Hardware & fabrication
ReVersaPrint / HT–HF–350
A custom high-temperature printer, from mechanical design to assembly, toolhead software, and tuning.
See the physical buildSelected work
Curiosity, put to work.
Mechanical design, circuits, code, and hands-on learning. A collection of the things I build and the teams I build with.
Design in detail
The toolhead assembly
Cooling, extrusion, and mounting geometry in a single assembly, with titanium components made for the physical build.
Explore the detailsProjects & initiatives
Experience & awardsFrequency — Custom In-Ear Monitors
Audio Engineer & Designer · Jun 2026–Present
Custom 10-driver IEMs designed around the Harman target response. A five-way crossover, four sound bores, and a full-titanium acoustic chamber combine electrical design with acoustic engineering.
Designed for 8-ohm impedance and high sensitivity, with titanium bone-conduction properties and custom acoustic coupling for bass clarity.
AudioElectrical designTitaniumAcoustics
ReVersaPrint — Open-Source 3D Printer
Founder & Lead Developer · Jun 2023–Present
An industrial 3D printer built from scratch, with motion, thermal, and structural improvements enabling nozzle temperatures up to 600°C and printing up to 15× faster than average desktop printers.
Reduced material waste by 40% and more than doubled cooling efficiency. Developed toolhead control software, published build documentation, and launched a printer-building initiative to teach others.
3D printingMechanical designThermalsOpen source
HKIS Robotics 936 Codebase
Lead Developer · Aug 2022–Jun 2026
An open-source robotics codebase featuring Model Predictive Control, RAMSETE, Boomerang, Pure Pursuit, and PID control algorithms.
Wrote documentation for customization and step-by-step forward kinematics guides to help new students understand the robot’s movement.
RoboticsControl systemsSoftwareDocumentation
CFD for Student Use
Lead Developer · Aug 2024–Jun 2025
Made computational fluid dynamics more accessible through setup guides, tutorials, and videos for student engineers.
Simulated airflow for 3D printers, FPV drones, model rockets, and F1 cars, with technical documentation peers could follow and build on.
SimulationAirflowCFDTeaching
VEX Robotics
Senior Engineer & Team Lead · 2017–2026
Designed robot bases and competition mechanisms with HZ Xiamen Robotics Club and the HKIS VEX team. Qualified for the 2024–25 VEX World Championships through an Excellence Award.
Led the HKIS 2025–26 robot build and coached new members in design, coding, driving, and workshop equipment.
RoboticsCADMechanismsLeadership
EVergreen
Founder · Aug 2022–Present
A six-step educational program on EV drivetrains, energy storage, and charging infrastructure, connecting engineering with clean energy literacy.
Partnered with Green Forum and ASPIRE 2030; the content reached 16,300+ views across 33 countries.
Electric vehiclesSustainabilityEducation
Future of Engineers
Executive Team Member & Videocast Host · Aug 2022–Present
Curated and hosted a 15-part multimedia series on robotics engineering as part of a UN Foundation initiative.
Presented at the UN/Princeton Engineers Forum 2025, with content reaching 21,200+ views in 62 countries.
EngineeringOutreachVideoLeadership
HKIS Lost & Found
Founder & Developer · Aug 2022–Present
An open-source campus web app with a social feed for tracking and recovering lost items.
Trained students to maintain the platform so the system could keep serving the school after graduation.
Web appProductOpen sourceStudent community
Independent Research
Lead Researcher & Author · Aug 2022–Present
Three papers published through the Learning Planet Institute: a comparison of commercial desktop 3D printers, biomaterials for coronary artery bypass grafts, and PETase for plastic degradation.
Each paper draws on approximately 15 sources and spans 2,000–4,000 words, connecting engineering, materials science, and sustainability.
ResearchMaterialsBiomedical engineeringSustainability