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2020-2021 Competition: Manufacturing the Future in Space - Competition Winners

The 2021 competition challenged students to research past plans and present developments in space-based manufacturing in Earth orbit, the Moon or Mars, and the asteroid belt and to select one of these locations for further research and development. Based on this research, students were asked to develop a speculative development timeline from 2021 to 2050 with milestones and events that could lead to a thriving commercial ISM sector in that location. Four student teams completed the competition, including teams from Purdue University, Vanderbilt University, the University of Texas at Dallas and the University of Washington – Seattle.

First Place: University of Texas at Dallas Team

University of Texas at Dallas Team Report:
In-Space Manufacturing in 2050

Welcome to Bennu, the solar system’s first asteroid mining facility! Completed in 2042, the Bennu facility was decades in the making. The foundations were first laid in 2018, when the National Aeronautics and Space Administration landed its first probe on the little asteroid known as Bennu. Despite its seemingly modest size, rest assured it has much more potential than meets the eye. At the dawn of the Second Space Age, when NASA was spending almost all of its time looking to the Moon and Mars, and the billionaires of the day were investing in space tourism, we at Waypoint Industries looked to Bennu. In 2028, ten years after the first probe touched down, we sent up our own technology to survey the asteroid. The rest is history; unmanned rovers began small mining operations, which turned into not-so-small operations over the next ten years. In 2037, when Bennu made its first close approach since the missions began, we finally teamed up with the American sector of the Lunar Outpost and sent up a manned mission. Within the next five years, we had completed the carved-out facility. Today, we are running at full capacity. Read More

The University of Texas at Dallas team featured five members: Alison Spadaro, Anja Sheppard, Cari Reinert, Hannah Sharma and Rachel Kahler. The team was mentored by Joe Amor.

Second Place: Purdue University Team

Purdue University Team Report:
ISM in 2050

In the year 2050, the lunar economy is not self-sufficient; it requires support from Earth for supplementary food, water, oxygen, and general commodities. It is, however, profitable in some industries, including ZBLAN, optics, and mining. Additionally, many industries have been created on the Moon to sustain colonization, including Algae farming/printing, 3D printing of regolith, and autonomous cargo transportation. The Moon has become a hub for many space-based operations, such as satellite repair, and acts as a springboard to expand into the rest of the solar system.

In space, manufacturing has progressed leaps and bounds over the past few decades, some companies developing priceless commodities and others failing to hit the mark, leading to collapse. SpaceX, Blue Origin, Telestra, Telesat, Redwire, and many others continue to pave the way for the space manufacturing field. Nations’ respective space agencies are still working with these companies to allow for further development in hopes of making ISM sustainable. Read More

The Purdue University team featured seven members: Sam Goilo, Connor Gregg, Vinny Haight, Griffin Hentzen, Conner Phillips, Utkarsh Sayini (team lead) and Trey Stroupe. The team was mentored by Christian Adams.

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Upcoming Podcasts

The two winning teams from the 2020-2021 competition will be featured in a Making Leaders podcast series! Look for updates on the podcast page shortly.

2020-2021 Competition

For a full description of the 2020-2021 SEDS USA competition, including reports by all 4 participating teams, click here.