIVED AVIONICS ARCHITECTURE WOULD BE LEVERAGED FOR THE EAM AND ALSO STUDY THE USE OF ORION AS A BACKUP COMMAND CENTER. POWER SYSTEM STUDY: DERIVE POWER SYSTEM REQUIREMENTS FOR THE DRM AND EXTENDED MISSIONS. STUDY LOAD SHARING POSSIBILITIES WITH ORION. WE WILL CONSTRUCT A DETAILED POWER BUDGET BASED ON A DETAILED POWER EQUIPMENT LIST. THERMAL MANAGEMENT STUDY: PERFORM A THERMAL MANAGEMENT STUDY INTERNAL LAYOUT AND PACKAGING OPTIMIZATION: THIS STUDY WILL INVOLVE PERFORMING AN INTERNAL LAYOUT AND PACKAGING OPTIMIZATION INCLUDING PROVIDING A SOLAR STORM SAFE HAVEN. THE CHIL WILL BE USED TO STUDY HABITABILITY OF OUR DESIGN CONCEPTS. RADIATION SHELTER STUDY: STUDY MOST EFFICIENT WAY TO PROVIDE RADIATION PROTECTION ON BOARD THE EAM. STUDY WILL TRADE USING ORION VERSUS PROVIDING A SAFE HAVEN ON THE EAM. RADIATION MITIGATION STRATEGY STUDY: THIS STUDY WILL EXPLORE OPTIONS FOR METHODS OF MITIGATING LONG-TERM RADIATION EXPOSURE IN DEEP SPACE. DEVELOP AND TEST VARIOUS TECHNIQUES ON BOARD THE EAM. EVOLVABLE ECLSS STUDY: REQUIREMENTS DEFINITION AND BASELINE DESIGN: REQUIREMENTS DEFINITION AND BASELINE SYSTEM DESIGN AND CREATE HABITAT ECLSS SIMULINK MODEL. ECLSS STATE OF THE ART SURVEY: ENGAGE WITH INDUSTRY PARTNERS/VENDORS TO DETERMINE APPROPRIATE ECLSS SOLUTION AND POTENTIAL EVOLVABILITY SOLUTIONS. EVOLVABLE ECLSS STRATEGY: EXPLORE STRATEGIES FOR DESIGNING THE EAM TO SERVE AS A TEST BED FOR DEVELOPING A ROBUST AND COMPACT ECLSS.
Jul 19, 2019	21	$0	NEXTSTEP BAA AWARD. UNDER THIS CONTRACT, THE CONTRACTOR WILL PROVIDE THE FOLLOWING: PROJECT MANAGEMENT: PROVIDE OVERALL LEADERSHIP FOR THE PROJECT INTERACT WITH THE CUSTOMER AND WRITE REPORTS. CUSTOMER MEETINGS: ORGANIZE MEETINGS, PREPARE PRESENTATIONS, ATTEND MEETINGS AND ADDRESS ACTION ITEMS. FIVE MEETINGS TOTAL: KICKOFF, THREE TIMS, AND FINAL CONCEPT REVIEW. BUSINESS OPERATIONS: PROVIDE CONTRACTUAL DIRECTION TO THE PROGRAM, INTERFACE WITH THE CUSTOMER, ISSUE BUDGETS AND MONITOR PERFORMANCE, MAINTAIN SCHEDULES, TRACK AND SUBMIT CONTRACT DELIVERABLES, AND ENSURE MISSION SUCCESS. DESIGN MATURATION: WORK WITH NASA TO REFINE DRM AND HIGH-LEVEL SYSTEM REQUIREMENTS TO BE USED IN SUBSYSTEM STUDIES. CAD MODEL SUPPORT: SUPPORT TO WORK ON EAM CONFIGURATION AND MAINTAIN CAD MODELS. SYSTEMS ENGINEERING AND INTEGRATION: SYSTEMS ENGINEERING SUPPORT TO COORDINATE TRADE STUDIES AND TRACK CONFIGURATION CHANGES. RESPONSIBLE FOR ENSURING SYSTEM REQUIREMENTS ARE MET. AIRLOCK/EVA STUDY: THIS STUDY WILL LOOK AT MULTIPLE OPTIONS FOR PROVIDING AN AIRLOCK CAPABILITY. OPTIONS INCLUDE INFLATABLE AIRLOCKS, INTEGRATED AIRLOCKS, AND RIGID AIRLOCKS. THE STUDY WILL ALSO DETERMINE IF THE AIRLOCK SHOULD BE LAUNCHED WITH THE EAM FIRST FLIGHT OR SEPARATELY. ATTITUDE CONTROL SYSTEM: DERIVE ATTITUDE CONTROL REQUIREMENTS FOR DRM AND EXTENDED MISSIONS. AVIONICS STUDY: APPLY HUMAN RATING REQUIREMENTS TO POINT-OF-DEPARTURE AVIONICS SUB-SYSTEM. STUDY HOW MAVEN-DERIVED AVIONICS ARCHITECTURE WOULD BE LEVERAGED FOR THE EAM AND ALSO STUDY THE USE OF ORION AS A BACKUP COMMAND CENTER. POWER SYSTEM STUDY: DERIVE POWER SYSTEM REQUIREMENTS FOR THE DRM AND EXTENDED MISSIONS. STUDY LOAD SHARING POSSIBILITIES WITH ORION. WE WILL CONSTRUCT A DETAILED POWER BUDGET BASED ON A DETAILED POWER EQUIPMENT LIST. THERMAL MANAGEMENT STUDY: PERFORM A THERMAL MANAGEMENT STUDY INTERNAL LAYOUT AND PACKAGING OPTIMIZATION: THIS STUDY WILL INVOLVE PERFORMING AN INTERNAL LAYOUT AND PACKAGING OPTIMIZATION INCLUDING PROVIDING A SOLAR STORM SAFE HAVEN. THE CHIL WILL BE USED TO STUDY HABITABILITY OF OUR DESIGN CONCEPTS. RADIATION SHELTER STUDY: STUDY MOST EFFICIENT WAY TO PROVIDE RADIATION PROTECTION ON BOARD THE EAM. STUDY WILL TRADE USING ORION VERSUS PROVIDING A SAFE HAVEN ON THE EAM. RADIATION MITIGATION STRATEGY STUDY: THIS STUDY WILL EXPLORE OPTIONS FOR METHODS OF MITIGATING LONG-TERM RADIATION EXPOSURE IN DEEP SPACE. DEVELOP AND TEST VARIOUS TECHNIQUES ON BOARD THE EAM. EVOLVABLE ECLSS STUDY: REQUIREMENTS DEFINITION AND BASELINE DESIGN: REQUIREMENTS DEFINITION AND BASELINE SYSTEM DESIGN AND CREATE HABITAT ECLSS SIMULINK MODEL. ECLSS STATE OF THE ART SURVEY: ENGAGE WITH INDUSTRY PARTNERS/VENDORS TO DETERMINE APPROPRIATE ECLSS SOLUTION AND POTENTIAL EVOLVABILITY SOLUTIONS. EVOLVABLE ECLSS STRATEGY: EXPLORE STRATEGIES FOR DESIGNING THE EAM TO SERVE AS A TEST BED FOR DEVELOPING A ROBUST AND COMPACT ECLSS.
Jul 12, 2019	20	$0	NEXTSTEP BAA AWARD. UNDER THIS CONTRACT, THE CONTRACTOR WILL PROVIDE THE FOLLOWING: PROJECT MANAGEMENT: PROVIDE OVERALL LEADERSHIP FOR THE PROJECT INTERACT WITH THE CUSTOMER AND WRITE REPORTS. CUSTOMER MEETINGS: ORGANIZE MEETINGS, PREPARE PRESENTATIONS, ATTEND MEETINGS AND ADDRESS ACTION ITEMS. FIVE MEETINGS TOTAL: KICKOFF, THREE TIMS, AND FINAL CONCEPT REVIEW. BUSINESS OPERATIONS: PROVIDE CONTRACTUAL DIRECTION TO THE PROGRAM, INTERFACE WITH THE CUSTOMER, ISSUE BUDGETS AND MONITOR PERFORMANCE, MAINTAIN SCHEDULES, TRACK AND SUBMIT CONTRACT DELIVERABLES, AND ENSURE MISSION SUCCESS. DESIGN MATURATION: WORK WITH NASA TO REFINE DRM AND HIGH-LEVEL SYSTEM REQUIREMENTS TO BE USED IN SUBSYSTEM STUDIES. CAD MODEL SUPPORT: SUPPORT TO WORK ON EAM CONFIGURATION AND MAINTAIN CAD MODELS. SYSTEMS ENGINEERING AND INTEGRATION: SYSTEMS ENGINEERING SUPPORT TO COORDINATE TRADE STUDIES AND TRACK CONFIGURATION CHANGES. RESPONSIBLE FOR ENSURING SYSTEM REQUIREMENTS ARE MET. AIRLOCK/EVA STUDY: THIS STUDY WILL LOOK AT MULTIPLE OPTIONS FOR PROVIDING AN AIRLOCK CAPABILITY. OPTIONS INCLUDE INFLATABLE AIRLOCKS, INTEGRATED AIRLOCKS, AND RIGID AIRLOCKS. THE STUDY WILL ALSO DETERMINE IF THE AIRLOCK SHOULD BE LAUNCHED WITH THE EAM FIRST FLIGHT OR SEPARATELY. ATTITUDE CONTROL SYSTEM: DERIVE ATTITUDE CONTROL REQUIREMENTS FOR DRM AND EXTENDED MISSIONS. AVIONICS STUDY: APPLY HUMAN RATING REQUIREMENTS TO POINT-OF-DEPARTURE AVIONICS SUB-SYSTEM. STUDY HOW MAVEN-DERIVED AVIONICS ARCHITECTURE WOULD BE LEVERAGED FOR THE EAM AND ALSO STUDY THE USE OF ORION AS A BACKUP COMMAND CENTER. POWER SYSTEM STUDY: DERIVE POWER SYSTEM REQUIREMENTS FOR THE DRM AND EXTENDED MISSIONS. STUDY LOAD SHARING POSSIBILITIES WITH ORION. WE WILL CONSTRUCT A DETAILED POWER BUDGET BASED ON A DETAILED POWER EQUIPMENT LIST. THERMAL MANAGEMENT STUDY: PERFORM A THERMAL MANAGEMENT STUDY INTERNAL LAYOUT AND PACKAGING OPTIMIZATION: THIS STUDY WILL INVOLVE PERFORMING AN INTERNAL LAYOUT AND PACKAGING OPTIMIZATION INCLUDING PROVIDING A SOLAR STORM SAFE HAVEN. THE CHIL WILL BE USED TO STUDY HABITABILITY OF OUR DESIGN CONCEPTS. RADIATION SHELTER STUDY: STUDY MOST EFFICIENT WAY TO PROVIDE RADIATION PROTECTION ON BOARD THE EAM. STUDY WILL TRADE USING ORION VERSUS PROVIDING A SAFE HAVEN ON THE EAM. RADIATION MITIGATION STRATEGY STUDY: THIS STUDY WILL EXPLORE OPTIONS FOR METHODS OF MITIGATING LONG-TERM RADIATION EXPOSURE IN DEEP SPACE. DEVELOP AND TEST VARIOUS TECHNIQUES ON BOARD THE EAM. EVOLVABLE ECLSS STUDY: REQUIREMENTS DEFINITION AND BASELINE DESIGN: REQUIREMENTS DEFINITION AND BASELINE SYSTEM DESIGN AND CREATE HABITAT ECLSS SIMULINK MODEL. ECLSS STATE OF THE ART SURVEY: ENGAGE WITH INDUSTRY PARTNERS/VENDORS TO DETERMINE APPROPRIATE ECLSS SOLUTION AND POTENTIAL EVOLVABILITY SOLUTIONS. EVOLVABLE ECLSS STRATEGY: EXPLORE STRATEGIES FOR DESIGNING THE EAM TO SERVE AS A TEST BED FOR DEVELOPING A ROBUST AND COMPACT ECLSS.
