Design & AI Student at SUTD. Fusing computational intelligence and deep learning with physical prototyping to build community-centric engineering solutions that address human pain points.
I'm a year 2 undergraduate at the Singapore University of Technology and Design (SUTD) majoring in Design and Artificial Intelligence. I have a profound passion for creating computational systems that bridge math and engineering with elegant, intuitive physical form.
Believing that true tech serves society, my development and design work is focused heavily on addressing community pain points, leading grassroots volunteerism drives, and physical prototyping.
LET'S CONNECTI'm a Design & AI student focused on building clean, intuitive interfaces, IoT systems, and automated medical devices that solve real-world problems.
Adaptive biomedical arm designed with additive compliance mechanisms and controlled using EMG joint reverse engineering.
Zero-strain motorized housekeeping trolley engineered with load-sensing inventory tracking and active UV-C sterilization.
Ergonomic classroom collaboration whiteboard utilizing hand-tracking OpenCV computer vision and precision breadboard electronics.
A selection of tech systems and physical products engineered to solve real community pain points.
Designed and built an adaptive biomedical prosthetic controlled via muscle sensors. Reverse-engineered finger kinematics and printed lightweight compliance mechanism joints. Voted as the 1st Place recipient of the prestigious Forevertrust Projects Prize 2022.
Co-designed a fully motorized hospitality trolley with LionsBot Singapore to automate hotel inventory tracking. Built integrated load-cells for laundry scales, power-assisted driving, and active UV disinfection under a Double Diamond framework.
Designed a low-cost, smart classroom whiteboard system combining hand OpenCV computer vision, custom electronics, and ergonomic 3D printed modular pen holders. Voted as one of the **top academic projects in SUTD amongst 500+ freshmores**.
Represented ITE at the prestigious **Singapore International Robo Expo** by building a custom physical autonomous vehicle. Coded real-time pathfinding logic, customized electrical wiring layouts, and managed sensors.
Developed a robust and highly portable healthcare device to measure patient blood pressure. Programmed an LCD monitor interface, completed precision custom physical breadboard wiring, and manufactured compact acrylic casing.
Created business models and retention designs during the SUTD TIIDE Program in Hangzhou, China. Formulated Rune-X member retention systems, developed MirrorSoul software repositories, and pitched startups on-stage at Zhejiang University (ZJU).
I believe that every single design—and every leader—needs a distinct personality. True technology shouldn't just exist as mathematical models on a screen; it must live in the real world, serving local communities and making human lives simpler.
My own educational path has been defined by grit and transformation: transitioning from scoring just **9 marks in my PSLE Mathematics Prelims** to graduating as the **ITE College Central Valedictorian** with a perfect **4.0 GPA**, LKYSTEP Scholar, and studying Design & AI at SUTD. I bring this relentless drive, resilience, and civic dedication into every system I prototype.
Features in prominent national newspapers and official student success platforms.
Co-organised a key community dialog dinner and presented local community plans to Senior Minister (then PM) Lee Hsien Loong, co-organising panels and featured in Zaobao.
Read Zaobao Article
Featured in SPH Lianhe Wanbao and The New Paper for an inspiring turnaround story, overcoming poor elementary scoring to achieve a perfect 4.0 Valedictorian status.
Featured by the national ITE channels for logical speed reasoning - solving a 3x3 Rubik's cube in a little more than ~20 seconds, bridging spatial logic with design skills.
Read Facebook Post
Applying computational AI and physical design to solve problems on an international scale.
How I combine computational intelligence with practical, real-world physical systems.
Developing deep learning structures, computer vision OpenCV solutions, data member analytics, and computational design algorithms.
Physical prototyping, 3D printing compliance mechanisms, precision physical wiring layouts, joint reverse engineering, and sensor integration.
Conducting research following the Double Diamond framework, modeling color journeys, and developing motorized automation tools.
Exploring what inspires and keeps me active outside SUTD computational labs.
Competing in local bowling sports leagues, developing deep concentration focus and high coordination athletics.
SPORTS COMPETITION
Serving over 9 years as Teck Ghee Youth Network Chairman. Organizing food campaigns and civic leadership dialogue.
GRASSROOTS LEADER
Completed advanced emergency response first aid certifications, mastering bandages and cardiac resuscitation.
FIRST AID COMPLETED
Summiting rugged volcanic peaks in SE Asia, including conquering Mount Agung (3,142m in Bali), building endurance grit.
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