Principal Engineer |
Power Electronics & Embedded Systems
Developing power systems for AI data centres in Singapore
News
IEEE EMBC 202627 July 2026 · Toronto, Canada
I led our NTU team in developing a portable cooling system and presented the work as first author at IEEE EMBC 2026 in Toronto.
Our paper was one of three recognized by the IEEE EMBS Young Professional Committee. Judging considered scientific novelty, interdisciplinary work, and potential industrial or commercial applications.
From idea to prototype, in Singapore
From the initial idea and team collaboration to system design, fabrication, experiments, and paper writing, the work was completed in Singapore.
Reported prototype test results
Projects
Selected work from my research years, spanning power circuits, embedded control, and hardware validation.
Project 0108
IEEE TPEL Cover Feature (Sept 2024) | Top 10 Award, IEEE Global Wireless Power Competition
Designed, built and validated the whole system, from the power hardware, coil array and mechanics to the STM32 and FPGA firmware for real-time 6-DoF receiver tracking.
Project 0208
IEEE Transactions on Power Electronics · 2022
Analysed and implemented 3D magnetic field shaping with a planar transmitting coil array, enabling omnidirectional wireless power transfer. This research formed the foundation for FluxFlow.
Project 0308
IEEE EMBC 2026 · Ranked 2nd in the Young Professional Paper Competition
Led the development of a portable thermoelectric cooling system at NTU, combining thermal design, embedded control, and prototype testing. A consumer power bank supports more than 50 minutes of therapeutic cooling.
Project 0408
Published in Nature Communications (2026)
Battery-free implant (<0.3 cm³, <0.9 g) that receives wireless power and delivers programmable electrical stimulation; in a rat study it improved sphincter neuromuscular function. Designed the full wireless power chain: power amplifier, TX/RX antennas, rectifier, control and firmware.
Project 0508
Lightweight receiver design for autonomous drone charging
Co-designed the receiver coil and impedance matching of a lightweight, robust MHz wireless power transfer system for drone charging (second author, IEEE TIA, 2023).
Project 0608
1 W wireless power with full spatial freedom | IEEE RAL 2025
Designed wireless power systems for capsule robots enabling wide locomotion range with random orientation. Transmitted high-resolution images in ex vivo digestive system via Wi-Fi.
Project 0708
Universal tracking scheme for MHz WPT rectifiers
Universal optimal drain-source voltage tracking scheme for synchronous resonant rectifiers in MHz wireless power transfer systems. Wrote the FPGA timing control that implements the tracking (third author, IEEE TPEL, 2021).
Project 0808
Scalable modular wireless charging architecture
Reconfigurable wireless power transfer system built from vertically stacked modules. Contributed the architecture analysis (third author, IEEE TPEL, 2023).
Publications
2026
IEEE EMBC 2026 First author
Young Professional Paper Competition · Ranked 2nd
2026
Nature Communications Co-author
Biomedical collaboration
2026
IEEE Journal of Emerging and Selected Topics in Power Electronics Second author
2026
IEEE Transactions on Biomedical Engineering Third author
2024
IEEE Transactions on Power Electronics First author
September cover feature
2022
IEEE Transactions on Power Electronics First author
Foundation of the FluxFlow system
Full bibliography
Checked 10 November 2026
Videos
Working prototypes from my earlier engineering research
YouTube
A continuous demonstration of 3D magnetic field control and wireless charging as the receiver changes position and orientation.
YouTube
Closed-loop detection and control process captured with a Photron SA3 high-speed camera at 1,000 fps.
About
I am a Principal Engineer in Singapore, developing power systems for AI data centres. My work combines power electronics and embedded control, with a focus on efficient power conversion and reliable power delivery for demanding computing workloads.
My earlier research spans wireless power, thermal systems, and biomedical devices. I bring that experience into industry, with the aim of developing useful technology in Singapore that improves everyday life.
July 2026 – Present
Global Publicly Listed Tech Company Singapore
Developing power systems for AI data centres, with a focus on power electronics, digital control, and embedded systems.
Power Electronics Digital Control Thermal Management Embedded Systems
March 2023 – June 2026
Nanyang Technological University Singapore
Led hardware development for medical technology and wireless power projects, including the portable cooling prototype.
Thermal Systems STM32 USB-C PD Human-Trial Validation
2017 – 2022
Shanghai Jiao Tong University Shanghai, China
Researched 3D magnetic field shaping for omnidirectional wireless charging, combining field analysis, embedded control, and experimental validation.
WPT FPGA Control Theory Power Electronics
Contact
Let’s talk power electronics and embedded systems.