Space Resource Fundamentals

The following topics will be covered during the course:

• Launch and Rocket Equations
• Orbital Mechanics
• Space agriculture
• In-space transportation architecture
• Space resources of interest and locations
• Space construction
• Deep space psychology
• Applications enabled by space resource use
• Mining techniques in multiple environments
• Space law
• Business case study
• Solar System Destinations:
  • Moon
  • Mars
  • Asteroids
  • Outer solar system

Space Resource Fundamentals is the first offering of its kind in Australia.

This interdisciplinary short course is designed for working professionals and advanced students hailing from diverse sectors such as law, business, the resource industry, government, or the engineering and science fields.

While topics such as orbital mechanics and geology are necessarily covered to facilitate understanding regarding business case and operations realities, specialist backgrounds in science, engineering, or geology are not required for successful completion.

On completing the course, you will be able to speak knowledgeably regarding the topic of 'Space Resources' gaining key insights into:

• What are space resources?
• What resources are available at select solar system locations?
• Why are space resources important and what is their projected use?
• The challenges to space exploration posed by the realities of launch and orbital mechanics
• Methodologies being developed to access resources in both gravity and micro-gravity environments
• Specifics concerning likely destinations (the Moon, Mars, Asteroids, and outer solar system)
• Key activities enabled by in-situ space resource utilisation
• Space resource use and its impact on human exploration of the solar system
• Legal and business matters related to space resources exploration and commercial supply.

The course will be delivered over 5 days with a simultaneous classroom and online delivery.

This course will be delivered by a team of experts (to be confirmed) from the space resource research, operations, and industry segments as represented by:

• Professor Hirdy Miyamoto, University of Tokyo
• Prof Melissa de Zwart, University of Adelaide, ATCSR Professor Space Law and Governance
• Prof Angel Abbud-Madrid, Director of the Center for Space Resources at the Colorado School of Mines
• Prof Matt Gilliham, Director, ARC Centre of Excellence in Plants for Space
• Adjunct A/Prof Paddy Neumann, Chief Scientist Neumann Space
• Dr. Carlos Espejel, Chief Lunar Mining Engineer ispace
• Mr. Mark Sonter, co-founder Deep Space Industries, Asteroid Enterprises, Off-Earth Resources
• Mr Sam Ximenes, Astroport Space Technologies
• Mr Kirby Ikin, Asia Pacific Aerospace Consultants
• Prof Deborah Turnbull, University of Adelaide Chair of Psychology
• Prof Scott Smith, University of Adelaide, Architecture and Civil Engineering
• Prof Tat-Jun Chin, Australian Institute for Machine Learning
• A/Prof Rini Akmeliawati, University of Adelaide Electrical and Mechanical Engineering
• Dr Lucy McGee, School of Physics, Chemistry and Earth Sciences
• Dr Amit Srivastava, University of Adelaide Architecture
• Professor Volker Hessel, Research Director ATCSR
• A/Prof John Culton, University of Adelaide, Director ATCSR

• Participants will receive a soft copy University of Adelaide Certificate of Completion.
• This PACE course may contribute to earning Continuing Professional Development (CPD) points or credit. Many professional associations accredit CPD at a standard rate of 1 hour of professional development / learning = 1 CPD point. This should be used as a guide only and confirmation should be sought from your accrediting body prior to registration in any PACE course or program.