National Taiwan University of Science and Technology

Department of Electronic and Cimputer Engineering

李三良/San-Liang Lee
https://www.et.ntust.edu.tw/et/faculty.php?user=sanlee&lang=en

Research Field

Optoelectronic Engineering

Introduction

San-Liang Lee has also collaborated closely with tens of industrial partners in the past 20 years to develop new photonics technologies via industry-academia collaboration project and consultancy. Since 2014, he is the independent director for the Board of Directors for 2 photonic companies in Taiwan. He also collaborated with the research institutes of ITRI to develop several key optical communication modules and laser light sources for optical networking, high-speed rail wireless, and bio sensing.

The laboratory focuses on the development of optical communication network and the manufacturing process of optical communication semiconductor components. In recent years, the main purpose is the development of high-speed transmission communication network and semiconductor optical integrated circuit.


Research Topics

Semiconductor Optoelectronics, Fiber Optic Networks, Integrated Optics, silicon photonics, optical sensing


Honor

(1) Chair Professor, Dept. of Electronic and Computer Engineering, NTUST (2) Photonics Division, National Science and Technology Council Dean (3) Industry-Academia Innovation Collage, NTUST (4) 2018 Outstanding Research award, Ministry of Science and Technology, Taiwan (5) FutureTech Breakthrough Award, 2017, Ministry of Science and Technology (6) MOC Contribution Award, Microoptics Group, The Japan Society of Applied Physics


Educational Background

Ph.D., University of California Santa Barbara, U.S.A.


1 Vacancy

Job Description

Photonic chip simulation, design and packaging (2) Experimental operation and simulation (3) Literature research and analysis. (4) Write academic research results and publish them in international seminars or journals.

 

Preferred Intern Education Level

Master and Ph.D students are preferred

Skill sets or Qualities

(1) Capable of simulating and designing photonic components, and using PDK to design masks for off-line chip foundry. (2) With background of silicon photonic active and passive components. (3) Write academic research results and publish them in international seminars or journals.

The applicant had better have some background in photonics or IC design.