Jun 25, 2019	19	$0	IGF::OT::IGF NEXTSTEP BAA AWARD. UNDER THIS CONTRACT, THE CONTRACTOR WILL PROVIDE THE FOLLOWING: PROJECT MANAGEMENT: PROVIDE OVERALL LEADERSHIP FOR THE PROJECT INTERACT WITH THE CUSTOMER AND WRITE REPORTS. CUSTOMER MEETINGS: ORGANIZE MEETINGS, PREPARE PRESENTATIONS, ATTEND MEETINGS AND ADDRESS ACTION ITEMS. FIVE MEETINGS TOTAL: KICKOFF, THREE TIMS, AND FINAL CONCEPT REVIEW. BUSINESS OPERATIONS: PROVIDE CONTRACTUAL DIRECTION TO THE PROGRAM, INTERFACE WITH THE CUSTOMER, ISSUE BUDGETS AND MONITOR PERFORMANCE, MAINTAIN SCHEDULES, TRACK AND SUBMIT CONTRACT DELIVERABLES, AND ENSURE MISSION SUCCESS. DESIGN MATURATION: WORK WITH NASA TO REFINE DRM AND HIGH-LEVEL SYSTEM REQUIREMENTS TO BE USED IN SUBSYSTEM STUDIES. CAD MODEL SUPPORT: SUPPORT TO WORK ON EAM CONFIGURATION AND MAINTAIN CAD MODELS. SYSTEMS ENGINEERING AND INTEGRATION: SYSTEMS ENGINEERING SUPPORT TO COORDINATE TRADE STUDIES AND TRACK CONFIGURATION CHANGES. RESPONSIBLE FOR ENSURING SYSTEM REQUIREMENTS ARE MET. AIRLOCK/EVA STUDY: THIS STUDY WILL LOOK AT MULTIPLE OPTIONS FOR PROVIDING AN AIRLOCK CAPABILITY. OPTIONS INCLUDE INFLATABLE AIRLOCKS, INTEGRATED AIRLOCKS, AND RIGID AIRLOCKS. THE STUDY WILL ALSO DETERMINE IF THE AIRLOCK SHOULD BE LAUNCHED WITH THE EAM FIRST FLIGHT OR SEPARATELY. ATTITUDE CONTROL SYSTEM: DERIVE ATTITUDE CONTROL REQUIREMENTS FOR DRM AND EXTENDED MISSIONS. AVIONICS STUDY: APPLY HUMAN RATING REQUIREMENTS TO POINT-OF-DEPARTURE AVIONICS SUB-SYSTEM. STUDY HOW MAVEN-DERIVED AVIONICS ARCHITECTURE WOULD BE LEVERAGED FOR THE EAM AND ALSO STUDY THE USE OF ORION AS A BACKUP COMMAND CENTER. POWER SYSTEM STUDY: DERIVE POWER SYSTEM REQUIREMENTS FOR THE DRM AND EXTENDED MISSIONS. STUDY LOAD SHARING POSSIBILITIES WITH ORION. WE WILL CONSTRUCT A DETAILED POWER BUDGET BASED ON A DETAILED POWER EQUIPMENT LIST. THERMAL MANAGEMENT STUDY: PERFORM A THERMAL MANAGEMENT STUDY INTERNAL LAYOUT AND PACKAGING OPTIMIZATION: THIS STUDY WILL INVOLVE PERFORMING AN INTERNAL LAYOUT AND PACKAGING OPTIMIZATION INCLUDING PROVIDING A SOLAR STORM SAFE HAVEN. THE CHIL WILL BE USED TO STUDY HABITABILITY OF OUR DESIGN CONCEPTS. RADIATION SHELTER STUDY: STUDY MOST EFFICIENT WAY TO PROVIDE RADIATION PROTECTION ON BOARD THE EAM. STUDY WILL TRADE USING ORION VERSUS PROVIDING A SAFE HAVEN ON THE EAM. RADIATION MITIGATION STRATEGY STUDY: THIS STUDY WILL EXPLORE OPTIONS FOR METHODS OF MITIGATING LONG-TERM RADIATION EXPOSURE IN DEEP SPACE. DEVELOP AND TEST VARIOUS TECHNIQUES ON BOARD THE EAM. EVOLVABLE ECLSS STUDY: REQUIREMENTS DEFINITION AND BASELINE DESIGN: REQUIREMENTS DEFINITION AND BASELINE SYSTEM DESIGN AND CREATE HABITAT ECLSS SIMULINK MODEL. ECLSS STATE OF THE ART SURVEY: ENGAGE WITH INDUSTRY PARTNERS/VENDORS TO DETERMINE APPROPRIATE ECLSS SOLUTION AND POTENTIAL EVOLVABILITY SOLUTIONS. EVOLVABLE ECLSS STRATEGY: EXPLORE STRATEGIES FOR DESIGNING THE EAM TO SERVE AS A TEST BED FOR DEVELOPING A ROBUST AND COMPACT ECLSS.
May 2, 2019	18	$2.0M	IGF::OT::IGF NEXTSTEP BAA AWARD. UNDER THIS CONTRACT, THE CONTRACTOR WILL PROVIDE THE FOLLOWING: PROJECT MANAGEMENT: PROVIDE OVERALL LEADERSHIP FOR THE PROJECT INTERACT WITH THE CUSTOMER AND WRITE REPORTS. CUSTOMER MEETINGS: ORGANIZE MEETINGS, PREPARE PRESENTATIONS, ATTEND MEETINGS AND ADDRESS ACTION ITEMS. FIVE MEETINGS TOTAL: KICKOFF, THREE TIMS, AND FINAL CONCEPT REVIEW. BUSINESS OPERATIONS: PROVIDE CONTRACTUAL DIRECTION TO THE PROGRAM, INTERFACE WITH THE CUSTOMER, ISSUE BUDGETS AND MONITOR PERFORMANCE, MAINTAIN SCHEDULES, TRACK AND SUBMIT CONTRACT DELIVERABLES, AND ENSURE MISSION SUCCESS. DESIGN MATURATION: WORK WITH NASA TO REFINE DRM AND HIGH-LEVEL SYSTEM REQUIREMENTS TO BE USED IN SUBSYSTEM STUDIES. CAD MODEL SUPPORT: SUPPORT TO WORK ON EAM CONFIGURATION AND MAINTAIN CAD MODELS. SYSTEMS ENGINEERING AND INTEGRATION: SYSTEMS ENGINEERING SUPPORT TO COORDINATE TRADE STUDIES AND TRACK CONFIGURATION CHANGES. RESPONSIBLE FOR ENSURING SYSTEM REQUIREMENTS ARE MET. AIRLOCK/EVA STUDY: THIS STUDY WILL LOOK AT MULTIPLE OPTIONS FOR PROVIDING AN AIRLOCK CAPABILITY. OPTIONS INCLUDE INFLATABLE AIRLOCKS, INTEGRATED AIRLOCKS, AND RIGID AIRLOCKS. THE STUDY WILL ALSO DETERMINE IF THE AIRLOCK SHOULD BE LAUNCHED WITH THE EAM FIRST FLIGHT OR SEPARATELY. ATTITUDE CONTROL SYSTEM: DERIVE ATTITUDE CONTROL REQUIREMENTS FOR DRM AND EXTENDED MISSIONS. AVIONICS STUDY: APPLY HUMAN RATING REQUIREMENTS TO POINT-OF-DEPARTURE AVIONICS SUB-SYSTEM. STUDY HOW MAVEN-DERIVED AVIONICS ARCHITECTURE WOULD BE LEVERAGED FOR THE EAM AND ALSO STUDY THE USE OF ORION AS A BACKUP COMMAND CENTER. POWER SYSTEM STUDY: DERIVE POWER SYSTEM REQUIREMENTS FOR THE DRM AND EXTENDED MISSIONS. STUDY LOAD SHARING POSSIBILITIES WITH ORION. WE WILL CONSTRUCT A DETAILED POWER BUDGET BASED ON A DETAILED POWER EQUIPMENT LIST. THERMAL MANAGEMENT STUDY: PERFORM A THERMAL MANAGEMENT STUDY INTERNAL LAYOUT AND PACKAGING OPTIMIZATION: THIS STUDY WILL INVOLVE PERFORMING AN INTERNAL LAYOUT AND PACKAGING OPTIMIZATION INCLUDING PROVIDING A SOLAR STORM SAFE HAVEN. THE CHIL WILL BE USED TO STUDY HABITABILITY OF OUR DESIGN CONCEPTS. RADIATION SHELTER STUDY: STUDY MOST EFFICIENT WAY TO PROVIDE RADIATION PROTECTION ON BOARD THE EAM. STUDY WILL TRADE USING ORION VERSUS PROVIDING A SAFE HAVEN ON THE EAM. RADIATION MITIGATION STRATEGY STUDY: THIS STUDY WILL EXPLORE OPTIONS FOR METHODS OF MITIGATING LONG-TERM RADIATION EXPOSURE IN DEEP SPACE. DEVELOP AND TEST VARIOUS TECHNIQUES ON BOARD THE EAM. EVOLVABLE ECLSS STUDY: REQUIREMENTS DEFINITION AND BASELINE DESIGN: REQUIREMENTS DEFINITION AND BASELINE SYSTEM DESIGN AND CREATE HABITAT ECLSS SIMULINK MODEL. ECLSS STATE OF THE ART SURVEY: ENGAGE WITH INDUSTRY PARTNERS/VENDORS TO DETERMINE APPROPRIATE ECLSS SOLUTION AND POTENTIAL EVOLVABILITY SOLUTIONS. EVOLVABLE ECLSS STRATEGY: EXPLORE STRATEGIES FOR DESIGNING THE EAM TO SERVE AS A TEST BED FOR DEVELOPING A ROBUST AND COMPACT ECLSS.
Mar 18, 2019	17	$361.4K	IGF::OT::IGF NEXTSTEP BAA AWARD. UNDER THIS CONTRACT, THE CONTRACTOR WILL PROVIDE THE FOLLOWING: PROJECT MANAGEMENT: PROVIDE OVERALL LEADERSHIP FOR THE PROJECT INTERACT WITH THE CUSTOMER AND WRITE REPORTS. CUSTOMER MEETINGS: ORGANIZE MEETINGS, PREPARE PRESENTATIONS, ATTEND MEETINGS AND ADDRESS ACTION ITEMS. FIVE MEETINGS TOTAL: KICKOFF, THREE TIMS, AND FINAL CONCEPT REVIEW. BUSINESS OPERATIONS: PROVIDE CONTRACTUAL DIRECTION TO THE PROGRAM, INTERFACE WITH THE CUSTOMER, ISSUE BUDGETS AND MONITOR PERFORMANCE, MAINTAIN SCHEDULES, TRACK AND SUBMIT CONTRACT DELIVERABLES, AND ENSURE MISSION SUCCESS. DESIGN MATURATION: WORK WITH NASA TO REFINE DRM AND HIGH-LEVEL SYSTEM REQUIREMENTS TO BE USED IN SUBSYSTEM STUDIES. CAD MODEL SUPPORT: SUPPORT TO WORK ON EAM CONFIGURATION AND MAINTAIN CAD MODELS. SYSTEMS ENGINEERING AND INTEGRATION: SYSTEMS ENGINEERING SUPPORT TO COORDINATE TRADE STUDIES AND TRACK CONFIGURATION CHANGES. RESPONSIBLE FOR ENSURING SYSTEM REQUIREMENTS ARE MET. AIRLOCK/EVA STUDY: THIS STUDY WILL LOOK AT MULTIPLE OPTIONS FOR PROVIDING AN AIRLOCK CAPABILITY. OPTIONS INCLUDE INFLATABLE AIRLOCKS, INTEGRATED AIRLOCKS, AND RIGID AIRLOCKS. THE STUDY WILL ALSO DETERMINE IF THE AIRLOCK SHOULD BE LAUNCHED WITH THE EAM FIRST FLIGHT OR SEPARATELY. ATTITUDE CONTROL SYSTEM: DERIVE ATTITUDE CONTROL REQUIREMENTS FOR DRM AND EXTENDED MISSIONS. AVIONICS STUDY: APPLY HUMAN RATING REQUIREMENTS TO POINT-OF-DEPARTURE AVIONICS SUB-SYSTEM. STUDY HOW MAVEN-DERIVED AVIONICS ARCHITECTURE WOULD BE LEVERAGED FOR THE EAM AND ALSO STUDY THE USE OF ORION AS A BACKUP COMMAND CENTER. POWER SYSTEM STUDY: DERIVE POWER SYSTEM REQUIREMENTS FOR THE DRM AND EXTENDED MISSIONS. STUDY LOAD SHARING POSSIBILITIES WITH ORION. WE WILL CONSTRUCT A DETAILED POWER BUDGET BASED ON A DETAILED POWER EQUIPMENT LIST. THERMAL MANAGEMENT STUDY: PERFORM A THERMAL MANAGEMENT STUDY INTERNAL LAYOUT AND PACKAGING OPTIMIZATION: THIS STUDY WILL INVOLVE PERFORMING AN INTERNAL LAYOUT AND PACKAGING OPTIMIZATION INCLUDING PROVIDING A SOLAR STORM SAFE HAVEN. THE CHIL WILL BE USED TO STUDY HABITABILITY OF OUR DESIGN CONCEPTS. RADIATION SHELTER STUDY: STUDY MOST EFFICIENT WAY TO PROVIDE RADIATION PROTECTION ON BOARD THE EAM. STUDY WILL TRADE USING ORION VERSUS PROVIDING A SAFE HAVEN ON THE EAM. RADIATION MITIGATION STRATEGY STUDY: THIS STUDY WILL EXPLORE OPTIONS FOR METHODS OF MITIGATING LONG-TERM RADIATION EXPOSURE IN DEEP SPACE. DEVELOP AND TEST VARIOUS TECHNIQUES ON BOARD THE EAM. EVOLVABLE ECLSS STUDY: REQUIREMENTS DEFINITION AND BASELINE DESIGN: REQUIREMENTS DEFINITION AND BASELINE SYSTEM DESIGN AND CREATE HABITAT ECLSS SIMULINK MODEL. ECLSS STATE OF THE ART SURVEY: ENGAGE WITH INDUSTRY PARTNERS/VENDORS TO DETERMINE APPROPRIATE ECLSS SOLUTION AND POTENTIAL EVOLVABILITY SOLUTIONS. EVOLVABLE ECLSS STRATEGY: EXPLORE STRATEGIES FOR DESIGNING THE EAM TO SERVE AS A TEST BED FOR DEVELOPING A ROBUST AND COMPACT ECLSS.
