Biography

Name: Jau Yang Wu

  • Phone: +886-3-463-8800#7520
  • Email: judewu13@saturn.yzu.edu.tw
  • Current and Past Position
  • 2023.02-now Assistant Professor, EE department Program C, Yuan Ze University
  • 2021.08-2023.02 Research Assistant Professor, EE department, National Yang Ming Chiao Tung University.
  • 2020.02-2021.07 Technical Manager in R&D Division of Seer Microelectronics, Inc..
  • 2015.07-2020.01 Engineer in Information and Communication Institute from ITRI.
  • Education     
  • Ph.D.  Electronics Engineering, National Chiao Tung University, 2008-2015      
  • M.S.   Electronics Engineering, National Chiao Tung University,Taiwan. 2006-2008      
  • B.S.   Electrical Engineering, National Changhua University of Education, 2001-2006                                                                    
  • Research Topics
  • CMOS SPAD imager array for different applications design,
  • high performance LiDAR system,
  • Receiver design for Quantum key distribution
    Work Experience

  • 2020-2021    Technical Manager in R&D Division of Seer Microelectronics, Inc.
  • Mass production development and testing of LiDAR SOC chip and module.
  • Designing the pulsed laser driver circuit for the LiDAR module.
  • Developing a testing and parameter calibration measurement system for mass-produced LiDAR modules.
  • Developing algorithms for long-distance and high-precision LiDAR module applications.
  • Proposing new applications in the market with the LiDAR SOC chip.
  • 2015-2020    Engineer in Information and Communication Institute from The Industrial Technology Research Institute
  • Optimizing CMOS SPAD devices for the LiDAR SOC chip.
  • Setting up the parameter computer control auto measurement system for SPAD devices.
  • Optical simulation and design for 3D and 2 D LiDAR module
  • Designing a LiDAR module with discrete components, including chips and lenses.
  • Developing algorithms to mitigate non-linear effects of the SPAD sensor in the d-TOF calibration system setup for optimizing the LiDAR module  
  • Proposing SPAD devices for quantum communication.
  • Developing SPAD devices for industrial applications, such as displacement sensors and PM2.5 sensors.