Chengting Tsai | Motor Control | Best Researcher Award

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Mr. Chengting Tasi | Motor Control | Best Researcher Award

Student at National Taiwan University Of Science and Technology, Taiwan

Vincent Tsai (ChengTing Tsai) is an aspiring power electronics engineer from Taipei, Taiwan. He is currently pursuing a Master’s degree in Electrical Engineering at the National Taiwan University of Science and Technology (NTUST). Passionate about motor control, power conversion, and circuit simulation, Vincent has gained hands-on experience through internships at Hewlett Packard Enterprise (HPE) and AUTEL NL, where he worked on GaN & SiC-based power systems, circuit simulations, and charging solutions. His research focuses on six-phase PMSM motor control, flux-weakening strategies, and high-efficiency power systems. With a strong technical background in Simulink, Altium, and embedded control systems, Vincent is dedicated to pushing the boundaries of power electronics. His leadership skills were recognized when he secured 3rd place in the National High School Skills Competition (Robot Design & Circuit Engineering). Vincent aims to bridge academia and industry, innovating next-generation high-power and energy-efficient motor systems.

professional profiles📖

ORCID

Education 🎓

Vincent Tsai completed his Bachelor’s degree in Electrical Engineering at NTUST (2019 – 2023), where he developed strong fundamentals in power electronics, circuit design, and embedded systems. Currently, he is pursuing his Master’s degree at NTUST, specializing in high-power motor control and power conversion systems. His university projects include designing a five-level battery charger and optimizing six-phase PMSM motor control strategies using Simulink and STM32 microcontrollers. His coursework covers power systems, advanced motor control, and circuit simulation techniques, equipping him with the expertise to work on next-generation motor and power solutions. He has also gained international exposure through his internship at AUTEL NL, where he worked on smart energy monitoring and charging station communication protocols. With a keen interest in research and practical applications, Vincent continues to refine his skills in power electronics, motor drives, and embedded control systems to contribute to sustainable and high-efficiency power solutions.

work Experience💼

Vincent’s practical expertise spans across power electronics, circuit simulation, and motor control. He worked as an Intern at Hewlett Packard Enterprise (HPE) (2022-2023), where he conducted SIMPLIS simulations for PFC, LLC, and active bridge circuits, optimized voltage and current loop control, and tested backup power supplies using ATE equipment. His AUTEL NL internship (2023) focused on RS485 communication with charging stations and STM32-based household energy monitoring.

As a researcher at NTUST, Vincent is developing high-power six-phase PMSM motor control strategies using Flux-Weakening Control and Maximum Torque Per Ampere (MTPA) optimization. He also rewired a three-phase motor measurement instrument for six-phase compatibility. Additionally, he has experience in web system testing and project coordination as a part-time worker for Taiwan’s Ministry of Education. His technical acumen, hands-on research, and collaborative skills make him a valuable contributor to next-generation motor and power system innovations.

Awards and Honors 

🏆 3rd Place – National High School Skills Competition (Robot Design & Circuit Engineering) (2018)
🏆 Industry-University Cooperation Researcher – High-Power Six-Phase PMSM Motor Control Project (2024)
🏆 HPE Recognition – Best Intern Contribution in Power Circuit Simulation and Testing (2023)
🏆 Outstanding Research Contribution – NTUST Five-Level Battery Charger Project (2022)
🏆 International Internship Award – AUTEL NL Smart Energy Monitoring Project (2023)

Vincent’s competitive achievements in robotics, power electronics research, and industrial internships showcase his technical skills, innovation, and leadership. His recognition in motor control research and energy-efficient power systems makes him a promising next-generation power electronics engineer.

Research Focus

Vincent specializes in power electronics, motor control, and energy-efficient power systems. His research primarily focuses on:

⚡ Six-Phase PMSM Motor Control – Developing FOC-based high-power control strategies and optimizing flux-weakening performance for high-speed applications.
⚡ Power Conversion Systems – Designing high-efficiency battery charging systems using Buck converters and PID control.
⚡ Circuit Simulation & Optimization – Using SIMPLIS, Simulink, and JMAG for motor analysis and power electronics simulation.
⚡ GaN & SiC Applications – Exploring next-gen semiconductor materials for high-frequency switching and power efficiency improvements.
⚡ Embedded System Control – Implementing STM32 microcontroller-based closed-loop control systems for power and motor applications.

His work contributes to energy-efficient, high-performance motor systems, ensuring sustainability in future power applications.

Skills 💡

🔹 Power Electronics & Circuit Design – Altium, PCB Design, Power Converter Design
🔹 Motor Control & Analysis – Six-Phase PMSM Control, Simulink, JMAG, FOC & MTPA Optimization
🔹 Simulation & Software – SIMPLIS, MATLAB, Simulink, SolidWorks
🔹 Embedded Systems & Programming – STM32, C++, Python, PID Control
🔹 Testing & Validation – ATE Testing, Thermal Analysis, Voltage & Current Loop Simulation
🔹 Communication & Teamwork – Strong leadership, project coordination, and multilingual proficiency (Chinese, Taiwanese, English)

Conclusion✅

Vincent Tsai is a promising candidate for the Best Researcher Award due to his hands-on expertise, innovative contributions to power electronics, and industry collaboration. His projects in high-power six-phase PMSM motor control and circuit optimization demonstrate technical excellence and research potential. By focusing on high-impact publications, global networking, and interdisciplinary collaborations, he can further solidify his position as a leader in power electronics research.

📚Publications to Noted

“Current Harmonics Suppression of Six-Phase Permanent-Magnet Synchronous Motor Drives Using Back-Electromotive Force Harmonics Compensation”

Journal: Energies

Publication Date: December 12, 2024

DOI: 10.3390/en17246280

“Implementation of a Current Harmonics Suppression Strategy for a Six-Phase Permanent Magnet Synchronous Motor”

Journal: Energies

Publication Date: January 31, 2025

DOI: 10.3390/en18030665