Wuxiucheng Wang (王武秀成) bio photo

Wuxiucheng Wang (王武秀成)

Ph.D Candidate @ University of Rochester | Electrical and Computer Engineering

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Industrial

Summer 2021 Seagate Technology - Seagate Research Group (Shakopee, MN, USA)

  • OPA-based LiDAR R&D
    • Optimized photonics automated calibration procedures.
    • Optimized MATLAB-FPGA communication protocol.
    • Data analysis and performed 2-D beamsteering.
  • Thermo-optic phase shifter design and modeling.
  • Photonic chip and device characterizations.
    • Non-linear effect.
    • Electro-optic phase shifter.
  • LiDAR data analysis using MATLAB.
  • Mentored by Dr. Aditya Jain.

Undergraduate Research

2016-2017 Hung Lab@Purdue, Ultracold quantum gas and quantum optics

  • Analog & Digital Laboratory Control System
    • 48 digital-channel and 32 analog-channel design.
    • Implemented power supplies, data-bus board, and DAC boards based on the Strontium quantum gas group’s design.
    • Tested the circuits & control software using LabVIEW and NI-DAQ.
    • Machine shop part fabrication and processing.
  • Various Electronic Circuit Projects
    • Laser diode TEC PI temperature controller.
    • TIA front-end circuit for photodiode.
    • Balanced PD circuit for laser frequency tuning/locking.
  • Completed machine shop training and gained access to milling machines, lathes, band saws, and drill presses.
  • Assisted a Ph.D. student in setting up a new optical table for fiber optics and photonics projects.
    • Set up a microscope imaging system.
    • Set up a NI-DAQ system and learned LabVIEW.
    • Gained experiences in fiber optics, electronics/PCB design, testing, and lab automation.
    • Mentored by Dr.Tzu-Han Chang

Undergraduate Senior Design Project

Spring 2017 Digital System/Microcontroller-based Senior Design

GUITAMATIC- A automatic guitar player machine project page

The project is an automatic guitar playing machine. It reads a MIDI file and translates that to mechanical movement, which plucks the guitar strings and presses on the notes accordingly. It is able to mimic a guitarist.

  • Won the First place in Purdue Spark Challenge Competition, out of about 50 teams.
  • Hardware & Mechanical Designer
    • Designed, implemented and tested STM32 based microcontroller and 24V solenoid driver circuit.
    • Integration of the software and hardware.
    • Designed, processed and assembled the mechanical support structure using a milling machine, bandsaw, and belt sander.
  • Project documentation and team webpage maintenance.