SOW.pdf
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- Solicitation number
- 80NSSC24878279Q
About this file
This document is a Statement of Work (SOW) for the delivery of advanced technical training courses in support of NASA's 2040 Mission Requirements. The Marshall Space Flight Center is seeking four technical training courses, each for up to 25 students with a delivery timeline of 45 days after award. The courses cover topics such as Advanced Environmental Control and Life Support Systems (ECLSS) Engineering, Introduction to Bioregenerative Life Support Systems (BLSS), Advanced Spacecraft Systems Engineering Training, and Systems Engineering Project Management Training. The period of performance is from September 1, 2024 through December 31, 2024.
The related federal contract opportunity, identified as Solicitation Number 80NSSC24878279Q, is for the purchase of these four advanced technical training courses in support of NASA's future work. NASA intends to issue a sole source contract to EDYNAMIC.COM, INC under the authority of FAR 13.106-1(b)(1)(i), as they have been determined to be the sole provider of these training courses. The NAICS code for this procurement is 611710, and the government intends to acquire these commercial items and services using the provisions, clauses, and procedures prescribed in FAR Part 12 and FAR Part 13.
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Delivery of Advanced Technical Training
In Support of NASA 2040 Mission Requirements
The Marshall Space Flight Center is seeking advanced technical training to enhance it’s technical workforce capabilities to accomplish the goals and mission requirements as set forth in the Agency’s 2040 Mission Requirements.
The four technical courses being sought are listed below. Each would be for up to 25 students with a delivery of 45 days after award.
Program/Keynote Name Date(s) Duration Number of Participants
Advanced Environmental Control and Life Support Systems (ECLSS) Engineering
August 26-27, 2024 or TBD 2-Day 25
Introduction to Bioregenerative Life Support Systems (BLSS)
September 11-12, 2024 2-Day 25
Advanced Spacecraft Systems Engineering Training TBD 2-Day 25
Systems Engineering Project Management Training
TBD 2-Day 25
The advanced technical training includes:
ADVANCED ENVIRONMENTAL CONTROL AND LIFE SUPPORT SYSTEMS (ECLSS) ENGINEERING
This training focuses on an in-depth study of advanced ECLSS systems engineering, focusing on their architecture, design, and system trade-off analysis. It is tailored to address the complexities in designing life support systems for extreme environments like space missions and underwater habitats. This includes an immersive training program, “Advanced Environmental Control and Life Support Systems (ECLSS)
Engineering,” catering to engineers and professionals in aerospace and space exploration. This course explores state-of-the-art ECLSS technologies, addressing the intricate balance required for sustaining life in challenging environments. Participants delve into advanced concepts, such as closed-loop life support systems, water recovery, and air revitalization. Practical exercises enhance skills in ECLSS design, maintenance, and troubleshooting. Ideal for aerospace engineers and mission planners, this program equips participants to navigate the complexities of environmental control and life support, ensuring optimal conditions for human habitation and scientific exploration in space.
Learning Objectives:
Understand advanced ECLSS architectural concepts.
Master ECLSS design principles and methodologies.
Conduct effective system trade-off analyses.
Explore new technologies and innovations in ECLSS engineering.
INTRODUCTION TO BIOREGENERATIVE LIFE SUPPORT SYSTEMS (BLSS)
This comprehensive training course, “Introduction to Bioregenerative Life Support
Systems (BLSS)”, delves into the cutting-edge field of sustainable space life support technologies. Participants will gain a profound understanding of Bioregenerative Life
Support Systems, exploring their pivotal role in sustaining human life during long-duration space missions. Bioregenerative Life Support Systems (BLSS) represent a groundbreaking approach to sustaining life in isolated environments, particularly during long-duration space missions. These closed-loop ecological systems mimic Earth’s natural processes, integrating plants and microorganisms to create a self-sustaining environment. BLSS harness biological mechanisms to recycle waste, generate oxygen, and produce food, reducing reliance on external resources. Pioneering technologies, including artificial intelligence, enhance the efficiency of these systems. With applications ranging from space exploration to future planetary colonization, BLSS signifies a crucial leap toward achieving sustainability and resilience in extraterrestrial environments, fostering a new era of self-sufficient human habitation beyond Earth.
Learning Objectives:
Understand the fundamental principles of Bioregenerative Life Support Systems
(BLSS).
Acquire knowledge of the latest advancements in space life support technologies.
Explore the integration of biological processes for sustainable resource management.
Gain insights into the design and implementation of BLSS for future space exploration.
Develop proficiency in troubleshooting and maintaining BLSS components.
Apply learned concepts to address challenges in sustaining life in space environments.
ADVANCED SPACECRAFT SYSTEMS ENGINEERING TRAINING
The Advanced Spacecraft Systems Engineering Training Course is meticulously designed to provide seasoned engineers and professionals in the aerospace industry with an in-depth understanding of the intricacies of spacecraft systems engineering.
Through a comprehensive exploration of advanced concepts, methodologies, and case studies, participants will delve into the complexities of designing, developing, and managing spacecraft systems. Covering topics ranging from mission requirements analysis to system integration and testing, this course equips attendees with the knowledge and skills necessary to tackle the challenges inherent in the field of spacecraft engineering.
Learning Objectives:
Upon completion of the Advanced Spacecraft Systems Engineering Training Course, participants will be able to:
Gain a profound understanding of advanced spacecraft systems engineering principles and methodologies.
Apply rigorous systems engineering processes to define and analyze mission requirements effectively.
Evaluate and select appropriate system architectures and design approaches for spacecraft missions.
Develop comprehensive spacecraft system models using advanced modeling and simulation techniques.
Understand the complexities of spacecraft propulsion systems, guidance, navigation, and control.
Implement robust system integration and testing strategies to ensure mission success.
Analyze real-world case studies and lessons learned to inform best practices in spacecraft engineering.
Collaborate effectively within multidisciplinary teams to address complex engineering challenges in spacecraft design and development.
SYSTEMS ENGINEERING PROJECT MANAGEMENT TRAINING
The Systems Engineering Project Management Training course is designed for project practitioners and systems engineers interested in learning the fundamentals of systems engineering and project management. Systems Engineering and Project Management
Training course evaluates options for bridging the gaps between Program/Project
Management and Systems Engineering practices and frameworks.
PERIOD OF PERFORMANCE:
September 1, 2024 through December 31, 2024.
| The advanced technical training includes: |
| Systems Engineering Project Management Training |
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