WHA WHAT T T TO K O KNO NOW W BEF BEFORE Y ORE YOU OU GO GO - PowerPoint PPT Presentation

WHA WHAT T T TO K O KNO NOW W BEF BEFORE Y ORE YOU OU GO GO WEBIN WEBINAR AR Eunice Adams-Sipp Small Business Specialist Glenn Research Center June 19, 2018

Elizabeth A. Haase Gilberto Del Valle Jennifer D. Perez Sholainka Martyn Small Business Specialist Small Business Specialist Small Business Specialist Small Business Specialist Goddard Space Flight Center (GSFC) Eunice J. Adams-Sipp Glenn Research Center (GRC) Small Business Specialist Christine L. Munroe Small Business Specialist NASA Headquarters Ames Research Center (ARC) Langley Research Center (LaRC) Robert Medina Armstrong Flight Small Business Specialist Glenn A. Delgado Richard L. Mann Tabisa T. Kalisa Truphelia M. Parker Charles T. Williams Associate Administrator Program Manager Program Manager Program Specialist Small Business Specialist Research Center (AFRC) Marshall Space Flight Center (MSFC) Jet Propulsion Laboratory (JPL) David E. Brock Small Business Specialist Robert O. Betts Small Business Specialist NASA Shared Services Center (NSSC) Felicia A. Bell Stennis Space Mary Helen Ruiz Janine Lancaster Section Manager Small Business Administrator Small Business Administrator Center (SSC) Johnson Space Center (JSC) Kennedy Space Center (KSC) Troy E. Miller Small Business Specialist Joyce C. McDowell Natalie B. Colvin Robert E. Watts Rick Slater Kay S. Doane Small Business Specialist Procurement Analyst Small Business Specialist Small Business Specialist Small Business Specialist 2

Glenn Research Center Plum Brook Station (Sandusky) Lewis Field (Cleveland) • 6500 acres • 350 acres • 18 civil servants and • 1546 civil servants and 1560 contractors 97 contractors 3

Glenn Glenn Research Center Research Center Core Core Competen Competencies cies Air-Breathing Propulsion This competency includes revolutionary concepts, technologies, and new systems aimed at significantly advancing air-breathing propulsion for aerospace vehicles that enable reduced energy consumption, use of alternative energy sources, reduced noise and emissions, increased versatility, improved safety of operations, faster modes of air transportation, and reduced costs for aerospace travel . Communications Technology and Development This key technical area includes research, development, demonstration, and transition to operations of communications systems. Focused technologies with subject matter expertise include antennas, propagation, optical and radiofrequency devices, high-power amplifiers, intelligent sensors, software-defined radios, cognitive radios, and networking. Model-based systems engineering tools and emulation capabilities allow for analysis of the impacts of changes to existing networks and extension to future network operations. Flight demonstration of components and systems is used as a path to transition new capability to operational use. In-Space Propulsion and Cryogenic Fluids Management This competency includes the research, technology development, technology demonstration, and flight development of components, subsystems, and systems for spacecraft propulsion systems, propulsion stages, and cryogenic fluid flight systems to enable new mission capability; increased reliability, safety, and affordability; and reduced trip times. This involves the design, testing, and evaluation of in-space propulsion technologies and systems such as propellants, chemical propulsion, electric propulsion (ion, Hall, and plasma), nuclear propulsion, and other advanced concepts; reaction control; and orbital maneuvering. 4

Glen Glenn n Resea Research rch Center Center Core Competencies Core Competencies Power, Energy Storage and Conversion Aerospace power system capabilities at GRC encompass all technology readiness levels from basic research through flight hardware. This includes extensive capabilities in power system analysis and modeling, and all requisite skills, expertise, and facilities for power generation, energy storage, and electric power distribution. Power generation capabilities include the development of solar cells, solar arrays, primary fuel cells, radioisotope power systems, fission power systems, and associated thermal systems. Energy storage capabilities consist of the buildup of batteries, regenerative fuel cells, and flywheels. Electric power distribution capabilities include the regulation of power generation and storage systems; the delivering of both low and high-voltage generated power to users; the providing of conditioned power to a wide variety of loads; and the automatic controls to facilitate the management of power systems. We have extensive expertise in the integration of each of the respective technologies into end-to-end systems, and we have the facilities required for the testing, verification, and validation of those end-to-end systems. Materials for Extreme Environments This competency includes the research, development, demonstration, and flight application of advanced materials, structural concepts, and mechanisms to enable high-performance, long-life aerospace systems subjected to the extreme environments encountered in propulsion and power, planetary entry, planetary surface operations, and the space environment. These extreme environments include a combination of high temperatures, complex gaseous atmospheres ranging from oxidizing to reducing, high pressures, large dynamic and impact loads, molten materials, cryogenic temperatures, electromagnetic fields, and space radiation. Research and development areas essential to success include high-temperature and lightweight structural materials, functional materials and coatings, multifunctional and lightweight structural concepts, tribology, robust mechanism and drive system concepts, computational design tools and predictive capabilities for materials and structures, and testing in a broad range of extreme environments. Physical Sciences and Biomedical Technologies in Space This competency includes the research, development, demonstration, and flight of advanced physical and biomedical systems to enable sustainable exploration of space with enhanced safety, extended mission durations, and increased resistance to the damaging effects of space. Space-flight and ground-based research are conducted to study the effects of the space environment to obtain insight into fundamental mechanisms, develop predictive frameworks and advanced technologies, and develop and implement countermeasures to mitigate any adverse effects. 5

