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.

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

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

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.

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.

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

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

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

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