Overview of a microelectronics curriculum introducing engineering concepts, semiconductor technologies, and hands-on STEM learning.

Hands-on microelectronics engineering project designed to introduce students to circuits, semiconductor concepts, and applied STEM learning.

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.

Discover how thermal interface materials improve cooling and performance in AI hardware, high-performance computing, and data centers.

Engineering design project building an analog tone generator using LM324 and LM386 amplifiers to explore circuits and audio electronics.

Short educational video explaining microelectronics packaging and its importance in semiconductor performance and reliability.

Learn how phase diagrams guide development of lead-free, low-temperature solder materials for microelectronics packaging.

Discover how Thermo-Calc helps students design solder materials and apply microelectronics concepts in engineering classrooms.

Step-by-step guide to creating phase diagrams with ThermoCalc for semiconductor materials and microelectronics research.

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 how systolic arrays accelerate AI workloads, enabling efficient parallel processing for neural networks and modern AI hardware.

Learn how neural networks work, from perceptrons to deep learning, and why multiply-accumulate operations drive modern AI computing.

Introduction to artificial intelligence, tracing its history, core principles, and how neural networks enable computers to learn and make decisions.

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

Study aging effects of Cu, Ni, and Au intermetallics in high-temperature solder materials used in microelectronics packaging.

Discover how 2D materials enable new possibilities in microelectronics, semiconductor devices, and advanced technologies.

Creative STEM activity using WALL-E to teach microcontroller programming and embedded systems concepts.

Hands-on activity teaching multimeter skills through an assistive technology engineering design project.