Wang Tongzhou
Ph.D. Candidate, Energy Storage Technology, Beihang University (BUAA)
Research Interests: Hybrid Power Systems, Microturbine Power Generation, High Power Density Starter-Generators, Power Conversion Modules, UAV Electric Propulsion
About Me
I am Wang Tongzhou, currently pursuing a Doctor of Engineering degree at Beihang University (BUAA), and hold a Master of Science degree from Moscow Aviation Institute (MAI) (joint training between BUAA and MAI). My research focuses on UAV hybrid power systems, with an emphasis on the architectural design, high power density optimization, and energy management strategy development of aviation hybrid power generation and conversion modules. I have participated in a number of national, university-level, and industry-university cooperation projects, responsible for core subsystem R&D, technical architecture selection, and team management, with full-process engineering capabilities covering system design, modeling and simulation, prototype development and debugging. My career goal is to take up a R&D position in power system development at new energy vehicle enterprises, aiming to apply the technical advantages of lightweight, high efficiency, and high power density from the aviation field to the development of new energy vehicle power platforms. Relying on my overseas study background in Russia and alignment with the "Belt and Road" initiative, I hope to help local automobile enterprises achieve technological upgrading and overseas market expansion, and serve the strategy of Chinese new energy vehicles "going global".
Education Background
2022.09 - Present
Beihang University | Energy Storage Technology | Ph.D. Candidate
2021.09 - 2022.06
Moscow Aviation Institute | Propulsion Engineering | Master of Science (Dual Degree Program between BUAA and MAI, Funded by China Scholarship Council, Full Scholarship)
2020.09 - 2022.06
Beihang University | Energy and Power Engineering | Master Student
2016.09 - 2020.06
Beihang University | Aircraft Power Engineering | Bachelor of Engineering
2010.09 - 2016.06
Chongqing No.8 Middle School | Junior and Senior High School
Skills
Simulation & R&D Design
Hardware & Engineering Implementation
Programming & Tool Application
Comprehensive Literacy & Soft Skills
Project Experience
Detailed IntroductionMagnetic Attraction Inspection Robot for Metal Pipes (2025.12 - Present)
Team Leader
Responsible for requirement breakdown, technical route selection, division of labor design, project milestone management and personnel management.
UAV Power Feeding and Charging System for Transmission Lines (2024.06 - 2025.10)
Team Leader & Core R&D Engineer
Management: Requirement breakdown, technical route selection, team management; R&D: Overall control algorithm design of power feeding and charging system, hardware design of weak current part.
UAV Gas Turbine-Fuel Cell Hybrid Power System (2023.03 - 2025.12)
Independently Responsible for Power Generation and Conversion Subsystem
Completed the design, optimization and prototype manufacturing of 70kW direct-drive starter-generator, completed the electrical architecture design and simulation of hybrid power system, completed the topology design, system simulation and prototype manufacturing of power conversion module, and realized the joint commissioning of gas turbine-generator-fuel cell.
30kW Portable Microturbine Power Generation System (2022.09 - 2023.01)
Team Member
Completed the overall electrical architecture design and simulation of the system, the design and simulation of four-leg proportional-resonant inverter with neutral line引出, and the interactive simulation model of gas turbine-generator based on AMESim.
Self-Targeting Laser Wireless Charging System for Micro UAVs (2019.11 - 2021.06)
Team Member
Completed the mathematical model construction of airborne photovoltaic cells, electro-thermal coupling simulation, MPPT control of photovoltaic cells, and the design and implementation of UAV target tracking system based on machine vision.