FY 2017 NASA Direct and Subcontracting Dollars CATEGORIES DIRECTS CUMULATIVE % ACHIEVED SUBCONTRACTING Available $ $16,748.3M SB $2,721.1M $2,810.4M $5,531.5M 33.0% SDB $1,274.7M $772.7M $2,047.4M 12.2% WOSB $722.3M $682.2M $1,404.5M 8.4% HUBZone $77.9M $209.1M $287.0M 1.7% SDVO $168.8M $237.1M $405.9M 2.4% 6

Relationship Building With NASA Top Prime Contractors is Key CONTRACTOR TOTAL DOLLARS CALIFORNIA INSTITUTE OF TECHNOLOGY $2,348,470,451 THE BOEING COMPANY $2,005,886,427 LOCKHEED MARTIN CORP. $1,410,684,199 SPACE EXPLORATION TECHNOLOGIES CORP. $976,894,459 ORBITAL SCIENCES CORP. $738,112,343 JACOBS TECHNOLOGY, INC. $683,103,605 NORTHROP GRUMMAN $435,429,769 RAYTHEON COMPANY $367,333,659 SCIENCE APPLICATIONS INTERNATIONAL CORP. $352,779,949 AEROJET ROCKETDYNE, INC. $348,472,142 7

Relationship Building With NASA Top Prime Contractors is Key (cont.) CONTRACTOR TOTAL DOLLARS HARRIS CORP. $320,368,930 UNITED LAUNCH SERVICES, LLC $297,804,736 STINGER GHAFFARIAN TECHNOLOGIES, INC. $283,990,033 ATK LAUNCH SYSTEMS, INC. $265,107,704 BALL AEROSPACE & TECHNOLOGIES CORP. $173,334,643 SYNCOM SPACE SERVICES, LLC $171,993,469 WYLE LABORATORIES, INC. (DBA KBRWYLE) $163,847,947 URS FEDERAL SERVICES, INC. $155,537,186 JOHNS HOPKINS UNIVERSITY $139,862,773 VENCORE SERVICES AND SOLUTIONS, INC. $135,523,401 8

Utilize the NASA Active Contracts Lists for Tracking Future Competitions  Accounting, Financial, And Business Services Contracts  Administrative Services Contracts  Engineering  Environmental Remediation Contracts  Facility Contracts  Information Technology Contracts  Multiple Award Construction Contracts  Occupational Health Contracts  Protective Services Contracts 9

NAS ASA A IT IT Cont Contract acts CENTER NAICS CONTRACT NAME CONTRACTOR NAME TYPE OF POTENTIAL ULTIMATE CONTRACT CONTRACT # COMPETITION VALUE END DATE LARC 541512 LITES - II AIC Full & Open $200 M 10/31/2020 NNL15AA03B MSFC 541513 MITS II All Points Logisitcs, LLC $165 M 10/31/2021 SDVOSB Set-Aside NNM16AA01C SSC 443120 ITS SaiTech, Inc SB Set-Aside under $44 M 4/30/2021 NNS16AA25T GSA Schedule 70 GS35F0491L Agency-wide 541512 Enterprise Applications Services SAIC Full & Open $385 M 6/30/2024 (NSSC) Technologies 2 (EAST 2) NNX16MB01C Agency-wide 541512 NASA Integrated Communications SAIC Full & Open $1.3B 5/31/2021 (NSSC) Services (NICS) NNM11AA04C GRC 541519 Professional Administrative Peerless Technologies, Inc. SB Set-Aside $114M 5/31/2020 Computational & Engineering Services NNC14BA04B PACE IV KSC 541511 Information Technology Support New Directions SDVOSB Set-Aside $40 M 9/30/2021 Services (ITSS 2) Technologies, Inc. (NDTI) under GSA Schedule 70 last date to order NNK17OK01Z KSC 541512 Kennedy Infrastructure, Applications ASRC Federal Data Solution, 8(a) Competitive $88M 9/30/2022 and Communications Support Services LLC last date to order (KIAC) 80KSC017C0011 10 8