Jan 30, 2019	16	$950.0K	IGF::OT::IGF NEXTSTEP BAA AWARD. UNDER THIS CONTRACT, THE CONTRACTOR WILL PROVIDE THE FOLLOWING: PROJECT MANAGEMENT: PROVIDE OVERALL LEADERSHIP FOR THE PROJECT INTERACT WITH THE CUSTOMER AND WRITE REPORTS. CUSTOMER MEETINGS: ORGANIZE MEETINGS, PREPARE PRESENTATIONS, ATTEND MEETINGS AND ADDRESS ACTION ITEMS. FIVE MEETINGS TOTAL: KICKOFF, THREE TIMS, AND FINAL CONCEPT REVIEW. BUSINESS OPERATIONS: PROVIDE CONTRACTUAL DIRECTION TO THE PROGRAM, INTERFACE WITH THE CUSTOMER, ISSUE BUDGETS AND MONITOR PERFORMANCE, MAINTAIN SCHEDULES, TRACK AND SUBMIT CONTRACT DELIVERABLES, AND ENSURE MISSION SUCCESS. DESIGN MATURATION: WORK WITH NASA TO REFINE DRM AND HIGH-LEVEL SYSTEM REQUIREMENTS TO BE USED IN SUBSYSTEM STUDIES. CAD MODEL SUPPORT: SUPPORT TO WORK ON EAM CONFIGURATION AND MAINTAIN CAD MODELS. SYSTEMS ENGINEERING AND INTEGRATION: SYSTEMS ENGINEERING SUPPORT TO COORDINATE TRADE STUDIES AND TRACK CONFIGURATION CHANGES. RESPONSIBLE FOR ENSURING SYSTEM REQUIREMENTS ARE MET. AIRLOCK/EVA STUDY: THIS STUDY WILL LOOK AT MULTIPLE OPTIONS FOR PROVIDING AN AIRLOCK CAPABILITY. OPTIONS INCLUDE INFLATABLE AIRLOCKS, INTEGRATED AIRLOCKS, AND RIGID AIRLOCKS. THE STUDY WILL ALSO DETERMINE IF THE AIRLOCK SHOULD BE LAUNCHED WITH THE EAM FIRST FLIGHT OR SEPARATELY. ATTITUDE CONTROL SYSTEM: DERIVE ATTITUDE CONTROL REQUIREMENTS FOR DRM AND EXTENDED MISSIONS. AVIONICS STUDY: APPLY HUMAN RATING REQUIREMENTS TO POINT-OF-DEPARTURE AVIONICS SUB-SYSTEM. STUDY HOW MAVEN-DERIVED AVIONICS ARCHITECTURE WOULD BE LEVERAGED FOR THE EAM AND ALSO STUDY THE USE OF ORION AS A BACKUP COMMAND CENTER. POWER SYSTEM STUDY: DERIVE POWER SYSTEM REQUIREMENTS FOR THE DRM AND EXTENDED MISSIONS. STUDY LOAD SHARING POSSIBILITIES WITH ORION. WE WILL CONSTRUCT A DETAILED POWER BUDGET BASED ON A DETAILED POWER EQUIPMENT LIST. THERMAL MANAGEMENT STUDY: PERFORM A THERMAL MANAGEMENT STUDY INTERNAL LAYOUT AND PACKAGING OPTIMIZATION: THIS STUDY WILL INVOLVE PERFORMING AN INTERNAL LAYOUT AND PACKAGING OPTIMIZATION INCLUDING PROVIDING A SOLAR STORM SAFE HAVEN. THE CHIL WILL BE USED TO STUDY HABITABILITY OF OUR DESIGN CONCEPTS. RADIATION SHELTER STUDY: STUDY MOST EFFICIENT WAY TO PROVIDE RADIATION PROTECTION ON BOARD THE EAM. STUDY WILL TRADE USING ORION VERSUS PROVIDING A SAFE HAVEN ON THE EAM. RADIATION MITIGATION STRATEGY STUDY: THIS STUDY WILL EXPLORE OPTIONS FOR METHODS OF MITIGATING LONG-TERM RADIATION EXPOSURE IN DEEP SPACE. DEVELOP AND TEST VARIOUS TECHNIQUES ON BOARD THE EAM. EVOLVABLE ECLSS STUDY: REQUIREMENTS DEFINITION AND BASELINE DESIGN: REQUIREMENTS DEFINITION AND BASELINE SYSTEM DESIGN AND CREATE HABITAT ECLSS SIMULINK MODEL. ECLSS STATE OF THE ART SURVEY: ENGAGE WITH INDUSTRY PARTNERS/VENDORS TO DETERMINE APPROPRIATE ECLSS SOLUTION AND POTENTIAL EVOLVABILITY SOLUTIONS. EVOLVABLE ECLSS STRATEGY: EXPLORE STRATEGIES FOR DESIGNING THE EAM TO SERVE AS A TEST BED FOR DEVELOPING A ROBUST AND COMPACT ECLSS.
Oct 11, 2018	15	$0	IGF::OT::IGF NEXTSTEP BAA AWARD. UNDER THIS CONTRACT, THE CONTRACTOR WILL PROVIDE THE FOLLOWING: PROJECT MANAGEMENT: PROVIDE OVERALL LEADERSHIP FOR THE PROJECT INTERACT WITH THE CUSTOMER AND WRITE REPORTS. CUSTOMER MEETINGS: ORGANIZE MEETINGS, PREPARE PRESENTATIONS, ATTEND MEETINGS AND ADDRESS ACTION ITEMS. FIVE MEETINGS TOTAL: KICKOFF, THREE TIMS, AND FINAL CONCEPT REVIEW. BUSINESS OPERATIONS: PROVIDE CONTRACTUAL DIRECTION TO THE PROGRAM, INTERFACE WITH THE CUSTOMER, ISSUE BUDGETS AND MONITOR PERFORMANCE, MAINTAIN SCHEDULES, TRACK AND SUBMIT CONTRACT DELIVERABLES, AND ENSURE MISSION SUCCESS. DESIGN MATURATION: WORK WITH NASA TO REFINE DRM AND HIGH-LEVEL SYSTEM REQUIREMENTS TO BE USED IN SUBSYSTEM STUDIES. CAD MODEL SUPPORT: SUPPORT TO WORK ON EAM CONFIGURATION AND MAINTAIN CAD MODELS. SYSTEMS ENGINEERING AND INTEGRATION: SYSTEMS ENGINEERING SUPPORT TO COORDINATE TRADE STUDIES AND TRACK CONFIGURATION CHANGES. RESPONSIBLE FOR ENSURING SYSTEM REQUIREMENTS ARE MET. AIRLOCK/EVA STUDY: THIS STUDY WILL LOOK AT MULTIPLE OPTIONS FOR PROVIDING AN AIRLOCK CAPABILITY. OPTIONS INCLUDE INFLATABLE AIRLOCKS, INTEGRATED AIRLOCKS, AND RIGID AIRLOCKS. THE STUDY WILL ALSO DETERMINE IF THE AIRLOCK SHOULD BE LAUNCHED WITH THE EAM FIRST FLIGHT OR SEPARATELY. ATTITUDE CONTROL SYSTEM: DERIVE ATTITUDE CONTROL REQUIREMENTS FOR DRM AND EXTENDED MISSIONS. AVIONICS STUDY: APPLY HUMAN RATING REQUIREMENTS TO POINT-OF-DEPARTURE AVIONICS SUB-SYSTEM. STUDY HOW MAVEN-DERIVED AVIONICS ARCHITECTURE WOULD BE LEVERAGED FOR THE EAM AND ALSO STUDY THE USE OF ORION AS A BACKUP COMMAND CENTER. POWER SYSTEM STUDY: DERIVE POWER SYSTEM REQUIREMENTS FOR THE DRM AND EXTENDED MISSIONS. STUDY LOAD SHARING POSSIBILITIES WITH ORION. WE WILL CONSTRUCT A DETAILED POWER BUDGET BASED ON A DETAILED POWER EQUIPMENT LIST. THERMAL MANAGEMENT STUDY: PERFORM A THERMAL MANAGEMENT STUDY INTERNAL LAYOUT AND PACKAGING OPTIMIZATION: THIS STUDY WILL INVOLVE PERFORMING AN INTERNAL LAYOUT AND PACKAGING OPTIMIZATION INCLUDING PROVIDING A SOLAR STORM SAFE HAVEN. THE CHIL WILL BE USED TO STUDY HABITABILITY OF OUR DESIGN CONCEPTS. RADIATION SHELTER STUDY: STUDY MOST EFFICIENT WAY TO PROVIDE RADIATION PROTECTION ON BOARD THE EAM. STUDY WILL TRADE USING ORION VERSUS PROVIDING A SAFE HAVEN ON THE EAM. RADIATION MITIGATION STRATEGY STUDY: THIS STUDY WILL EXPLORE OPTIONS FOR METHODS OF MITIGATING LONG-TERM RADIATION EXPOSURE IN DEEP SPACE. DEVELOP AND TEST VARIOUS TECHNIQUES ON BOARD THE EAM. EVOLVABLE ECLSS STUDY: REQUIREMENTS DEFINITION AND BASELINE DESIGN: REQUIREMENTS DEFINITION AND BASELINE SYSTEM DESIGN AND CREATE HABITAT ECLSS SIMULINK MODEL. ECLSS STATE OF THE ART SURVEY: ENGAGE WITH INDUSTRY PARTNERS/VENDORS TO DETERMINE APPROPRIATE ECLSS SOLUTION AND POTENTIAL EVOLVABILITY SOLUTIONS. EVOLVABLE ECLSS STRATEGY: EXPLORE STRATEGIES FOR DESIGNING THE EAM TO SERVE AS A TEST BED FOR DEVELOPING A ROBUST AND COMPACT ECLSS.
Aug 13, 2018	14	$4.5M	IGF::OT::IGF NEXTSTEP BAA AWARD. UNDER THIS CONTRACT, THE CONTRACTOR WILL PROVIDE THE FOLLOWING: PROJECT MANAGEMENT: PROVIDE OVERALL LEADERSHIP FOR THE PROJECT INTERACT WITH THE CUSTOMER AND WRITE REPORTS. CUSTOMER MEETINGS: ORGANIZE MEETINGS, PREPARE PRESENTATIONS, ATTEND MEETINGS AND ADDRESS ACTION ITEMS. FIVE MEETINGS TOTAL: KICKOFF, THREE TIMS, AND FINAL CONCEPT REVIEW. BUSINESS OPERATIONS: PROVIDE CONTRACTUAL DIRECTION TO THE PROGRAM, INTERFACE WITH THE CUSTOMER, ISSUE BUDGETS AND MONITOR PERFORMANCE, MAINTAIN SCHEDULES, TRACK AND SUBMIT CONTRACT DELIVERABLES, AND ENSURE MISSION SUCCESS. DESIGN MATURATION: WORK WITH NASA TO REFINE DRM AND HIGH-LEVEL SYSTEM REQUIREMENTS TO BE USED IN SUBSYSTEM STUDIES. CAD MODEL SUPPORT: SUPPORT TO WORK ON EAM CONFIGURATION AND MAINTAIN CAD MODELS. SYSTEMS ENGINEERING AND INTEGRATION: SYSTEMS ENGINEERING SUPPORT TO COORDINATE TRADE STUDIES AND TRACK CONFIGURATION CHANGES. RESPONSIBLE FOR ENSURING SYSTEM REQUIREMENTS ARE MET. AIRLOCK/EVA STUDY: THIS STUDY WILL LOOK AT MULTIPLE OPTIONS FOR PROVIDING AN AIRLOCK CAPABILITY. OPTIONS INCLUDE INFLATABLE AIRLOCKS, INTEGRATED AIRLOCKS, AND RIGID AIRLOCKS. THE STUDY WILL ALSO DETERMINE IF THE AIRLOCK SHOULD BE LAUNCHED WITH THE EAM FIRST FLIGHT OR SEPARATELY. ATTITUDE CONTROL SYSTEM: DERIVE ATTITUDE CONTROL REQUIREMENTS FOR DRM AND EXTENDED MISSIONS. AVIONICS STUDY: APPLY HUMAN RATING REQUIREMENTS TO POINT-OF-DEPARTURE AVIONICS SUB-SYSTEM. STUDY HOW MAVEN-DERIVED AVIONICS ARCHITECTURE WOULD BE LEVERAGED FOR THE EAM AND ALSO STUDY THE USE OF ORION AS A BACKUP COMMAND CENTER. POWER SYSTEM STUDY: DERIVE POWER SYSTEM REQUIREMENTS FOR THE DRM AND EXTENDED MISSIONS. STUDY LOAD SHARING POSSIBILITIES WITH ORION. WE WILL CONSTRUCT A DETAILED POWER BUDGET BASED ON A DETAILED POWER EQUIPMENT LIST. THERMAL MANAGEMENT STUDY: PERFORM A THERMAL MANAGEMENT STUDY INTERNAL LAYOUT AND PACKAGING OPTIMIZATION: THIS STUDY WILL INVOLVE PERFORMING AN INTERNAL LAYOUT AND PACKAGING OPTIMIZATION INCLUDING PROVIDING A SOLAR STORM SAFE HAVEN. THE CHIL WILL BE USED TO STUDY HABITABILITY OF OUR DESIGN CONCEPTS. RADIATION SHELTER STUDY: STUDY MOST EFFICIENT WAY TO PROVIDE RADIATION PROTECTION ON BOARD THE EAM. STUDY WILL TRADE USING ORION VERSUS PROVIDING A SAFE HAVEN ON THE EAM. RADIATION MITIGATION STRATEGY STUDY: THIS STUDY WILL EXPLORE OPTIONS FOR METHODS OF MITIGATING LONG-TERM RADIATION EXPOSURE IN DEEP SPACE. DEVELOP AND TEST VARIOUS TECHNIQUES ON BOARD THE EAM. EVOLVABLE ECLSS STUDY: REQUIREMENTS DEFINITION AND BASELINE DESIGN: REQUIREMENTS DEFINITION AND BASELINE SYSTEM DESIGN AND CREATE HABITAT ECLSS SIMULINK MODEL. ECLSS STATE OF THE ART SURVEY: ENGAGE WITH INDUSTRY PARTNERS/VENDORS TO DETERMINE APPROPRIATE ECLSS SOLUTION AND POTENTIAL EVOLVABILITY SOLUTIONS. EVOLVABLE ECLSS STRATEGY: EXPLORE STRATEGIES FOR DESIGNING THE EAM TO SERVE AS A TEST BED FOR DEVELOPING A ROBUST AND COMPACT ECLSS.
