Learn how fault injection testing helps evaluate microprocessor reliability and security in modern semiconductor systems.

Explore how field-effect transistors operate in space and how radiation affects semiconductor devices beyond Earth’s atmosphere.

Learn how radiation testing supports development and validation of semiconductor models for reliable electronics systems.

Understand how single event burnout testing evaluates radiation effects and reliability in power electronics devices.

Explore semiconductor technology characterization and radiation-enabled modeling for advanced electronics research.

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

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

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.

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.

MATLAB exercise modeling solar radiation intensity and its impact on spacecraft electronics and systems.

Analyze how mission altitude affects radiation exposure using MATLAB modeling techniques.

Analyze how mission altitude affects radiation exposure using MATLAB modeling techniques.

Engineering exercise using MATLAB to evaluate and select microchips for space and radiation environments.

Explore how aluminum shielding reduces radiation exposure in spacecraft electronics through MATLAB modeling.

Explore silicon carbide semiconductors designed for high-temperature and harsh environment electronics.

Coding exercises using MATLAB and Python to analyze radiation effects on solar cells in space environments.

Model radiation shielding on Mars using MATLAB and Python to evaluate subsurface protection strategies.

Explore advanced semiconductor packaging technologies enabling 2.5D and 3D heterogeneous chip integration.