Students learn coding fundamentals while developing assistive technology solutions in a hands-on engineering project.

Learn circuit construction and electronics basics through a practical assistive technology design activity.

Explore thermal transport in layered semiconductor materials and its role in device performance and packaging.

Learn how chiplet architectures are shaping the future of semiconductor design and advanced packaging.

Discover how machine learning accelerates radiation damage simulation for semiconductor materials and electronics.

Executive overview of the current state of the U.S. microelectronics industry and its role in technology and national security.

Explore how advanced packaging technologies could extend Moore’s Law and improve semiconductor performance.

Collection of educational YouTube lectures covering electronics fundamentals, circuits, and semiconductor concepts.

Curated video lectures introducing circuit analysis, electronics fundamentals, and engineering concepts.

Overview of the natural space radiation environment and how it affects satellites, electronics, and semiconductor devices in orbit.

Learn how machine learning models help predict ceramic material behavior under extreme conditions for advanced engineering applications.

Explore remote sensing applications in space missions while learning VHDL fundamentals for digital systems and spacecraft electronics.

Introduction to MEMS and microsystems, covering sensors, fabrication methods, and applications in modern semiconductor technologies.

Overview of emerging semiconductor technologies driving innovation in electronics, computing, and next-generation devices.

Explore how radiation and material defects affect wide bandgap semiconductor power electronics and device reliability.

Learn about LabRATTS, a training platform used to study single event radiation effects in semiconductor devices.

Course module exploring AI hardware acceleration and ASIC design techniques for machine learning applications.

Introductory engineering course exploring semiconductor technologies, circuits, and microelectronics applications.

MATLAB coding exercise analyzing total ionizing dose radiation effects on microelectronics and semiconductor devices.

Learn how to model radiation stopping power using MATLAB in microelectronics and space radiation studies.