Lectures

Courses Offered

• Electromagnetic Wave Theory I (EE, Undergraduate)

• Electromagnetic Wave Theory II (EE, Undergraduate)

• Microwave and Optics Laboratory (EE, Undergraduate)

• Junior Seminar (EE, Undergraduate)

• Introduction to Biophotonics (EE, Graduate)

• Advanced Biomedical Optics (EE, Graduate)

• Nanomedical Laboratory I (NST, Graduate)

• Nanomedical Laboratory II (NST, Graduate)

• Medical Imaging (NST, Graduate)

• Biomedical Engineering (Graduate School of Engineering)

2011 Spring

• Electromagnetic Wave Theory II

• Advanced Biomedical Optics (EE, Graduate)

• Nanomedical Laboratory I (NST, Graduate)

• Introduction to Nanomedical Science (NST, Graduate, team-taught)

2011 Fall

• Electromagnetic Wave Theory I (EE, Undergraduate)

• Introduction to Biophotonics (EE, Graduate)

• Junior Seminar (EE, Undergraduate)

• Nanomedical Laboratory II (NST, Graduate, team-taught)

• Medical Imaging (NST, Graduate)

2012 Spring

• Electromagnetic Wave Theory II (EE, Undergraduate)

• Advanced Biomedical Optics (EE, Graduate)

• Gateway to College (EE, Undergraduate)

• Nanomedical Laboratory I (NST, Graduate, team-taught)

• Biomedical Engineering (Graduate School of Engineering)

2012 Fall

• Electromagnetic Wave Theory I (EE, Undergraduate)

• Biomedical Signal Processing (EE, Graduate)

• Electronics Laboratory II (EE, Undergraduate)

• Nanomedical Laboratory II (NST, Graduate, team-taught)

• Introduction to U-Healthcare (Graduate School of Engineering)

2013 Spring

• Electromagnetic Wave Theory II (EE, Undergraduate)

• Medical Electronics (EE, Under/Graduate)

• Electronics Laboratory II (EE, Undergraduate)

• Nanomedical Laboratory I (NST, Graduate, team-taught)

• Junior Seminar (EE, Undergraduate)

2013 Fall

• Electromagnetic Wave Theory I (EE, Undergraduate)

• Electronics Laboratory I (EE, Undergraduate)

• Special Topics in Biophotonics (EE, Graduate)

2014 Spring

• Electromagnetic Wave Theory II (EE, Undergraduate)

• Advanced Biomedical Optics (EE, Graduate)

• IT Medical Fusion Engineering (EE, Graduate, team-taught, no credit)

• Introduction to Nanomedical Science (NST, Graduate, team-taught)

• Biomedical Engineering (Graduate School of Engineering)

2014 Fall

• Electromagnetic Wave Theory I (EE, Undergraduate)

• Electronics Laboratory I (EE, Undergraduate)

• Special Topics in Biophotonics (EE, Graduate)

2015 Spring

• Electromagnetic Wave Theory II (EE, Undergraduate)

• Biomedical Information Engineering (EE, Graduate)

• Special Topics in IT Convergence (EE, Graduate, team-taught)

• Introduction to Nanomedical Science (NST, Graduate, team-taught)

• Special Lecture Series of Optics and Photonics (OPT, Graduate, team-taught)

2015 Fall

• Electromagnetic Wave Theory I (EE, Undergraduate)

• Electronics Laboratory I (EE, Undergraduate)

• Advanced Biomedical Optics (EE, Graduate)

• Special Lecture Series of Optics and Photonics (OPT, Graduate, team-taught)

2016 Spring

• Electronics Laboratory II (EE, Undergraduate)

• Medical Electronics (EE, Under/Graduate)

• Biomedical Engineering (Graduate School of Engineering)

• Introduction to Nanomedical Science (NST, Graduate, team-taught)

• Special Lecture Series of Optics and Photonics (OPT, Graduate, team-taught)

2016 Fall

• Electromagnetic Wave Theory I (EE, Undergraduate)

• Junior Seminar (EE, Undergraduate)

• Special Topics in Biophotonics (EE, Graduate)

2018 Spring

• Fundamentals of Engineering Design (EE, Undergraduate Freshmen, teamtaught)

• Electromagnetic Wave Theory II (EE, Undergraduate)

• Biomedical Information Engineering (EE, Graduate)

• Biomedical Engineering (Graduate School of Engineering)

2018 Fall

• Electromagnetic Wave Theory I (EE, Undergraduate)

• Microwave and Optics Laboratory (EE, Undergraduate)

2019 Spring

• Introduction to Bioengineering (EE, Undergraduate)

• Introduction to Biophotonics (EE, Graduate)

2019 Fall

• Electronics Laboratory I (EE, Undergraduate)

• Electromagnetic Wave Theory I (EE, Undergraduate)SyllabusMaxwell 1865

2020 Spring

• Electronics Laboratory II (EE, Undergraduate)

• Biomedical Engineering (Graduate School of Engineering)

2020 Fall

• Electromagnetic Wave Theory I (EE, Undergraduate)

• Electrical and Electronic Engineering Capstone Design (EE, Undergraduate)

• Advanced Biomedical Optics (EE, Graduate)

• Medical Devices & Instruments (Graduate School of Engineering)

2021 Spring

• Electromagnetic Wave Theory II (EE, Undergraduate)

• Introduction to Biophotonics (EE, Graduate)

2021 Fall

• Electromagnetic Wave Theory I (EE, Undergraduate)

• Electrical and Electronic Engineering Capstone Design (EE, Undergraduate)

2022 Spring

• Advanced Biomedical Optics (EE, Graduate)

• Biomedical Engineering (Graduate School of Engineering)

2022 Fall

• Electronics Laboratory I (EE, Undergraduate)

• Electromagnetic Wave Theory I (EE, Undergraduate)

• Bioelectric Phenomena (EE, Graduate)

2023 Spring

• Introduction to Bioelectronics (EEE3548-03, Undergraduate) Syllabus

• Introduction to Biophotonics (EEE6403-01, Graduate) Syllabus

2023 Fall

• Bioelectronics Laboratory I (EE, Undergraduate)

• Electromagnetic Wave Theory I (EE, Undergraduate)

• Medical Devices & Instruments (Graduate School of Engineering)