About
I am a Smart Manufacturing M.S. student at The Hong Kong University of Science and Technology (Guangzhou), working across embedded hardware, wearable bioelectronics, flexible sensing, and human-machine interaction.
My work connects sensors to usable systems: analog front ends, compact PCBs, Bluetooth or 2.4GHz data paths, host-side visualization, and robot or VR interaction demos. I like hardware that leaves the bench and proves itself in movement, airflow, skin contact, and product-facing prototypes.
Focus
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Embedded Sensing Hardware
MCU bring-up, analog acquisition, sensor interfaces, wireless readout, and compact PCB systems.
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Wearable Bioelectronics
Flexible respiration, pulse, and strain sensing systems designed for real human motion.
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Human-Machine Interaction
Motion capture, robotic-arm mapping, VR gloves, haptic feedback, and real-time interaction loops.
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AI-Enabled Sensing Systems
Computer vision, lightweight temporal models, AI-assisted prototyping, and real-time dashboards.
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Prototype to Product
Startup hardware iteration, competition demos, user feedback, and commercialization-facing validation.
Selected Signals
- 2 accepted research papers: CEJ + ICIC oral
- 2x national-level bronze awards: Internet+ & Challenge Cup
- ¥1M+ early-stage startup support and municipal funding
- ¥300K+ product revenue with 500+ HIGVR users