Students will be tasked to design and pitch a mission based in this emerging and exciting new field in the space industry. This gives students exposure to a broad range of topics, including space-based solar power, pharmaceuticals, active debris removal, and microgravity manufacturing.
The competition aims to give interdisciplinary teams, of at least 5 and up to 12 students, a stepping stone into the field, and experience in mission design, engineering, business development, and other industry-relevant skills.
Teams are allocated an industry mentor who will check in with them, approximately, on a monthly basis to offer guidance and advice. There is no entry fee associated with this competition.
Teams will be tasked with a series of challenges throughout the competition, and will ultimately pitch their business proposals to a panel of investors in a Dragon’s Den style scenario.
Space is experiencing a metamorphosis. Once an exclusive playing ground for national space agencies and big government contractors, it is now energized by the advent of new players, innovative technologies, and disruptive business models. These advances have unlocked new economic opportunities in a number of emerging markets. One area that is seeing great interest and high potential valuations from industry experts is that of In-Orbit Servicing, Assembly and Manufacturing. ISAM concepts encompass a plethora of activities across a number of different market verticals and offer direct benefits to several fields, enabling the next generation of space-based services. These activities include, but are not limited to, debris removal, life extension, in-orbit repairing, in-orbit manufacturing (for both space and Earth), space robotics, and asset reallocation.
SAM
In-Orbit Servicing and Manufacturing was founded in 2021 and the Satellite Applications Catapult was its main sponsor. As of 2025, the ISOM has been rebranded to ISAM.