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Allen believes solar sails could shape the future of spacecraft design. Their lightweight structure allows small spacecraft to use sunlight for propulsion without onboard fuel. However, the sails must be much larger relative to the spacecraft, and require compact storage methods, so he studies how the material behaves when creased and what it takes to create the material for storage. Allen emphasizes the importance of his research, as solar sails would provide an excellent method for small uncrewed spacecraft to propel themselves for extended periods, allowing for new types of future scientific missions.

Working in Dr. Kwok Â鶹¾«Æ· S™s lab as an undergraduate, Allen thoroughly enjoyed the research he conducted and sought to continue working on such an innovative project. He cites this as the main reason he chose to pursue his master Â鶹¾«Æ· S™s degree at UCF. Though the work can be challenging, Allen continues to work hard. “The most important thing I have personally learned while conducting research is the amount of effort that goes into seemingly small increases in knowledge,” he says. “Something may seem like a simple and obvious conclusion, but the amount of effort required to prove that conclusion can be significant.” However, he remains dedicated to the advancement of spacecraft design.

Allen also benefited greatly from the proximity to UCF and connections to the Florida Space Coast, along with the UCF chapter of the American Institute of Aeronautics and Astronautics, saying that the opportunities have assisted him with acquiring his current internship at Kennedy Space Center.

After graduating in 2021, Allen continued working in the space industry, contributing to ground support equipment for the Artemis program.