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Course Description

Advances in space exploration demand innovative propulsion systems capable of delivering reliability, efficiency, and safety for a range of mission profiles. As new technologies emerge and missions grow more complex, professionals must possess a deep understanding of propulsion options and the critical trade-offs that shape mission success.

In this course, you will systematically examine chemical, electrical, and hybrid propulsion technologies, evaluating their operational strengths, limitations, and suitability for diverse applications. You’ll investigate the engineering and safety considerations of propellant tanks, mastering protocols for handling and storage to ensure mission integrity.

By dissecting the components and operation of rocket engines, you will learn how propulsion systems are integrated and optimized for real-world performance. Engaging with case studies, you’ll apply analytical frameworks to assess propulsion solutions, balancing efficiency, safety, and mission requirements.

By completing this course, you will be equipped to make informed, strategic decisions about propulsion system selection and integration, positioning yourself to contribute confidently to the future of space missions.

You are required to have completed the following courses or have equivalent experience before taking this course:

  • Identifying Spacecraft Functions and Components
  • Evaluating Space Technology Ecosystem and Policies
  • Applying Techniques for Space Hardware Fabrication
  • Executing Spacecraft Testing and Integration

Faculty Author

Mason Peck

Benefits to the Learner

  • Classify propulsion methods to determine suitability for mission requirements
  • Compare propulsion methods for various mission needs
  • Assess the design and functionality of propellant tanks for spacecraft reliability
  • Evaluate the safety considerations of propellant tanks for operational reliability
  • Analyze rocket engine components for mission efficiency
  • Integrate rocket engine operations with propulsion systems for mission success

Target Audience

  • Individuals aspiring to entry-level spacecraft technician positions
  • Non-technical upskillers in the space tech industry
  • Entry-level technicians at space tech companies
  • Entrepreneurs
  • Executives in the supply chain, software development, and defense spheres who are likely to see their businesses affected by space tech advancements

Applies Towards the Following Certificates

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Type
2 week
Dates
Nov 11, 2026 to Nov 24, 2026
Total Number of Hours
16.0
Course Fee(s)
Regular Price $999.00
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