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NYU Program Teaches Interdisciplinary Students Custom Microchip Design with Open-Source Tools

By

hasheddan

5mo ago· 3 min readenNews

Summary

NYU Tandon School of Engineering is democratizing microchip design through an interdisciplinary course that brings together students from chemistry, computer science, and medical backgrounds. The program uses open-source tools and AI-assisted development to teach custom chip design, enabling students to create specialized microchips for scientific simulations in fields like chemistry, biology, and materials science. This educational initiative aims to make chip design accessible beyond traditional electrical engineering programs.

Key quotes

· 4 pulled
Once a week, in NYU's engineering classrooms, an eclectic mix of chemistry, computer science, and medical students gather together to learn how to design their very own microchips.
Microchips are the brains behind everyday electronic devices such as phones, computers, and home appliances—each one containing billions of components that perform complex computations at lightning speed.
Specialized microchips offer even more. These custom-made chips can accelerate scientific simulations in chemistry, biology, and materials science.
Tandon researchers are putting the power of chip design into more hands with open-source tools, AI-assisted development, and applied teaching.
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Tandon researchers are putting the power of chip design into more hands with open-source tools, AI-assisted development, and applied teaching.

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