A person with great enthusiasm for Electronics Engineering. Dedicated to becoming a professional Electronic System R&D Engineer. Bringing diverse, fancy, and cool technologies together to turn components into works of art.
- Currently working on: Master's Degree
- Recently learning: TinyML
- Ask me about: Circuit & PCB Design, Microcontroller, Firmware
- Fun Fact: Avid FPS & Rhythm Arcade Gamer
- EE Master's Student @ National Taiwan University of Science and Technology
- EE Bachelor @ National Taipei University of Technology
- Electronic System R&D Engineer @ Taipei Tech Racing
- Undergraduate Researcher @ Signal Processing & Intelligent Electronics Lab
- Undergraduate Researcher @ Intelligent Control Lab
- UROP @ MIT City Science Lab, Taipei
- Programmer @ FRC Team 8180
Here are the languages, platforms, and tools I use to create the pieces of art.
Some of my proudest creations, crafted with passion and precision🔥.
True Wireless Earbuds with Physiological Monitoring Capabilities
2024 - 2025 @ Signal Processing & Intelligent Electronics Lab
This is my uni graduation project. The earbuds are capable of continuously monitoring the heart-rate, blood oxygen, body temperature and steps while listening to music, assisting users in tracking their body condition in a revolutionary way. For more details, check out this video.
🏆 Awards:
🥇 1st Place - Interdisciplinary SoC Innovative Project Contest 2025
🥉 3rd Place - International ICT Innovative Services Awards 2024
Formula EV Powertrain Systems
2021 - 2024 @ Taipei Tech Racing
These are the boards I designed, manufactured, and verified for the 8th generation Taipei Tech Formula EV. The ECU acts as the vehicle's brain, handling the driver's pedal commands and transmitting telemetry data back to the pit. The PCU manages the HV battery's start-up and shutdown sequences to ensure safe operation. The SU continuously monitors the vehicle's status, instantly cutting off power if any abnormality occurs. For more details, check this documentary.
🏆 Awards:
🏅 Technical Inspection Award - Formula SAE-Australasia 2024
🥉 3rd Place - Formula Student Taiwan 2024
Multi-Zone Dimmable Infrared Beacon
2023 @ Intelligent Control Lab
The Infrared Beacon is designed to operate underwater, providing the Bionic Robotic Fish with a reference point to determine its location. It has 64 high-power infrared LEDs, and up to 16 dimmable zones which can compose different patterns. A single-layer aluminum PCB helps to dissipate enormous heat into the water.
Bionic Robotic Fish Obstacle Avoidance Sonar System
2022 @ MIT City Science Lab, Taipei
The Undergraduate Research Opportunities Program (UROP) was a huge turning point in my life. A beautiful laboratory, cutting-edge projects and a great mentor all motivated me to explore different kinds of technologies. The Bionic Robotic Fish Obstacle Avoidance Sonar System was the last project I was in charge of. It utilizes a piezo transducer to transmit/receive ultrasonic waves. A complex system consisting of an AFE, FPGA, and MCU processes the received signals, calculating the distance to obstacles such as walls.
- PYNQ Z2 MUSIC VISUALIZER
An FPGA-based real-time audio spectrum visualizer built on the PYNQ-Z2 development board. - Thermal Image Pose Estimation on STM32N657 (Coming Soon!)
A TinyML-based human pose estimation system utilizing thermal imaging on the STM32N6570-DK development platform.
As a hardware dev, it's ok to let the lawn dry out a bit, right🤔?