Apr 3, 2018	13	$0	IGF::OT::IGF NEXTSTEP BAA AWARD. UNDER THIS CONTRACT, THE CONTRACTOR WILL PROVIDE THE FOLLOWING: PROJECT MANAGEMENT: PROVIDE OVERALL LEADERSHIP FOR THE PROJECT INTERACT WITH THE CUSTOMER AND WRITE REPORTS. CUSTOMER MEETINGS: ORGANIZE MEETINGS, PREPARE PRESENTATIONS, ATTEND MEETINGS AND ADDRESS ACTION ITEMS. FIVE MEETINGS TOTAL: KICKOFF, THREE TIMS, AND FINAL CONCEPT REVIEW. BUSINESS OPERATIONS: PROVIDE CONTRACTUAL DIRECTION TO THE PROGRAM, INTERFACE WITH THE CUSTOMER, ISSUE BUDGETS AND MONITOR PERFORMANCE, MAINTAIN SCHEDULES, TRACK AND SUBMIT CONTRACT DELIVERABLES, AND ENSURE MISSION SUCCESS. DESIGN MATURATION: WORK WITH NASA TO REFINE DRM AND HIGH-LEVEL SYSTEM REQUIREMENTS TO BE USED IN SUBSYSTEM STUDIES. CAD MODEL SUPPORT: SUPPORT TO WORK ON EAM CONFIGURATION AND MAINTAIN CAD MODELS. SYSTEMS ENGINEERING AND INTEGRATION: SYSTEMS ENGINEERING SUPPORT TO COORDINATE TRADE STUDIES AND TRACK CONFIGURATION CHANGES. RESPONSIBLE FOR ENSURING SYSTEM REQUIREMENTS ARE MET. AIRLOCK/EVA STUDY: THIS STUDY WILL LOOK AT MULTIPLE OPTIONS FOR PROVIDING AN AIRLOCK CAPABILITY. OPTIONS INCLUDE INFLATABLE AIRLOCKS, INTEGRATED AIRLOCKS, AND RIGID AIRLOCKS. THE STUDY WILL ALSO DETERMINE IF THE AIRLOCK SHOULD BE LAUNCHED WITH THE EAM FIRST FLIGHT OR SEPARATELY. ATTITUDE CONTROL SYSTEM: DERIVE ATTITUDE CONTROL REQUIREMENTS FOR DRM AND EXTENDED MISSIONS. AVIONICS STUDY: APPLY HUMAN RATING REQUIREMENTS TO POINT-OF-DEPARTURE AVIONICS SUB-SYSTEM. STUDY HOW MAVEN-DERIVED AVIONICS ARCHITECTURE WOULD BE LEVERAGED FOR THE EAM AND ALSO STUDY THE USE OF ORION AS A BACKUP COMMAND CENTER. POWER SYSTEM STUDY: DERIVE POWER SYSTEM REQUIREMENTS FOR THE DRM AND EXTENDED MISSIONS. STUDY LOAD SHARING POSSIBILITIES WITH ORION. WE WILL CONSTRUCT A DETAILED POWER BUDGET BASED ON A DETAILED POWER EQUIPMENT LIST. THERMAL MANAGEMENT STUDY: PERFORM A THERMAL MANAGEMENT STUDY INTERNAL LAYOUT AND PACKAGING OPTIMIZATION: THIS STUDY WILL INVOLVE PERFORMING AN INTERNAL LAYOUT AND PACKAGING OPTIMIZATION INCLUDING PROVIDING A SOLAR STORM SAFE HAVEN. THE CHIL WILL BE USED TO STUDY HABITABILITY OF OUR DESIGN CONCEPTS. RADIATION SHELTER STUDY: STUDY MOST EFFICIENT WAY TO PROVIDE RADIATION PROTECTION ON BOARD THE EAM. STUDY WILL TRADE USING ORION VERSUS PROVIDING A SAFE HAVEN ON THE EAM. RADIATION MITIGATION STRATEGY STUDY: THIS STUDY WILL EXPLORE OPTIONS FOR METHODS OF MITIGATING LONG-TERM RADIATION EXPOSURE IN DEEP SPACE. DEVELOP AND TEST VARIOUS TECHNIQUES ON BOARD THE EAM. EVOLVABLE ECLSS STUDY: REQUIREMENTS DEFINITION AND BASELINE DESIGN: REQUIREMENTS DEFINITION AND BASELINE SYSTEM DESIGN AND CREATE HABITAT ECLSS SIMULINK MODEL. ECLSS STATE OF THE ART SURVEY: ENGAGE WITH INDUSTRY PARTNERS/VENDORS TO DETERMINE APPROPRIATE ECLSS SOLUTION AND POTENTIAL EVOLVABILITY SOLUTIONS. EVOLVABLE ECLSS STRATEGY: EXPLORE STRATEGIES FOR DESIGNING THE EAM TO SERVE AS A TEST BED FOR DEVELOPING A ROBUST AND COMPACT ECLSS.
Mar 16, 2018	12	$0	IGF::OT::IGF NEXTSTEP BAA AWARD. UNDER THIS CONTRACT, THE CONTRACTOR WILL PROVIDE THE FOLLOWING: PROJECT MANAGEMENT: PROVIDE OVERALL LEADERSHIP FOR THE PROJECT INTERACT WITH THE CUSTOMER AND WRITE REPORTS. CUSTOMER MEETINGS: ORGANIZE MEETINGS, PREPARE PRESENTATIONS, ATTEND MEETINGS AND ADDRESS ACTION ITEMS. FIVE MEETINGS TOTAL: KICKOFF, THREE TIMS, AND FINAL CONCEPT REVIEW. BUSINESS OPERATIONS: PROVIDE CONTRACTUAL DIRECTION TO THE PROGRAM, INTERFACE WITH THE CUSTOMER, ISSUE BUDGETS AND MONITOR PERFORMANCE, MAINTAIN SCHEDULES, TRACK AND SUBMIT CONTRACT DELIVERABLES, AND ENSURE MISSION SUCCESS. DESIGN MATURATION: WORK WITH NASA TO REFINE DRM AND HIGH-LEVEL SYSTEM REQUIREMENTS TO BE USED IN SUBSYSTEM STUDIES. CAD MODEL SUPPORT: SUPPORT TO WORK ON EAM CONFIGURATION AND MAINTAIN CAD MODELS. SYSTEMS ENGINEERING AND INTEGRATION: SYSTEMS ENGINEERING SUPPORT TO COORDINATE TRADE STUDIES AND TRACK CONFIGURATION CHANGES. RESPONSIBLE FOR ENSURING SYSTEM REQUIREMENTS ARE MET. AIRLOCK/EVA STUDY: THIS STUDY WILL LOOK AT MULTIPLE OPTIONS FOR PROVIDING AN AIRLOCK CAPABILITY. OPTIONS INCLUDE INFLATABLE AIRLOCKS, INTEGRATED AIRLOCKS, AND RIGID AIRLOCKS. THE STUDY WILL ALSO DETERMINE IF THE AIRLOCK SHOULD BE LAUNCHED WITH THE EAM FIRST FLIGHT OR SEPARATELY. ATTITUDE CONTROL SYSTEM: DERIVE ATTITUDE CONTROL REQUIREMENTS FOR DRM AND EXTENDED MISSIONS. AVIONICS STUDY: APPLY HUMAN RATING REQUIREMENTS TO POINT-OF-DEPARTURE AVIONICS SUB-SYSTEM. STUDY HOW MAVEN-DERIVED AVIONICS ARCHITECTURE WOULD BE LEVERAGED FOR THE EAM AND ALSO STUDY THE USE OF ORION AS A BACKUP COMMAND CENTER. POWER SYSTEM STUDY: DERIVE POWER SYSTEM REQUIREMENTS FOR THE DRM AND EXTENDED MISSIONS. STUDY LOAD SHARING POSSIBILITIES WITH ORION. WE WILL CONSTRUCT A DETAILED POWER BUDGET BASED ON A DETAILED POWER EQUIPMENT LIST. THERMAL MANAGEMENT STUDY: PERFORM A THERMAL MANAGEMENT STUDY INTERNAL LAYOUT AND PACKAGING OPTIMIZATION: THIS STUDY WILL INVOLVE PERFORMING AN INTERNAL LAYOUT AND PACKAGING OPTIMIZATION INCLUDING PROVIDING A SOLAR STORM SAFE HAVEN. THE CHIL WILL BE USED TO STUDY HABITABILITY OF OUR DESIGN CONCEPTS. RADIATION SHELTER STUDY: STUDY MOST EFFICIENT WAY TO PROVIDE RADIATION PROTECTION ON BOARD THE EAM. STUDY WILL TRADE USING ORION VERSUS PROVIDING A SAFE HAVEN ON THE EAM. RADIATION MITIGATION STRATEGY STUDY: THIS STUDY WILL EXPLORE OPTIONS FOR METHODS OF MITIGATING LONG-TERM RADIATION EXPOSURE IN DEEP SPACE. DEVELOP AND TEST VARIOUS TECHNIQUES ON BOARD THE EAM. EVOLVABLE ECLSS STUDY: REQUIREMENTS DEFINITION AND BASELINE DESIGN: REQUIREMENTS DEFINITION AND BASELINE SYSTEM DESIGN AND CREATE HABITAT ECLSS SIMULINK MODEL. ECLSS STATE OF THE ART SURVEY: ENGAGE WITH INDUSTRY PARTNERS/VENDORS TO DETERMINE APPROPRIATE ECLSS SOLUTION AND POTENTIAL EVOLVABILITY SOLUTIONS. EVOLVABLE ECLSS STRATEGY: EXPLORE STRATEGIES FOR DESIGNING THE EAM TO SERVE AS A TEST BED FOR DEVELOPING A ROBUST AND COMPACT ECLSS.
