Engineering course introducing microelectronics concepts, semiconductor devices, and hands-on STEM learning.

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.

Discover how large language models can support semiconductor chip design, research workflows, and engineering innovation.

Beginner-friendly introduction to semiconductors, explaining how chips power modern electronics and computing.

Overview of semiconductor technology and why chips are critical to modern devices, computing, and global innovation.

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.

Learn how TCAD simulations model total ionizing dose radiation effects in semiconductor devices.

Study radiation effects on AlGaInAs/InP multi-quantum well laser diodes used in advanced electronics.

Explore mechanisms behind destructive radiation events in wide bandgap semiconductor devices.

Introductory discussion on semiconductor fabrication processes and how microchips are manufactured.

Course exploring mechanical properties and materials processes used in microelectronics manufacturing.

Learn how heterogeneous integration and advanced packaging combine multiple chip technologies to improve semiconductor performance.

Explore on-chip dynamic power supply design for mixed-signal SoCs and how it improves efficiency in semiconductor systems.