Fall
EECE 5153/6053 2D/3D printing technologies for electronics/optoelectronics
 This course provides an overview of 2D/3D fabrication and its applications for electronics/optoelectronics/energy. Materials for electronics/optoelectronics/energy and their electrical/mechanical/chemical properties are introduced. The fundamental principles and technologies of various 2D/3D fabrication methods are covered. Fabricated device structures are described to show a variety of applications of 2D/3D fabrication. This course incorporates a hands-on 3D printing project using an on-campus 3D print farm.

EECE 5151/6051 Introduction to Sensors
 Introduction to sensor principles, design and implementation, signal conditioning, instrumentation and networking, and applications in engineering practice. Designed for CEAS students and students with STEM backgrounds.
 Among the 6 modules in total, Module 4 "Sensors Based on Optics/Photonics" is covered by me.  


Spring
EECE 2051C Network Analysis
 Students will understand and apply fundamental electrical engineering concepts and laws: develop basic skills for analyzing resistive networks and for solving simple first- and second-order networks containing inductors and capacitors; develop an understanding of the steady-state response of a network to sinusoidal forcing functions through the use of phasors and impedance concepts; understand average, rms, instantaneous, and reactive power; learn to calculate and interpret circuit frequency response and resonance.