Jan 18, 2018	11	$3.0M	IGF::OT::IGF NEXTSTEP BAA AWARD. UNDER THIS CONTRACT, THE CONTRACTOR WILL PROVIDE THE FOLLOWING: PROJECT MANAGEMENT: PROVIDE OVERALL LEADERSHIP FOR THE PROJECT INTERACT WITH THE CUSTOMER AND WRITE REPORTS. CUSTOMER MEETINGS: ORGANIZE MEETINGS, PREPARE PRESENTATIONS, ATTEND MEETINGS AND ADDRESS ACTION ITEMS. FIVE MEETINGS TOTAL: KICKOFF, THREE TIMS, AND FINAL CONCEPT REVIEW. BUSINESS OPERATIONS: PROVIDE CONTRACTUAL DIRECTION TO THE PROGRAM, INTERFACE WITH THE CUSTOMER, ISSUE BUDGETS AND MONITOR PERFORMANCE, MAINTAIN SCHEDULES, TRACK AND SUBMIT CONTRACT DELIVERABLES, AND ENSURE MISSION SUCCESS. DESIGN MATURATION: WORK WITH NASA TO REFINE DRM AND HIGH-LEVEL SYSTEM REQUIREMENTS TO BE USED IN SUBSYSTEM STUDIES. CAD MODEL SUPPORT: SUPPORT TO WORK ON EAM CONFIGURATION AND MAINTAIN CAD MODELS. SYSTEMS ENGINEERING AND INTEGRATION: SYSTEMS ENGINEERING SUPPORT TO COORDINATE TRADE STUDIES AND TRACK CONFIGURATION CHANGES. RESPONSIBLE FOR ENSURING SYSTEM REQUIREMENTS ARE MET. AIRLOCK/EVA STUDY: THIS STUDY WILL LOOK AT MULTIPLE OPTIONS FOR PROVIDING AN AIRLOCK CAPABILITY. OPTIONS INCLUDE INFLATABLE AIRLOCKS, INTEGRATED AIRLOCKS, AND RIGID AIRLOCKS. THE STUDY WILL ALSO DETERMINE IF THE AIRLOCK SHOULD BE LAUNCHED WITH THE EAM FIRST FLIGHT OR SEPARATELY. ATTITUDE CONTROL SYSTEM: DERIVE ATTITUDE CONTROL REQUIREMENTS FOR DRM AND EXTENDED MISSIONS. AVIONICS STUDY: APPLY HUMAN RATING REQUIREMENTS TO POINT-OF-DEPARTURE AVIONICS SUB-SYSTEM. STUDY HOW MAVEN-DERIVED AVIONICS ARCHITECTURE WOULD BE LEVERAGED FOR THE EAM AND ALSO STUDY THE USE OF ORION AS A BACKUP COMMAND CENTER. POWER SYSTEM STUDY: DERIVE POWER SYSTEM REQUIREMENTS FOR THE DRM AND EXTENDED MISSIONS. STUDY LOAD SHARING POSSIBILITIES WITH ORION. WE WILL CONSTRUCT A DETAILED POWER BUDGET BASED ON A DETAILED POWER EQUIPMENT LIST. THERMAL MANAGEMENT STUDY: PERFORM A THERMAL MANAGEMENT STUDY INTERNAL LAYOUT AND PACKAGING OPTIMIZATION: THIS STUDY WILL INVOLVE PERFORMING AN INTERNAL LAYOUT AND PACKAGING OPTIMIZATION INCLUDING PROVIDING A SOLAR STORM SAFE HAVEN. THE CHIL WILL BE USED TO STUDY HABITABILITY OF OUR DESIGN CONCEPTS. RADIATION SHELTER STUDY: STUDY MOST EFFICIENT WAY TO PROVIDE RADIATION PROTECTION ON BOARD THE EAM. STUDY WILL TRADE USING ORION VERSUS PROVIDING A SAFE HAVEN ON THE EAM. RADIATION MITIGATION STRATEGY STUDY: THIS STUDY WILL EXPLORE OPTIONS FOR METHODS OF MITIGATING LONG-TERM RADIATION EXPOSURE IN DEEP SPACE. DEVELOP AND TEST VARIOUS TECHNIQUES ON BOARD THE EAM. EVOLVABLE ECLSS STUDY: REQUIREMENTS DEFINITION AND BASELINE DESIGN: REQUIREMENTS DEFINITION AND BASELINE SYSTEM DESIGN AND CREATE HABITAT ECLSS SIMULINK MODEL. ECLSS STATE OF THE ART SURVEY: ENGAGE WITH INDUSTRY PARTNERS/VENDORS TO DETERMINE APPROPRIATE ECLSS SOLUTION AND POTENTIAL EVOLVABILITY SOLUTIONS. EVOLVABLE ECLSS STRATEGY: EXPLORE STRATEGIES FOR DESIGNING THE EAM TO SERVE AS A TEST BED FOR DEVELOPING A ROBUST AND COMPACT ECLSS.
Aug 30, 2017	10	$3.5M	IGF::OT::IGF NEXTSTEP BAA AWARD. UNDER THIS CONTRACT, THE CONTRACTOR WILL PROVIDE THE FOLLOWING: PROJECT MANAGEMENT: PROVIDE OVERALL LEADERSHIP FOR THE PROJECT INTERACT WITH THE CUSTOMER AND WRITE REPORTS. CUSTOMER MEETINGS: ORGANIZE MEETINGS, PREPARE PRESENTATIONS, ATTEND MEETINGS AND ADDRESS ACTION ITEMS. FIVE MEETINGS TOTAL: KICKOFF, THREE TIMS, AND FINAL CONCEPT REVIEW. BUSINESS OPERATIONS: PROVIDE CONTRACTUAL DIRECTION TO THE PROGRAM, INTERFACE WITH THE CUSTOMER, ISSUE BUDGETS AND MONITOR PERFORMANCE, MAINTAIN SCHEDULES, TRACK AND SUBMIT CONTRACT DELIVERABLES, AND ENSURE MISSION SUCCESS. DESIGN MATURATION: WORK WITH NASA TO REFINE DRM AND HIGH-LEVEL SYSTEM REQUIREMENTS TO BE USED IN SUBSYSTEM STUDIES. CAD MODEL SUPPORT: SUPPORT TO WORK ON EAM CONFIGURATION AND MAINTAIN CAD MODELS. SYSTEMS ENGINEERING AND INTEGRATION: SYSTEMS ENGINEERING SUPPORT TO COORDINATE TRADE STUDIES AND TRACK CONFIGURATION CHANGES. RESPONSIBLE FOR ENSURING SYSTEM REQUIREMENTS ARE MET. AIRLOCK/EVA STUDY: THIS STUDY WILL LOOK AT MULTIPLE OPTIONS FOR PROVIDING AN AIRLOCK CAPABILITY. OPTIONS INCLUDE INFLATABLE AIRLOCKS, INTEGRATED AIRLOCKS, AND RIGID AIRLOCKS. THE STUDY WILL ALSO DETERMINE IF THE AIRLOCK SHOULD BE LAUNCHED WITH THE EAM FIRST FLIGHT OR SEPARATELY. ATTITUDE CONTROL SYSTEM: DERIVE ATTITUDE CONTROL REQUIREMENTS FOR DRM AND EXTENDED MISSIONS. AVIONICS STUDY: APPLY HUMAN RATING REQUIREMENTS TO POINT-OF-DEPARTURE AVIONICS SUB-SYSTEM. STUDY HOW MAVEN-DERIVED AVIONICS ARCHITECTURE WOULD BE LEVERAGED FOR THE EAM AND ALSO STUDY THE USE OF ORION AS A BACKUP COMMAND CENTER. POWER SYSTEM STUDY: DERIVE POWER SYSTEM REQUIREMENTS FOR THE DRM AND EXTENDED MISSIONS. STUDY LOAD SHARING POSSIBILITIES WITH ORION. WE WILL CONSTRUCT A DETAILED POWER BUDGET BASED ON A DETAILED POWER EQUIPMENT LIST. THERMAL MANAGEMENT STUDY: PERFORM A THERMAL MANAGEMENT STUDY INTERNAL LAYOUT AND PACKAGING OPTIMIZATION: THIS STUDY WILL INVOLVE PERFORMING AN INTERNAL LAYOUT AND PACKAGING OPTIMIZATION INCLUDING PROVIDING A SOLAR STORM SAFE HAVEN. THE CHIL WILL BE USED TO STUDY HABITABILITY OF OUR DESIGN CONCEPTS. RADIATION SHELTER STUDY: STUDY MOST EFFICIENT WAY TO PROVIDE RADIATION PROTECTION ON BOARD THE EAM. STUDY WILL TRADE USING ORION VERSUS PROVIDING A SAFE HAVEN ON THE EAM. RADIATION MITIGATION STRATEGY STUDY: THIS STUDY WILL EXPLORE OPTIONS FOR METHODS OF MITIGATING LONG-TERM RADIATION EXPOSURE IN DEEP SPACE. DEVELOP AND TEST VARIOUS TECHNIQUES ON BOARD THE EAM. EVOLVABLE ECLSS STUDY: REQUIREMENTS DEFINITION AND BASELINE DESIGN: REQUIREMENTS DEFINITION AND BASELINE SYSTEM DESIGN AND CREATE HABITAT ECLSS SIMULINK MODEL. ECLSS STATE OF THE ART SURVEY: ENGAGE WITH INDUSTRY PARTNERS/VENDORS TO DETERMINE APPROPRIATE ECLSS SOLUTION AND POTENTIAL EVOLVABILITY SOLUTIONS. EVOLVABLE ECLSS STRATEGY: EXPLORE STRATEGIES FOR DESIGNING THE EAM TO SERVE AS A TEST BED FOR DEVELOPING A ROBUST AND COMPACT ECLSS.
Jun 30, 2017	9	$6.5M	IGF::OT::IGF NEXTSTEP BAA AWARD. UNDER THIS CONTRACT, THE CONTRACTOR WILL PROVIDE THE FOLLOWING: PROJECT MANAGEMENT: PROVIDE OVERALL LEADERSHIP FOR THE PROJECT INTERACT WITH THE CUSTOMER AND WRITE REPORTS. CUSTOMER MEETINGS: ORGANIZE MEETINGS, PREPARE PRESENTATIONS, ATTEND MEETINGS AND ADDRESS ACTION ITEMS. FIVE MEETINGS TOTAL: KICKOFF, THREE TIMS, AND FINAL CONCEPT REVIEW. BUSINESS OPERATIONS: PROVIDE CONTRACTUAL DIRECTION TO THE PROGRAM, INTERFACE WITH THE CUSTOMER, ISSUE BUDGETS AND MONITOR PERFORMANCE, MAINTAIN SCHEDULES, TRACK AND SUBMIT CONTRACT DELIVERABLES, AND ENSURE MISSION SUCCESS. DESIGN MATURATION: WORK WITH NASA TO REFINE DRM AND HIGH-LEVEL SYSTEM REQUIREMENTS TO BE USED IN SUBSYSTEM STUDIES. CAD MODEL SUPPORT: SUPPORT TO WORK ON EAM CONFIGURATION AND MAINTAIN CAD MODELS. SYSTEMS ENGINEERING AND INTEGRATION: SYSTEMS ENGINEERING SUPPORT TO COORDINATE TRADE STUDIES AND TRACK CONFIGURATION CHANGES. RESPONSIBLE FOR ENSURING SYSTEM REQUIREMENTS ARE MET. AIRLOCK/EVA STUDY: THIS STUDY WILL LOOK AT MULTIPLE OPTIONS FOR PROVIDING AN AIRLOCK CAPABILITY. OPTIONS INCLUDE INFLATABLE AIRLOCKS, INTEGRATED AIRLOCKS, AND RIGID AIRLOCKS. THE STUDY WILL ALSO DETERMINE IF THE AIRLOCK SHOULD BE LAUNCHED WITH THE EAM FIRST FLIGHT OR SEPARATELY. ATTITUDE CONTROL SYSTEM: DERIVE ATTITUDE CONTROL REQUIREMENTS FOR DRM AND EXTENDED MISSIONS. AVIONICS STUDY: APPLY HUMAN RATING REQUIREMENTS TO POINT-OF-DEPARTURE AVIONICS SUB-SYSTEM. STUDY HOW MAVEN-DERIVED AVIONICS ARCHITECTURE WOULD BE LEVERAGED FOR THE EAM AND ALSO STUDY THE USE OF ORION AS A BACKUP COMMAND CENTER. POWER SYSTEM STUDY: DERIVE POWER SYSTEM REQUIREMENTS FOR THE DRM AND EXTENDED MISSIONS. STUDY LOAD SHARING POSSIBILITIES WITH ORION. WE WILL CONSTRUCT A DETAILED POWER BUDGET BASED ON A DETAILED POWER EQUIPMENT LIST. THERMAL MANAGEMENT STUDY: PERFORM A THERMAL MANAGEMENT STUDY INTERNAL LAYOUT AND PACKAGING OPTIMIZATION: THIS STUDY WILL INVOLVE PERFORMING AN INTERNAL LAYOUT AND PACKAGING OPTIMIZATION INCLUDING PROVIDING A SOLAR STORM SAFE HAVEN. THE CHIL WILL BE USED TO STUDY HABITABILITY OF OUR DESIGN CONCEPTS. RADIATION SHELTER STUDY: STUDY MOST EFFICIENT WAY TO PROVIDE RADIATION PROTECTION ON BOARD THE EAM. STUDY WILL TRADE USING ORION VERSUS PROVIDING A SAFE HAVEN ON THE EAM. RADIATION MITIGATION STRATEGY STUDY: THIS STUDY WILL EXPLORE OPTIONS FOR METHODS OF MITIGATING LONG-TERM RADIATION EXPOSURE IN DEEP SPACE. DEVELOP AND TEST VARIOUS TECHNIQUES ON BOARD THE EAM. EVOLVABLE ECLSS STUDY: REQUIREMENTS DEFINITION AND BASELINE DESIGN: REQUIREMENTS DEFINITION AND BASELINE SYSTEM DESIGN AND CREATE HABITAT ECLSS SIMULINK MODEL. ECLSS STATE OF THE ART SURVEY: ENGAGE WITH INDUSTRY PARTNERS/VENDORS TO DETERMINE APPROPRIATE ECLSS SOLUTION AND POTENTIAL EVOLVABILITY SOLUTIONS. EVOLVABLE ECLSS STRATEGY: EXPLORE STRATEGIES FOR DESIGNING THE EAM TO SERVE AS A TEST BED FOR DEVELOPING A ROBUST AND COMPACT ECLSS.
