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Education

Shanghai Jiaotong University

Power Eletronics - Master

2020 - 2023

  • GPA: 3.88/4.0 (Top 1/130, 0.77%)
  • Core Courses: Power Electronics System Modeling and Control, Modern Motor Control Systems, New Energy Power Conversion and Grid Integration Technology

Shanghai Jiaotong University

EE - Bachelor

2016 - 2020

  • GPA: 3.9/4.3 (Top 2/130, 1.54%)
  • Core Courses: Power Electronics Technology, Embedded Systems, Automatic Control Principles

Working Experience

Texas Instruments

Analog FAE

May 2023 - Now

  • Responsible for automotive/enterprise/industrial customers, with strong expertise in Power Converter/HSSC (High-Speed Signal Conditioning)/Motor Drive products
  • Adaptable to fast-paced project development/debugging timelines, supporting clients of $40M/Y.
  • High internal drive capability, proactive information collection, excellent team cooperation, communication skills.

Skills

  • Skills

    Matlab

    DSP Programming

    Altium Designer

    PLECS

Achievements

Outstanding Graduate of Shanghai Jiao Tong University

National Scholarship (Third Year of Master Studies)

National Scholarship (Second Year of Master Studies)

Outstanding Graduate of Shanghai

National First Prize in the National College Student Electronic Design Competition

Project Experience

Power Semiconductor Electrothermal Mission Profile Simulation Test Platform [Master]

Project Lead

March 2021 - March 2022

  • Led the development of a domestic electrothermal multi-stress test platform for power electronics devices, enabling real-time emulation and online detection of electrical and thermal characteristics under multi-scale stress conditions.
  • Utilized Plexim PLECS to develop full-condition simulation models, achieving 98% accuracy through multi-physics coupling verification of power devices.
  • Designed full-module circuits (power supply/sampling/driving/protection) and multi-layer PCBs with Altium Designer.
  • Developed DSP+FPGA controller (TI CCS + Xilinx ISE) to implement protection, interrupt, PWM, and control function modules.
  • Proposed an active thermal control strategy for motor stall (locked-rotor) conditions, reducing electrothermal stress concentration through dynamic adjustment of switching frequency and heat dissipation power.

Power Semiconductor Operating Condition Simulation Platform and Testing Method [Master]

Core Member

September 2020 - June 2021

  • Designed a full-bandwidth operating condition simulation algorithm, which resolved the industry-wide issues of steady-state error and dynamic delay.
  • Participated in the construction of the prototype, which passed the acceptance of the Delta Power Electronics Science and Education Development Program.

MCU+Power IC MPPT Realization based on Duty Cycle Scan for PV application [Career]

Project Lead [Ongoing for Patent, No details disclosure]

  • Dominate the simulation and control algorithm design. Realize the smaller size, higher software density MPPT structure, achieving higher business impact.
  • Cross-work with different BUs and teams for experiment and software configuration.

Published works

Full-Bandwidth Mission Profile Emulation of the Electric Machine System With Voltage Reference Signal Transmission

IEEE Transactions on Power Electronics

https://ieeexplore.ieee.org/document/9529031

Active Thermal Control With Optimal Phase Angle Under Stall Condition of Machine Drive Inverter

IEEE Transactions on Power Electronics

https://ieeexplore.ieee.org/document/9761098

Adaptive DC Voltage Control for Optimal Junction Temperature Redistribution Under Stall Condition of Electric Machine Drive Inverter

IEEE Transaction on Power Electronics

https://ieeexplore.ieee.org/document/9999049

Power-Electronics-Based Mission Profile Emulation and Test for Electric Machine Drive System—Concepts, Features, and Challenges

IEEE Transactions on Power Eletronics

https://ieeexplore.ieee.org/document/9709660

Fast Electrothermal Estimation of Power Semiconductor Devices Based on Complex Mission Profile

IEEE PEDG

https://ieeexplore.ieee.org/document/9923230

Bandwidth Enhancement of Electric Machine Emulator With Virtual-Impedance Control

IEEE Transactions on Power Eletronics

https://ieeexplore.ieee.org/document/10637760
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