EAGER–CHIPS in Space
A Texas A&M University System collaboration effort between the Texas A&M Semiconductor Institute and the Texas A&M University Space Institute.
The unique microgravity conditions in space present an opportunity to overcome limitations imposed by gravity, opening the door to potential advancements in semiconductor quality and performance and creating entirely new form factors. There is significant potential for progress in various areas, including crystal growth, radiation hardening, and high-resolution 3D printing, among other cutting-edge technologies.
These developments could pave the way for the on-demand manufacturing of electronics, sensors, semiconductor control systems, and robotics for both space and terrestrial applications.
This initiative aims to completely rethink semiconductor manufacturing in space by assembling a diverse team of experts from academia, national laboratories, NASA, and the dynamic space manufacturing industry.
Our Objectives:
— Scientific Advancement: Catalyze breakthroughs in semiconductor technology through microgravity research.
— Economic Growth: Strengthen the U.S. position in semiconductor manufacturing, contributing to economic and technological leadership.
— Workforce Transformation: Equip a diverse, multidisciplinary workforce for the demands of space-based industries.
— Global Leadership: Reestablish U.S. dominance in microgravity research and space manufacturing, leveraging public and private investments for competitive advantage.