Welcome to Dr. Lee's Research Lab!
Our research is fundamentally based on applied electromagnetics, and topics vary from biosensors utilizing nanomaterial to wireless power transfer for near-field or far-field applications. See the Research section for more details regarding current research projects.
- Research news on wireless power transfer featured in The Sentinel
- GRA position open for Fall 2018 - Spring 2019
- GRA student must be able to work both semesters consecutively.
- Background in circuit simulation and layout is required. 3D CAD modeling for 3D printing and CST simulation is preferred. May need to learn COMSOL simulation.
- If interested, please send resume to my email: email@example.com
- Research featured on University System of Georgia homepage
- Federal research grant, EPA P3 Phase II has been funded. Thanks to everyone involved!
Article from the EPA on the Phase II award:
- Our research on blood cell quantitation featured in the KSU news! http://news.kennesaw.edu/stories/2018/white_blood_cell_counter.php
- Congrats to Nick Su and Rohit Nadgauda for acceptance into the ECE graduate program
at Georgia Tech!
- IEEE AP-S paper accepted. Congrats and thanks to all students and faculty involved!
2018 NCUR Conference (National Conference on Undergraduate Research)
Miles and Bryan (left to right) giving a poster presentation at the NCUR conference at the University of Central Oklahoma, on far-field wireless power transfer system, with a transmitter design and a receiver including a charge pump and an ultra low-power boost converter.
- Publication submitted to the IEEE Transactions on Microwave Theory and Techniques has been accepted.
2017 EPA P3 Expo (P3: People, Prosperity, Planet)
Dr. Lee, Miguel, and Rohit (left to right) representing Kennesaw State University at the national EPA Expo in Washington D.C. on their research on far-field wireless power transfer with a focus on the RF-DC charge pump design.
R Nadgauda, H Lee, W Thain, B Diong, "1 GHz charge pump with ultra-low power boost converter for increased output voltage", International Symposium on Antennas and Propagation, 2018 (accepted).