CISESS Interns Participate in MIT Reality Hack

Figure. CISESS students Damian Figueroa (left) and Samuel Wiggins (right) at the MIT Reality Hack.
Figure. CISESS students Damian Figueroa (left) and Samuel Wiggins (right) at the MIT Reality Hack.

On 23 January 2025, CISESS students Damian Figueroa and Samuel Wiggins–also members of the XR Club at the University of Maryland–traveled to the iconic MIT campus in Cambridge, Massachusetts to take part in MIT Reality Hack, one of the most prominent hackathons in the XR community.

 

A “hackathon” is a competition where participants, known as “hackers,” join forces to transform mere ideas into working prototypes within a limited period of a few days. Hackers come from a diverse set of backgrounds, including students, designers, programmers, artists, scientists, and more. They then select a “track” to compete in, each with a specific theme and technologies. For instance, Meta hosted tracks that encouraged hackers to leverage the mixed-reality and social capabilities of the Meta Quest 3.

 

Damian and his team created a glove embedded with thermoelectric modules, allowing users to feel temperature sensations on their hands. They developed an accompanying virtual-reality experience that transports users to a cozy winter setting, where the gloves simulate the chill of the surrounding air and the warmth of a virtual campfire. Damian hopes this technology will continue to advance and gain mainstream adoption in education, including its use in geoscience learning experiences like those he and Samuel have developed within CISESS’s Virtual Proving Ground & Training Center.

 

Samuel and his team developed “BookwXRms,” using Apple Vision Pro’s high-fidelity mixed-reality features to enhance reading. The app tracks the user’s progress in a book and dynamically adjusts the environment with sounds, visuals, and more. Now, Samuel aims to apply his Vision Pro development skills to bring his geoscience educational modules to the device.

 

Damian and Samuel are eager to attend more hackathons in the future, where they will continue advancing their skills to create even more incredible immersive experiences for CISESS and beyond.

 

This article was put together by the CISESS coordinators based on scientist input.

Picture of Debra Baker

Debra Baker

Debra Baker is the Coordinator for the Cooperative Institute for Satellite Earth System Studies (CISESS) at the University of Maryland. She received her M.S. in atmospheric science from the University of Maryland, College Park. Before joining ESSIC in 2013, she worked on air quality issues at the Maryland Department of the Environment. Debra also has a law degree from Harvard Law School.

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Kate Cooney

Katherine Cooney is a part-time faculty assistant at the Cooperative Institute for Satellite Earth System Studies (CISESS). Kate received a B.S. in environmental science and policy from the University of Maryland (UMD), College Park. She later earned a M.S. in geology from UMD, while investigating the isotopic fractionation of precipitation nitrate under the guidance of Distinguished University Professor James Farquhar. After graduation, she worked as an air-quality specialist at the Mid Atlantic Regional Air Management Association in Baltimore, Maryland. While her family was stationed in Tokyo, Japan, she dedicated her time serving military families and the local community. She is grateful for the opportunity to return to earth system studies, supporting the CISESS Business Office and assisting the CISESS Coordinator Deb Baker since January 2021.

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Maureen Cribb