Management System
NTU｜GIEE 中
NTU｜GIEE
NTU
Graduate Institute of Electronics Engineering
National Taiwan University
國立臺灣大學｜電子工程學研究所
Graduate Institute of Electronics Engineering
National Taiwan University
Department Heads All Faculty Members Distinguished Professors NE Professors ICS Professors EDA Professors Visiting Professors Adjunct Professors Retired Professors Administrative Staff
Department Heads All Faculty Members Distinguished Professors NE Professors ICS Professors EDA Professors Visiting Professors Adjunct Professors Retired Professors Administrative Staff
Faculty

NE Professors

Lin, Ching-Fuh

Professor
IEEE Fellow｜SPIE Fellow
Research Areas
Semiconductor Lasers，Broadband Semiconductor Optical Amplifiers，Nano-optoelectronics，Light Emission Based on Si
Education
Ph.D., Cornell University, USA
Office：BL-414
Contact：886-2-3366-3540
EEII-405 Semiconductor laser and Ultrafast Optoelectronics Lab

Wu, Chung-Chih

Distinguished Professor
Research Areas
Organic Optoelectronic Semiconductors and Devices，Display technologies,lighting technologies，Nano science and technologies，Soft (flexible) electronics
Education
Ph.D., Princeton University, USA
Office：EEII-346
Contact：886-2-3366 3636
EEI-301 Organic Optoelectronics andDisplay Technology Lab

Wu, Chih-I

Professor
Research Areas
Semiconductor nanostructures，Organic semiconductors，Semiconductor physics，Surfaces and interfaces of semiconductors，Nitride-based semiconductor devices
Education
Ph.D.Princeton University
Office：MD-722(明達館)
Contact：33663656

Lin, Shih-Yen

Professor
Research Areas
Growth and Device Applications of Graphene, Growth and Optical- and Electrical- Device Applications
Education
Ph.D., National Taiwan University, Taiwan
Contact：03-5744364

Wu, Chao-Hsin (Wayne)

Professor
Optica Fellow
Research Areas
Compound semiconductor microelectronic and optoelectronic devices, light-emitting transistors and transistor lasers, vertical-cavity surface-emitting lasers, DFB lasers, 2D material devices, optoelectronic integrated circuits, high frequency and high power GaN HEMTs.
Education
Ph.D., University of Illinois,Urbana-Champaign, USA
Office：MD-623 (明達館)
Contact：33663694
EEII-307B Integrated Optoelectronic Device Lab
電機二館128、129室 E-Beam Lab

Li, Jiun-Yun

Professor
Research Areas
1. Ge nanosheet FETs and direct-band gap GeSn transistors
2. Quantum computing: cryo-CMOS IC design (mixer, amplifier, DA/AD converters), and FPGA control for qubits.
3. Quantum devices: semiconductor quantum dots, superconducting Josephson junctions, superconductor/semiconductor heterojunctions, and superconducting FETs.
4. Si photonics: GeSn modulators and photodetectors
5. Spintronics: spin-orbit coupling, spin injection, spin FETs
Education
Ph.D., Princeton University, USA
Office：電機二館221室
Contact：+886-2-33661774
電機二館437室 Quantum Electronics Laboratory (QEL)

Hu, Vita Pi-Ho

Professor
Research Areas
(1) Ferroelectric FET, memory and circuits for ultra-low power and neuromorphic applications.
(2) Silicon, Ge, III-V, and 2D materials based nano-electronics.
(3) Low power and high performance SRAM design.
(4) Monolithic 3D IC and system-technology co-optimization.
Education
Ph.D., National Chiao Tung University, Taiwan
Office：EEII-535
EEII-451 Nanoelectronics and Memory Research Lab
L

Lee, Min-Hung

Professor
Research Areas
Negative Capacitance (NC), Ferroelectric Memory/Synapse, GaN-based Devices & Polarization Applications, Device Fabrication and Electrical Analysis
Education
Ph.D., National Taiwan University, Taiwan
Y

Yun-Chien Cheng

Professor
Research Areas
Plasma medicine, Solid-state high-voltage(kV) high frequency (kHz) plasma circuit design, AI medicine
Education
Ph.D., Darmstadt University of Technology, Germany
Office：MD-721(明達館)

Chang, Tzu-Hsuan

Associate Professor
Research Areas
My major research areas cover from flexible electronics, heterogeneous electronics, and novel nano-fabrications techniques.

In the flexible electronics, I focus on exploiting the applications of the flexible thin-film nanomembranes in its high-speed, high-power, opto, and medical applications. The uniqueness of the releasable single crystal nanomembranes can also achieve heterogeneous integration of different materials to boost the electronics performance that is not achievable through traditional epitaxial growth approaches.

In the nanoelectronics, I will focus on the interaction of small molecular chemicals and its interaction with the semiconductor materials to achieve the sub-10nm fabrication proc
Education
Ph.D., University of Wisconsin-Madison, USA
Office：明達517
Contact：33669852
電機二館304 Thin-Film and Nanofabrication Lab