Jun 2, 2017	8	$0	IGF::OT::IGF NEXTSTEP BAA AWARD. UNDER THIS CONTRACT, THE CONTRACTOR WILL PROVIDE THE FOLLOWING: PROJECT MANAGEMENT: PROVIDE OVERALL LEADERSHIP FOR THE PROJECT INTERACT WITH THE CUSTOMER AND WRITE REPORTS. CUSTOMER MEETINGS: ORGANIZE MEETINGS, PREPARE PRESENTATIONS, ATTEND MEETINGS AND ADDRESS ACTION ITEMS. FIVE MEETINGS TOTAL: KICKOFF, THREE TIMS, AND FINAL CONCEPT REVIEW. BUSINESS OPERATIONS: PROVIDE CONTRACTUAL DIRECTION TO THE PROGRAM, INTERFACE WITH THE CUSTOMER, ISSUE BUDGETS AND MONITOR PERFORMANCE, MAINTAIN SCHEDULES, TRACK AND SUBMIT CONTRACT DELIVERABLES, AND ENSURE MISSION SUCCESS. DESIGN MATURATION: WORK WITH NASA TO REFINE DRM AND HIGH-LEVEL SYSTEM REQUIREMENTS TO BE USED IN SUBSYSTEM STUDIES. CAD MODEL SUPPORT: SUPPORT TO WORK ON EAM CONFIGURATION AND MAINTAIN CAD MODELS. SYSTEMS ENGINEERING AND INTEGRATION: SYSTEMS ENGINEERING SUPPORT TO COORDINATE TRADE STUDIES AND TRACK CONFIGURATION CHANGES. RESPONSIBLE FOR ENSURING SYSTEM REQUIREMENTS ARE MET. AIRLOCK/EVA STUDY: THIS STUDY WILL LOOK AT MULTIPLE OPTIONS FOR PROVIDING AN AIRLOCK CAPABILITY. OPTIONS INCLUDE INFLATABLE AIRLOCKS, INTEGRATED AIRLOCKS, AND RIGID AIRLOCKS. THE STUDY WILL ALSO DETERMINE IF THE AIRLOCK SHOULD BE LAUNCHED WITH THE EAM FIRST FLIGHT OR SEPARATELY. ATTITUDE CONTROL SYSTEM: DERIVE ATTITUDE CONTROL REQUIREMENTS FOR DRM AND EXTENDED MISSIONS. AVIONICS STUDY: APPLY HUMAN RATING REQUIREMENTS TO POINT-OF-DEPARTURE AVIONICS SUB-SYSTEM. STUDY HOW MAVEN-DERIVED AVIONICS ARCHITECTURE WOULD BE LEVERAGED FOR THE EAM AND ALSO STUDY THE USE OF ORION AS A BACKUP COMMAND CENTER. POWER SYSTEM STUDY: DERIVE POWER SYSTEM REQUIREMENTS FOR THE DRM AND EXTENDED MISSIONS. STUDY LOAD SHARING POSSIBILITIES WITH ORION. WE WILL CONSTRUCT A DETAILED POWER BUDGET BASED ON A DETAILED POWER EQUIPMENT LIST. THERMAL MANAGEMENT STUDY: PERFORM A THERMAL MANAGEMENT STUDY INTERNAL LAYOUT AND PACKAGING OPTIMIZATION: THIS STUDY WILL INVOLVE PERFORMING AN INTERNAL LAYOUT AND PACKAGING OPTIMIZATION INCLUDING PROVIDING A SOLAR STORM SAFE HAVEN. THE CHIL WILL BE USED TO STUDY HABITABILITY OF OUR DESIGN CONCEPTS. RADIATION SHELTER STUDY: STUDY MOST EFFICIENT WAY TO PROVIDE RADIATION PROTECTION ON BOARD THE EAM. STUDY WILL TRADE USING ORION VERSUS PROVIDING A SAFE HAVEN ON THE EAM. RADIATION MITIGATION STRATEGY STUDY: THIS STUDY WILL EXPLORE OPTIONS FOR METHODS OF MITIGATING LONG-TERM RADIATION EXPOSURE IN DEEP SPACE. DEVELOP AND TEST VARIOUS TECHNIQUES ON BOARD THE EAM. EVOLVABLE ECLSS STUDY: REQUIREMENTS DEFINITION AND BASELINE DESIGN: REQUIREMENTS DEFINITION AND BASELINE SYSTEM DESIGN AND CREATE HABITAT ECLSS SIMULINK MODEL. ECLSS STATE OF THE ART SURVEY: ENGAGE WITH INDUSTRY PARTNERS/VENDORS TO DETERMINE APPROPRIATE ECLSS SOLUTION AND POTENTIAL EVOLVABILITY SOLUTIONS. EVOLVABLE ECLSS STRATEGY: EXPLORE STRATEGIES FOR DESIGNING THE EAM TO SERVE AS A TEST BED FOR DEVELOPING A ROBUST AND COMPACT ECLSS.
Mar 31, 2017	7	$0	IGF::OT::IGF NEXTSTEP BAA AWARD. UNDER THIS CONTRACT, THE CONTRACTOR WILL PROVIDE THE FOLLOWING: PROJECT MANAGEMENT: PROVIDE OVERALL LEADERSHIP FOR THE PROJECT INTERACT WITH THE CUSTOMER AND WRITE REPORTS. CUSTOMER MEETINGS: ORGANIZE MEETINGS, PREPARE PRESENTATIONS, ATTEND MEETINGS AND ADDRESS ACTION ITEMS. FIVE MEETINGS TOTAL: KICKOFF, THREE TIMS, AND FINAL CONCEPT REVIEW. BUSINESS OPERATIONS: PROVIDE CONTRACTUAL DIRECTION TO THE PROGRAM, INTERFACE WITH THE CUSTOMER, ISSUE BUDGETS AND MONITOR PERFORMANCE, MAINTAIN SCHEDULES, TRACK AND SUBMIT CONTRACT DELIVERABLES, AND ENSURE MISSION SUCCESS. DESIGN MATURATION: WORK WITH NASA TO REFINE DRM AND HIGH-LEVEL SYSTEM REQUIREMENTS TO BE USED IN SUBSYSTEM STUDIES. CAD MODEL SUPPORT: SUPPORT TO WORK ON EAM CONFIGURATION AND MAINTAIN CAD MODELS. SYSTEMS ENGINEERING AND INTEGRATION: SYSTEMS ENGINEERING SUPPORT TO COORDINATE TRADE STUDIES AND TRACK CONFIGURATION CHANGES. RESPONSIBLE FOR ENSURING SYSTEM REQUIREMENTS ARE MET. AIRLOCK/EVA STUDY: THIS STUDY WILL LOOK AT MULTIPLE OPTIONS FOR PROVIDING AN AIRLOCK CAPABILITY. OPTIONS INCLUDE INFLATABLE AIRLOCKS, INTEGRATED AIRLOCKS, AND RIGID AIRLOCKS. THE STUDY WILL ALSO DETERMINE IF THE AIRLOCK SHOULD BE LAUNCHED WITH THE EAM FIRST FLIGHT OR SEPARATELY. ATTITUDE CONTROL SYSTEM: DERIVE ATTITUDE CONTROL REQUIREMENTS FOR DRM AND EXTENDED MISSIONS. AVIONICS STUDY: APPLY HUMAN RATING REQUIREMENTS TO POINT-OF-DEPARTURE AVIONICS SUB-SYSTEM. STUDY HOW MAVEN-DERIVED AVIONICS ARCHITECTURE WOULD BE LEVERAGED FOR THE EAM AND ALSO STUDY THE USE OF ORION AS A BACKUP COMMAND CENTER. POWER SYSTEM STUDY: DERIVE POWER SYSTEM REQUIREMENTS FOR THE DRM AND EXTENDED MISSIONS. STUDY LOAD SHARING POSSIBILITIES WITH ORION. WE WILL CONSTRUCT A DETAILED POWER BUDGET BASED ON A DETAILED POWER EQUIPMENT LIST. THERMAL MANAGEMENT STUDY: PERFORM A THERMAL MANAGEMENT STUDY INTERNAL LAYOUT AND PACKAGING OPTIMIZATION: THIS STUDY WILL INVOLVE PERFORMING AN INTERNAL LAYOUT AND PACKAGING OPTIMIZATION INCLUDING PROVIDING A SOLAR STORM SAFE HAVEN. THE CHIL WILL BE USED TO STUDY HABITABILITY OF OUR DESIGN CONCEPTS. RADIATION SHELTER STUDY: STUDY MOST EFFICIENT WAY TO PROVIDE RADIATION PROTECTION ON BOARD THE EAM. STUDY WILL TRADE USING ORION VERSUS PROVIDING A SAFE HAVEN ON THE EAM. RADIATION MITIGATION STRATEGY STUDY: THIS STUDY WILL EXPLORE OPTIONS FOR METHODS OF MITIGATING LONG-TERM RADIATION EXPOSURE IN DEEP SPACE. DEVELOP AND TEST VARIOUS TECHNIQUES ON BOARD THE EAM. EVOLVABLE ECLSS STUDY: REQUIREMENTS DEFINITION AND BASELINE DESIGN: REQUIREMENTS DEFINITION AND BASELINE SYSTEM DESIGN AND CREATE HABITAT ECLSS SIMULINK MODEL. ECLSS STATE OF THE ART SURVEY: ENGAGE WITH INDUSTRY PARTNERS/VENDORS TO DETERMINE APPROPRIATE ECLSS SOLUTION AND POTENTIAL EVOLVABILITY SOLUTIONS. EVOLVABLE ECLSS STRATEGY: EXPLORE STRATEGIES FOR DESIGNING THE EAM TO SERVE AS A TEST BED FOR DEVELOPING A ROBUST AND COMPACT ECLSS.
Jan 31, 2017	6	$0	IGF::OT::IGF NEXTSTEP BAA AWARD. UNDER THIS CONTRACT, THE CONTRACTOR WILL PROVIDE THE FOLLOWING: PROJECT MANAGEMENT: PROVIDE OVERALL LEADERSHIP FOR THE PROJECT INTERACT WITH THE CUSTOMER AND WRITE REPORTS. CUSTOMER MEETINGS: ORGANIZE MEETINGS, PREPARE PRESENTATIONS, ATTEND MEETINGS AND ADDRESS ACTION ITEMS. FIVE MEETINGS TOTAL: KICKOFF, THREE TIMS, AND FINAL CONCEPT REVIEW. BUSINESS OPERATIONS: PROVIDE CONTRACTUAL DIRECTION TO THE PROGRAM, INTERFACE WITH THE CUSTOMER, ISSUE BUDGETS AND MONITOR PERFORMANCE, MAINTAIN SCHEDULES, TRACK AND SUBMIT CONTRACT DELIVERABLES, AND ENSURE MISSION SUCCESS. DESIGN MATURATION: WORK WITH NASA TO REFINE DRM AND HIGH-LEVEL SYSTEM REQUIREMENTS TO BE USED IN SUBSYSTEM STUDIES. CAD MODEL SUPPORT: SUPPORT TO WORK ON EAM CONFIGURATION AND MAINTAIN CAD MODELS. SYSTEMS ENGINEERING AND INTEGRATION: SYSTEMS ENGINEERING SUPPORT TO COORDINATE TRADE STUDIES AND TRACK CONFIGURATION CHANGES. RESPONSIBLE FOR ENSURING SYSTEM REQUIREMENTS ARE MET. AIRLOCK/EVA STUDY: THIS STUDY WILL LOOK AT MULTIPLE OPTIONS FOR PROVIDING AN AIRLOCK CAPABILITY. OPTIONS INCLUDE INFLATABLE AIRLOCKS, INTEGRATED AIRLOCKS, AND RIGID AIRLOCKS. THE STUDY WILL ALSO DETERMINE IF THE AIRLOCK SHOULD BE LAUNCHED WITH THE EAM FIRST FLIGHT OR SEPARATELY. ATTITUDE CONTROL SYSTEM: DERIVE ATTITUDE CONTROL REQUIREMENTS FOR DRM AND EXTENDED MISSIONS. AVIONICS STUDY: APPLY HUMAN RATING REQUIREMENTS TO POINT-OF-DEPARTURE AVIONICS SUB-SYSTEM. STUDY HOW MAVEN-DERIVED AVIONICS ARCHITECTURE WOULD BE LEVERAGED FOR THE EAM AND ALSO STUDY THE USE OF ORION AS A BACKUP COMMAND CENTER. POWER SYSTEM STUDY: DERIVE POWER SYSTEM REQUIREMENTS FOR THE DRM AND EXTENDED MISSIONS. STUDY LOAD SHARING POSSIBILITIES WITH ORION. WE WILL CONSTRUCT A DETAILED POWER BUDGET BASED ON A DETAILED POWER EQUIPMENT LIST. THERMAL MANAGEMENT STUDY: PERFORM A THERMAL MANAGEMENT STUDY INTERNAL LAYOUT AND PACKAGING OPTIMIZATION: THIS STUDY WILL INVOLVE PERFORMING AN INTERNAL LAYOUT AND PACKAGING OPTIMIZATION INCLUDING PROVIDING A SOLAR STORM SAFE HAVEN. THE CHIL WILL BE USED TO STUDY HABITABILITY OF OUR DESIGN CONCEPTS. RADIATION SHELTER STUDY: STUDY MOST EFFICIENT WAY TO PROVIDE RADIATION PROTECTION ON BOARD THE EAM. STUDY WILL TRADE USING ORION VERSUS PROVIDING A SAFE HAVEN ON THE EAM. RADIATION MITIGATION STRATEGY STUDY: THIS STUDY WILL EXPLORE OPTIONS FOR METHODS OF MITIGATING LONG-TERM RADIATION EXPOSURE IN DEEP SPACE. DEVELOP AND TEST VARIOUS TECHNIQUES ON BOARD THE EAM. EVOLVABLE ECLSS STUDY: REQUIREMENTS DEFINITION AND BASELINE DESIGN: REQUIREMENTS DEFINITION AND BASELINE SYSTEM DESIGN AND CREATE HABITAT ECLSS SIMULINK MODEL. ECLSS STATE OF THE ART SURVEY: ENGAGE WITH INDUSTRY PARTNERS/VENDORS TO DETERMINE APPROPRIATE ECLSS SOLUTION AND POTENTIAL EVOLVABILITY SOLUTIONS. EVOLVABLE ECLSS STRATEGY: EXPLORE STRATEGIES FOR DESIGNING THE EAM TO SERVE AS A TEST BED FOR DEVELOPING A ROBUST AND COMPACT ECLSS.
