This project develops cost-effective, 3-D printed heat sinks to provide thermal management in electronic devices. Through this work, the team is advancing the use of thermally conductive polymers and additive manufacturing for next-generation electronic cooling solutions. Video Research poster View the poster Sponsor Advisors David AlleeProfessorSchool of Electrical, Computer and Energy [email protected] Christopher BaileyProfessorSchool of…

IMPACT: Power Control is a tool for modeling transistor-level radiation effects on power management circuits. The tool simulates radiation-induced changes in BJTs and which is compared with experimental data to develop an accurate, new, and modern modeling tool for radioactive environments. Video Research poster View the poster Sponsor Advisor Hugh BarnabyProfessorSchool of Electrical, Computer and…

A self-sufficient, portable power source capable of charging and powering multiple electronic devices. It can detect and track the sunlight intensity of its surroundings. Additionally, it serves as an emergency power source for first responders. Video Research poster View the poster Sponsor Advisor Yoon HwaAssistant ProfessorSchool of Electrical, Computer and Energy [email protected]

Our team will create a power solution for a hypothetical rover exploring the surface of the asteroid named Psyche. There are calculated and known surface and environmental conditions that are available to the team to use in their calculations for a power solution. Demo Day Zoom link: https://asu.zoom.us/j/88008635466 Video Research poster View the poster Sponsor…

This project models and designs a photovoltaic and battery system to support rover mobility on the surface of asteroid (16) Psyche. Using environmental data and system simulations, the team evaluated various power configurations and identified a feasible solution that avoids energy deficits. The final design supports consistent low-speed rover movement and offers a feasible foundation…

The focus of this project is to design a device that will serve as a modular power station that can harvest solar energy on the surface of 16-Psyche. The design will include a solar tracking mechanism and a charging mechanism for smaller science rovers. Demo Day Zoom link: https://asu.zoom.us/j/84925580760 Video Research poster View the poster…

This project supported the NASA Psyche Mission Team by designing a reliable and energy-efficient power system using Radioisotope Power Systems, or RPS, for baseline power and hydrogen fuel cells for peak demands and backup, ensuring uninterrupted functionality in extreme and uncertain environmental conditions. This is supplemented with a 3D model of the power system, as…

Our goal is to simulate a green-enriched white light at a wavelength between 520-540 nm that can alleviate light discomfort in patients experiencing photophobia. Photophobia refers to severe sensitivity to light. Demo Day Zoom link: https://asu.zoom.us/j/9484970031 Video Research poster View the poster Sponsor Advisor James McDonaldProfessor of PracticeSchool of Electrical, Computer and Energy [email protected]

In response to the issues surrounding the accuracy of the Tempe Streetcar’s estimated time of arrival (ETA), this project seeks to enhance the streetcar’s reliability for Arizona State University students and faculty. The streetcar, which runs along ASU’s campus and Downtown Tempe, is critical for students, staff, and faculty who rely on it to reach…

The challenge addressed by this project is the lack of accessible, visual teaching tools for illustrating transformer concepts in educational environments. The objective is to develop two demonstration devices that translate abstract electromagnetic principles into observable, physical phenomena. It aims to teach core characteristics of transformers and power electronics to accrue interest in an underrepresented…