This section of the web page contains descriptions of courses that adopt the ES21C model. For each of these courses there are teaching resources available. Some material can be downloaded directly from this web site while other material will require contacting the participating faculty.

• ECEN3233: Digital Logic Design teaches the basics of digital logic design to sophomores using FPGAs.Course Homepage


• ECEN3613: Electromagnetic Fields, the required junior course in electromagnetics, modeled on ES21C's principles.Course Homepage


• ECEN3623: Mathematical Foundations of Electromagnetics and Photonics, students’ introduction to analytical and computational mathematics in the context of problems in electromagnetics and photonics.Course website


• ECEN4013: Senior Design Laboratory I, a required course that teaches students the engineering design process in the context of complex electronic systems.Course Homepage


• ECEN4023: Senior Design Laboratory II, has teams of students tackle complex design projects. Students work independently to apply the design procedures learned in ECEN4013.Course Homepage


• ECEN4613: Microwave Engineering is a senior elective in design of high frequency systems including measurement techniques.Course Homepage


• ECEN4823: Design of Optical Systems teaches students the basics of imaging and spectroscopic systems. Course Homepage


• ECEN4843: Design of Lasers and Systems covers advanced topics in photonics needed to understand and design lasers.Course Homepage


• PHYS3313: Introduction to Semiconductor Device Physics is student's first introduction to solid state devices. This course is a unique blend of modern physics and solid state devices.Course Homepage