The UCF team was inspired by the microstructure of bee hair, which are used to capture and release pollen. The team’s design uses the hair-like fibers to potentially remove lunar dust via electric field signals. Photo credit: NASA

UCF Student Nanotech Team Designs Space Suit Material for NASA Competition

By: Kissimmee Crum on

group of six University of Central Florida students and alums from a range of fields designed and won the Best Technical Poster award as finalists in NASA’s recent Lunar Dust Challenge. They received the honor after NASA’s 2021 Breakthrough, Innovative, and Game-Changing (BIG) Idea Challenge Virtual Forum in November 2021.

As part of NASA’s BIG Idea Challenge to conquer lunar dust, the project — titled Lunar Dust Mitigating Electrostatic micro-Textured Overlay or LETO — provided an opportunity of a lifetime to design, form, and test new innovations to get the researchers on NASA’s radar.

With the theme centered around lunar dust, the UCF team designed a space suit material overlay for astronauts performing space exploration. The moon’s surface is covered in sharp, hazardous lunar dust that could be a danger to people and equipment.

“Our group was familiar with creating polymer-based composite materials, so we saw it as a great opportunity to further expand our knowledge in the field and contribute to the space industry,” says team member Yuen Yee Li Sip ’17’19MS, a PhD student studying materials science and engineering. “I greatly appreciate the research that I do, to be able to combine two or more components in one and create new materials with various properties.”

Their new design uses the microstructure of bee hair, hoping to simulate the capture and release of pollen. These hair-like fibers work similarly to remove lunar dust via electric field signals.

Undergraduate student Adam Rozman

“This project required tremendous innovation to solve unexpected issues and predict the expectations of the review panel of accomplished experts in the field,” says team member Adam Rozman, an undergraduate researcher in the Department of Mechanical and Aerospace Engineering; “I am honored that I had the opportunity to work with the brilliant, devoted, and creative team at Dr. Zhai’s lab to bring this project to fruition.”

The team also included Nilab Azim ’20MS ’21PhD, a recent graduate with a doctorate in chemistryAlex Burnstine-Townley ’16, a doctoral student in the Department of ChemistryTrisha Joseph ’20, a recent graduate with her bachelor’s in physics; Nicholas Alban, an undergraduate researcher in the Department of Electrical and Computer Engineering. The team is led by advisor Lei Zhai, a professor of the Nanoscience Technology Center and the Department of Chemistry in the College of Sciences.

In the future, the team hopes to study these materials in a high vacuum and further their design. The plan is to build another team with some original team members interested in this area of research, and some new members with a background in working under these constraints.

The Lunar Dust Challenge is just one of NASA’s annual themes from their Breakthrough, Innovative, and Game-changing (BIG) Idea Challenge. The goal is to support NASA in their efforts to rapidly advance high-impact technologies for infusion in a broad range of future NASA expeditions.

Seeing this honeybee spacesuit design in the great unknown someday might just become a reality thanks to this group of student researchers.

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