Oct 26, 2016	5	$0	IGF::OT::IGF NEXTSTEP BAA AWARD. UNDER THIS CONTRACT, THE CONTRACTOR WILL PROVIDE THE FOLLOWING: PROJECT MANAGEMENT: PROVIDE OVERALL LEADERSHIP FOR THE PROJECT INTERACT WITH THE CUSTOMER AND WRITE REPORTS. CUSTOMER MEETINGS: ORGANIZE MEETINGS, PREPARE PRESENTATIONS, ATTEND MEETINGS AND ADDRESS ACTION ITEMS. FIVE MEETINGS TOTAL: KICKOFF, THREE TIMS, AND FINAL CONCEPT REVIEW. BUSINESS OPERATIONS: PROVIDE CONTRACTUAL DIRECTION TO THE PROGRAM, INTERFACE WITH THE CUSTOMER, ISSUE BUDGETS AND MONITOR PERFORMANCE, MAINTAIN SCHEDULES, TRACK AND SUBMIT CONTRACT DELIVERABLES, AND ENSURE MISSION SUCCESS. DESIGN MATURATION: WORK WITH NASA TO REFINE DRM AND HIGH-LEVEL SYSTEM REQUIREMENTS TO BE USED IN SUBSYSTEM STUDIES. CAD MODEL SUPPORT: SUPPORT TO WORK ON EAM CONFIGURATION AND MAINTAIN CAD MODELS. SYSTEMS ENGINEERING AND INTEGRATION: SYSTEMS ENGINEERING SUPPORT TO COORDINATE TRADE STUDIES AND TRACK CONFIGURATION CHANGES. RESPONSIBLE FOR ENSURING SYSTEM REQUIREMENTS ARE MET. AIRLOCK/EVA STUDY: THIS STUDY WILL LOOK AT MULTIPLE OPTIONS FOR PROVIDING AN AIRLOCK CAPABILITY. OPTIONS INCLUDE INFLATABLE AIRLOCKS, INTEGRATED AIRLOCKS, AND RIGID AIRLOCKS. THE STUDY WILL ALSO DETERMINE IF THE AIRLOCK SHOULD BE LAUNCHED WITH THE EAM FIRST FLIGHT OR SEPARATELY. ATTITUDE CONTROL SYSTEM: DERIVE ATTITUDE CONTROL REQUIREMENTS FOR DRM AND EXTENDED MISSIONS. AVIONICS STUDY: APPLY HUMAN RATING REQUIREMENTS TO POINT-OF-DEPARTURE AVIONICS SUB-SYSTEM. STUDY HOW MAVEN-DERIVED AVIONICS ARCHITECTURE WOULD BE LEVERAGED FOR THE EAM AND ALSO STUDY THE USE OF ORION AS A BACKUP COMMAND CENTER. POWER SYSTEM STUDY: DERIVE POWER SYSTEM REQUIREMENTS FOR THE DRM AND EXTENDED MISSIONS. STUDY LOAD SHARING POSSIBILITIES WITH ORION. WE WILL CONSTRUCT A DETAILED POWER BUDGET BASED ON A DETAILED POWER EQUIPMENT LIST. THERMAL MANAGEMENT STUDY: PERFORM A THERMAL MANAGEMENT STUDY INTERNAL LAYOUT AND PACKAGING OPTIMIZATION: THIS STUDY WILL INVOLVE PERFORMING AN INTERNAL LAYOUT AND PACKAGING OPTIMIZATION INCLUDING PROVIDING A SOLAR STORM SAFE HAVEN. THE CHIL WILL BE USED TO STUDY HABITABILITY OF OUR DESIGN CONCEPTS. RADIATION SHELTER STUDY: STUDY MOST EFFICIENT WAY TO PROVIDE RADIATION PROTECTION ON BOARD THE EAM. STUDY WILL TRADE USING ORION VERSUS PROVIDING A SAFE HAVEN ON THE EAM. RADIATION MITIGATION STRATEGY STUDY: THIS STUDY WILL EXPLORE OPTIONS FOR METHODS OF MITIGATING LONG-TERM RADIATION EXPOSURE IN DEEP SPACE. DEVELOP AND TEST VARIOUS TECHNIQUES ON BOARD THE EAM. EVOLVABLE ECLSS STUDY: REQUIREMENTS DEFINITION AND BASELINE DESIGN: REQUIREMENTS DEFINITION AND BASELINE SYSTEM DESIGN AND CREATE HABITAT ECLSS SIMULINK MODEL. ECLSS STATE OF THE ART SURVEY: ENGAGE WITH INDUSTRY PARTNERS/VENDORS TO DETERMINE APPROPRIATE ECLSS SOLUTION AND POTENTIAL EVOLVABILITY SOLUTIONS. EVOLVABLE ECLSS STRATEGY: EXPLORE STRATEGIES FOR DESIGNING THE EAM TO SERVE AS A TEST BED FOR DEVELOPING A ROBUST AND COMPACT ECLSS.
Jun 1, 2016	4	$0	IGF::OT::IGF NEXTSTEP BAA AWARD. UNDER THIS CONTRACT, THE CONTRACTOR WILL PROVIDE THE FOLLOWING: PROJECT MANAGEMENT: PROVIDE OVERALL LEADERSHIP FOR THE PROJECT INTERACT WITH THE CUSTOMER AND WRITE REPORTS. CUSTOMER MEETINGS: ORGANIZE MEETINGS, PREPARE PRESENTATIONS, ATTEND MEETINGS AND ADDRESS ACTION ITEMS. FIVE MEETINGS TOTAL: KICKOFF, THREE TIMS, AND FINAL CONCEPT REVIEW. BUSINESS OPERATIONS: PROVIDE CONTRACTUAL DIRECTION TO THE PROGRAM, INTERFACE WITH THE CUSTOMER, ISSUE BUDGETS AND MONITOR PERFORMANCE, MAINTAIN SCHEDULES, TRACK AND SUBMIT CONTRACT DELIVERABLES, AND ENSURE MISSION SUCCESS. DESIGN MATURATION: WORK WITH NASA TO REFINE DRM AND HIGH-LEVEL SYSTEM REQUIREMENTS TO BE USED IN SUBSYSTEM STUDIES. CAD MODEL SUPPORT: SUPPORT TO WORK ON EAM CONFIGURATION AND MAINTAIN CAD MODELS. SYSTEMS ENGINEERING AND INTEGRATION: SYSTEMS ENGINEERING SUPPORT TO COORDINATE TRADE STUDIES AND TRACK CONFIGURATION CHANGES. RESPONSIBLE FOR ENSURING SYSTEM REQUIREMENTS ARE MET. AIRLOCK/EVA STUDY: THIS STUDY WILL LOOK AT MULTIPLE OPTIONS FOR PROVIDING AN AIRLOCK CAPABILITY. OPTIONS INCLUDE INFLATABLE AIRLOCKS, INTEGRATED AIRLOCKS, AND RIGID AIRLOCKS. THE STUDY WILL ALSO DETERMINE IF THE AIRLOCK SHOULD BE LAUNCHED WITH THE EAM FIRST FLIGHT OR SEPARATELY. ATTITUDE CONTROL SYSTEM: DERIVE ATTITUDE CONTROL REQUIREMENTS FOR DRM AND EXTENDED MISSIONS. AVIONICS STUDY: APPLY HUMAN RATING REQUIREMENTS TO POINT-OF-DEPARTURE AVIONICS SUB-SYSTEM. STUDY HOW MAVEN-DERIVED AVIONICS ARCHITECTURE WOULD BE LEVERAGED FOR THE EAM AND ALSO STUDY THE USE OF ORION AS A BACKUP COMMAND CENTER. POWER SYSTEM STUDY: DERIVE POWER SYSTEM REQUIREMENTS FOR THE DRM AND EXTENDED MISSIONS. STUDY LOAD SHARING POSSIBILITIES WITH ORION. WE WILL CONSTRUCT A DETAILED POWER BUDGET BASED ON A DETAILED POWER EQUIPMENT LIST. THERMAL MANAGEMENT STUDY: PERFORM A THERMAL MANAGEMENT STUDY INTERNAL LAYOUT AND PACKAGING OPTIMIZATION: THIS STUDY WILL INVOLVE PERFORMING AN INTERNAL LAYOUT AND PACKAGING OPTIMIZATION INCLUDING PROVIDING A SOLAR STORM SAFE HAVEN. THE CHIL WILL BE USED TO STUDY HABITABILITY OF OUR DESIGN CONCEPTS. RADIATION SHELTER STUDY: STUDY MOST EFFICIENT WAY TO PROVIDE RADIATION PROTECTION ON BOARD THE EAM. STUDY WILL TRADE USING ORION VERSUS PROVIDING A SAFE HAVEN ON THE EAM. RADIATION MITIGATION STRATEGY STUDY: THIS STUDY WILL EXPLORE OPTIONS FOR METHODS OF MITIGATING LONG-TERM RADIATION EXPOSURE IN DEEP SPACE. DEVELOP AND TEST VARIOUS TECHNIQUES ON BOARD THE EAM. EVOLVABLE ECLSS STUDY: REQUIREMENTS DEFINITION AND BASELINE DESIGN: REQUIREMENTS DEFINITION AND BASELINE SYSTEM DESIGN AND CREATE HABITAT ECLSS SIMULINK MODEL. ECLSS STATE OF THE ART SURVEY: ENGAGE WITH INDUSTRY PARTNERS/VENDORS TO DETERMINE APPROPRIATE ECLSS SOLUTION AND POTENTIAL EVOLVABILITY SOLUTIONS. EVOLVABLE ECLSS STRATEGY: EXPLORE STRATEGIES FOR DESIGNING THE EAM TO SERVE AS A TEST BED FOR DEVELOPING A ROBUST AND COMPACT ECLSS.
