Learn how logistic regression models classify data and support machine learning applications in engineering and analytics.

Introduction to linear regression and how statistical models predict relationships between variables in engineering data.

Overview of artificial intelligence concepts and how AI workloads drive new semiconductor hardware architectures.

Learn how high electron mobility transistors (HEMTs) enable high-speed, high-frequency performance in modern semiconductor and microelectronics systems.

Explore high electron mobility transistors (HEMTs) and their role in high-frequency and high-performance semiconductor devices.

Introduction to SRIM software for modeling ion interactions and radiation effects in semiconductor materials.

Weekly seminar series featuring research on microelectronics, semiconductor technologies, and radiation effects engineering.

Overview of radiation effects engineering and how radiation impacts semiconductor devices and electronic systems.

Demonstration of TCAD simulations modeling total ionizing dose radiation effects in semiconductor capacitors.

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

Overview of OSCRE, an open-source framework for simulating radiation effects in electronic circuits.

Explore how radiation damages oxide materials used in nanophotonic devices and semiconductor systems.

Learn how radiation impacts nanophotonic devices and integrated circuits used in space technologies.

Study displacement damage and ionization effects in germanium-silicon photodiodes for advanced electronics.

Explore TrustedAI research focused on reliable, secure, and trustworthy artificial intelligence systems.

Overview of RF and optoelectronics technologies, exploring applications in communications, sensors, and advanced semiconductor systems.

Explore system-on-chip design, integrating processors, memory, and specialized hardware into efficient semiconductor systems.

Introductory resource explaining microelectronics fundamentals, semiconductor devices, and their role in modern electronics.

Learn digital systems design automation techniques used to develop modern semiconductor and integrated circuit technologies.

Explore radiation effects challenges in heterogeneously integrated microelectronics and advanced semiconductor packaging.