Feb 22, 2016	3	$392.8K	IGF::OT::IGF NEXTSTEP BAA AWARD. UNDER THIS CONTRACT, THE CONTRACTOR WILL PROVIDE THE FOLLOWING: PROJECT MANAGEMENT: PROVIDE OVERALL LEADERSHIP FOR THE PROJECT INTERACT WITH THE CUSTOMER AND WRITE REPORTS. CUSTOMER MEETINGS: ORGANIZE MEETINGS, PREPARE PRESENTATIONS, ATTEND MEETINGS AND ADDRESS ACTION ITEMS. FIVE MEETINGS TOTAL: KICKOFF, THREE TIMS, AND FINAL CONCEPT REVIEW. BUSINESS OPERATIONS: PROVIDE CONTRACTUAL DIRECTION TO THE PROGRAM, INTERFACE WITH THE CUSTOMER, ISSUE BUDGETS AND MONITOR PERFORMANCE, MAINTAIN SCHEDULES, TRACK AND SUBMIT CONTRACT DELIVERABLES, AND ENSURE MISSION SUCCESS. DESIGN MATURATION: WORK WITH NASA TO REFINE DRM AND HIGH-LEVEL SYSTEM REQUIREMENTS TO BE USED IN SUBSYSTEM STUDIES. CAD MODEL SUPPORT: SUPPORT TO WORK ON EAM CONFIGURATION AND MAINTAIN CAD MODELS. SYSTEMS ENGINEERING AND INTEGRATION: SYSTEMS ENGINEERING SUPPORT TO COORDINATE TRADE STUDIES AND TRACK CONFIGURATION CHANGES. RESPONSIBLE FOR ENSURING SYSTEM REQUIREMENTS ARE MET. AIRLOCK/EVA STUDY: THIS STUDY WILL LOOK AT MULTIPLE OPTIONS FOR PROVIDING AN AIRLOCK CAPABILITY. OPTIONS INCLUDE INFLATABLE AIRLOCKS, INTEGRATED AIRLOCKS, AND RIGID AIRLOCKS. THE STUDY WILL ALSO DETERMINE IF THE AIRLOCK SHOULD BE LAUNCHED WITH THE EAM FIRST FLIGHT OR SEPARATELY. ATTITUDE CONTROL SYSTEM: DERIVE ATTITUDE CONTROL REQUIREMENTS FOR DRM AND EXTENDED MISSIONS. AVIONICS STUDY: APPLY HUMAN RATING REQUIREMENTS TO POINT-OF-DEPARTURE AVIONICS SUB-SYSTEM. STUDY HOW MAVEN-DERIVED AVIONICS ARCHITECTURE WOULD BE LEVERAGED FOR THE EAM AND ALSO STUDY THE USE OF ORION AS A BACKUP COMMAND CENTER. POWER SYSTEM STUDY: DERIVE POWER SYSTEM REQUIREMENTS FOR THE DRM AND EXTENDED MISSIONS. STUDY LOAD SHARING POSSIBILITIES WITH ORION. WE WILL CONSTRUCT A DETAILED POWER BUDGET BASED ON A DETAILED POWER EQUIPMENT LIST. THERMAL MANAGEMENT STUDY: PERFORM A THERMAL MANAGEMENT STUDY INTERNAL LAYOUT AND PACKAGING OPTIMIZATION: THIS STUDY WILL INVOLVE PERFORMING AN INTERNAL LAYOUT AND PACKAGING OPTIMIZATION INCLUDING PROVIDING A SOLAR STORM SAFE HAVEN. THE CHIL WILL BE USED TO STUDY HABITABILITY OF OUR DESIGN CONCEPTS. RADIATION SHELTER STUDY: STUDY MOST EFFICIENT WAY TO PROVIDE RADIATION PROTECTION ON BOARD THE EAM. STUDY WILL TRADE USING ORION VERSUS PROVIDING A SAFE HAVEN ON THE EAM. RADIATION MITIGATION STRATEGY STUDY: THIS STUDY WILL EXPLORE OPTIONS FOR METHODS OF MITIGATING LONG-TERM RADIATION EXPOSURE IN DEEP SPACE. DEVELOP AND TEST VARIOUS TECHNIQUES ON BOARD THE EAM. EVOLVABLE ECLSS STUDY: REQUIREMENTS DEFINITION AND BASELINE DESIGN: REQUIREMENTS DEFINITION AND BASELINE SYSTEM DESIGN AND CREATE HABITAT ECLSS SIMULINK MODEL. ECLSS STATE OF THE ART SURVEY: ENGAGE WITH INDUSTRY PARTNERS/VENDORS TO DETERMINE APPROPRIATE ECLSS SOLUTION AND POTENTIAL EVOLVABILITY SOLUTIONS. EVOLVABLE ECLSS STRATEGY: EXPLORE STRATEGIES FOR DESIGNING THE EAM TO SERVE AS A TEST BED FOR DEVELOPING A ROBUST AND COMPACT ECLSS.
Jan 12, 2016	2	$196.4K	IGF::OT::IGF NEXTSTEP BAA AWARD. UNDER THIS CONTRACT, THE CONTRACTOR WILL PROVIDE THE FOLLOWING: PROJECT MANAGEMENT: PROVIDE OVERALL LEADERSHIP FOR THE PROJECT INTERACT WITH THE CUSTOMER AND WRITE REPORTS. CUSTOMER MEETINGS: ORGANIZE MEETINGS, PREPARE PRESENTATIONS, ATTEND MEETINGS AND ADDRESS ACTION ITEMS. FIVE MEETINGS TOTAL: KICKOFF, THREE TIMS, AND FINAL CONCEPT REVIEW. BUSINESS OPERATIONS: PROVIDE CONTRACTUAL DIRECTION TO THE PROGRAM, INTERFACE WITH THE CUSTOMER, ISSUE BUDGETS AND MONITOR PERFORMANCE, MAINTAIN SCHEDULES, TRACK AND SUBMIT CONTRACT DELIVERABLES, AND ENSURE MISSION SUCCESS. DESIGN MATURATION: WORK WITH NASA TO REFINE DRM AND HIGH-LEVEL SYSTEM REQUIREMENTS TO BE USED IN SUBSYSTEM STUDIES. CAD MODEL SUPPORT: SUPPORT TO WORK ON EAM CONFIGURATION AND MAINTAIN CAD MODELS. SYSTEMS ENGINEERING AND INTEGRATION: SYSTEMS ENGINEERING SUPPORT TO COORDINATE TRADE STUDIES AND TRACK CONFIGURATION CHANGES. RESPONSIBLE FOR ENSURING SYSTEM REQUIREMENTS ARE MET. AIRLOCK/EVA STUDY: THIS STUDY WILL LOOK AT MULTIPLE OPTIONS FOR PROVIDING AN AIRLOCK CAPABILITY. OPTIONS INCLUDE INFLATABLE AIRLOCKS, INTEGRATED AIRLOCKS, AND RIGID AIRLOCKS. THE STUDY WILL ALSO DETERMINE IF THE AIRLOCK SHOULD BE LAUNCHED WITH THE EAM FIRST FLIGHT OR SEPARATELY. ATTITUDE CONTROL SYSTEM: DERIVE ATTITUDE CONTROL REQUIREMENTS FOR DRM AND EXTENDED MISSIONS. AVIONICS STUDY: APPLY HUMAN RATING REQUIREMENTS TO POINT-OF-DEPARTURE AVIONICS SUB-SYSTEM. STUDY HOW MAVEN-DERIVED AVIONICS ARCHITECTURE WOULD BE LEVERAGED FOR THE EAM AND ALSO STUDY THE USE OF ORION AS A BACKUP COMMAND CENTER. POWER SYSTEM STUDY: DERIVE POWER SYSTEM REQUIREMENTS FOR THE DRM AND EXTENDED MISSIONS. STUDY LOAD SHARING POSSIBILITIES WITH ORION. WE WILL CONSTRUCT A DETAILED POWER BUDGET BASED ON A DETAILED POWER EQUIPMENT LIST. THERMAL MANAGEMENT STUDY: PERFORM A THERMAL MANAGEMENT STUDY INTERNAL LAYOUT AND PACKAGING OPTIMIZATION: THIS STUDY WILL INVOLVE PERFORMING AN INTERNAL LAYOUT AND PACKAGING OPTIMIZATION INCLUDING PROVIDING A SOLAR STORM SAFE HAVEN. THE CHIL WILL BE USED TO STUDY HABITABILITY OF OUR DESIGN CONCEPTS. RADIATION SHELTER STUDY: STUDY MOST EFFICIENT WAY TO PROVIDE RADIATION PROTECTION ON BOARD THE EAM. STUDY WILL TRADE USING ORION VERSUS PROVIDING A SAFE HAVEN ON THE EAM. RADIATION MITIGATION STRATEGY STUDY: THIS STUDY WILL EXPLORE OPTIONS FOR METHODS OF MITIGATING LONG-TERM RADIATION EXPOSURE IN DEEP SPACE. DEVELOP AND TEST VARIOUS TECHNIQUES ON BOARD THE EAM. EVOLVABLE ECLSS STUDY: REQUIREMENTS DEFINITION AND BASELINE DESIGN: REQUIREMENTS DEFINITION AND BASELINE SYSTEM DESIGN AND CREATE HABITAT ECLSS SIMULINK MODEL. ECLSS STATE OF THE ART SURVEY: ENGAGE WITH INDUSTRY PARTNERS/VENDORS TO DETERMINE APPROPRIATE ECLSS SOLUTION AND POTENTIAL EVOLVABILITY SOLUTIONS. EVOLVABLE ECLSS STRATEGY: EXPLORE STRATEGIES FOR DESIGNING THE EAM TO SERVE AS A TEST BED FOR DEVELOPING A ROBUST AND COMPACT ECLSS.
Oct 29, 2015	1	$196.4K	IGF::OT::IGF NEXTSTEP BAA AWARD. UNDER THIS CONTRACT, THE CONTRACTOR WILL PROVIDE THE FOLLOWING: PROJECT MANAGEMENT: PROVIDE OVERALL LEADERSHIP FOR THE PROJECT INTERACT WITH THE CUSTOMER AND WRITE REPORTS. CUSTOMER MEETINGS: ORGANIZE MEETINGS, PREPARE PRESENTATIONS, ATTEND MEETINGS AND ADDRESS ACTION ITEMS. FIVE MEETINGS TOTAL: KICKOFF, THREE TIMS, AND FINAL CONCEPT REVIEW. BUSINESS OPERATIONS: PROVIDE CONTRACTUAL DIRECTION TO THE PROGRAM, INTERFACE WITH THE CUSTOMER, ISSUE BUDGETS AND MONITOR PERFORMANCE, MAINTAIN SCHEDULES, TRACK AND SUBMIT CONTRACT DELIVERABLES, AND ENSURE MISSION SUCCESS. DESIGN MATURATION: WORK WITH NASA TO REFINE DRM AND HIGH-LEVEL SYSTEM REQUIREMENTS TO BE USED IN SUBSYSTEM STUDIES. CAD MODEL SUPPORT: SUPPORT TO WORK ON EAM CONFIGURATION AND MAINTAIN CAD MODELS. SYSTEMS ENGINEERING AND INTEGRATION: SYSTEMS ENGINEERING SUPPORT TO COORDINATE TRADE STUDIES AND TRACK CONFIGURATION CHANGES. RESPONSIBLE FOR ENSURING SYSTEM REQUIREMENTS ARE MET. AIRLOCK/EVA STUDY: THIS STUDY WILL LOOK AT MULTIPLE OPTIONS FOR PROVIDING AN AIRLOCK CAPABILITY. OPTIONS INCLUDE INFLATABLE AIRLOCKS, INTEGRATED AIRLOCKS, AND RIGID AIRLOCKS. THE STUDY WILL ALSO DETERMINE IF THE AIRLOCK SHOULD BE LAUNCHED WITH THE EAM FIRST FLIGHT OR SEPARATELY. ATTITUDE CONTROL SYSTEM: DERIVE ATTITUDE CONTROL REQUIREMENTS FOR DRM AND EXTENDED MISSIONS. AVIONICS STUDY: APPLY HUMAN RATING REQUIREMENTS TO POINT-OF-DEPARTURE AVIONICS SUB-SYSTEM. STUDY HOW MAVEN-DERIVED AVIONICS ARCHITECTURE WOULD BE LEVERAGED FOR THE EAM AND ALSO STUDY THE USE OF ORION AS A BACKUP COMMAND CENTER. POWER SYSTEM STUDY: DERIVE POWER SYSTEM REQUIREMENTS FOR THE DRM AND EXTENDED MISSIONS. STUDY LOAD SHARING POSSIBILITIES WITH ORION. WE WILL CONSTRUCT A DETAILED POWER BUDGET BASED ON A DETAILED POWER EQUIPMENT LIST. THERMAL MANAGEMENT STUDY: PERFORM A THERMAL MANAGEMENT STUDY INTERNAL LAYOUT AND PACKAGING OPTIMIZATION: THIS STUDY WILL INVOLVE PERFORMING AN INTERNAL LAYOUT AND PACKAGING OPTIMIZATION INCLUDING PROVIDING A SOLAR STORM SAFE HAVEN. THE CHIL WILL BE USED TO STUDY HABITABILITY OF OUR DESIGN CONCEPTS. RADIATION SHELTER STUDY: STUDY MOST EFFICIENT WAY TO PROVIDE RADIATION PROTECTION ON BOARD THE EAM. STUDY WILL TRADE USING ORION VERSUS PROVIDING A SAFE HAVEN ON THE EAM. RADIATION MITIGATION STRATEGY STUDY: THIS STUDY WILL EXPLORE OPTIONS FOR METHODS OF MITIGATING LONG-TERM RADIATION EXPOSURE IN DEEP SPACE. DEVELOP AND TEST VARIOUS TECHNIQUES ON BOARD THE EAM. EVOLVABLE ECLSS STUDY: REQUIREMENTS DEFINITION AND BASELINE DESIGN: REQUIREMENTS DEFINITION AND BASELINE SYSTEM DESIGN AND CREATE HABITAT ECLSS SIMULINK MODEL. ECLSS STATE OF THE ART SURVEY: ENGAGE WITH INDUSTRY PARTNERS/VENDORS TO DETERMINE APPROPRIATE ECLSS SOLUTION AND POTENTIAL EVOLVABILITY SOLUTIONS. EVOLVABLE ECLSS STRATEGY: EXPLORE STRATEGIES FOR DESIGNING THE EAM TO SERVE AS A TEST BED FOR DEVELOPING A ROBUST AND COMPACT ECLSS.
Sep 23, 2015	0	$196.4K	IGF::OT::IGF NEXTSTEP-2: THE GATEWAY PROGRAM OFFICE WAS DIRECTED BY NASA HQ TO COMMENCE WORK ON DEVELOPING AND REFINING GATEWAY HABITATION CONCEPTS, LEADING TO DESIGN, DEVELOPMENT, TEST AND EVALUATION (DDT&E) AND DELIVERY OF A U.S. HABITATION MODULE TO NASA.

Research next steps

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.

NNH15CN70C

Award details

Funding and modification history

Research next steps

More work in this market