projects
3D Printed Product Design [2026]
Objective: Design a 3D printed casing with a fidget mechanism and a kid-friendly design
Designed the main body and fidget mechanism with SOLIDWORKS
Designed a fully print-in-place bistable switch and compliant spring
Iterated through different designs to optimise leaf spring strength and switch
smoothness
Optimised design to click well despite the unconventional print orientation
Helped teammates to optimise design of lid's latch for 3D Printing
Robotics Club Workshops [2025]
Objective: Organise workshops about different STEM skills to club members
Organised 4 workshops and co-organised 5 workshops ranging from mechanical, electrical and
software skills
Taught C++, Fusion 360 and Autodesk Inventor to 100+ participants in total
Developed skills in teaching, event management, and visual communication with PowerPoint
3D Printed PLC Adapter [2025]
Objective: Design a 3D printed quick release adapter for a PLC to a DIN rail
Designed the latching mechanism to use a given sliding catch with
SOLIDWORKS
Utilised extension compliant mechanism to clamp sliding catch onto DIN rail
Iterated different springs (compression, tension, leaf) to optimise performance and assembly
ease
Applied design for additive manufacturing principles to allow for fully print-in-place
design
Catapult Assembly & Simulation Design [2024]
Objective: Model a Catapult Assembly in Inventor for Dynamic Simulation Testing
Extended on Year 1 Project to model and simulate catapult assembly in Autodesk
Inventor
Self-taught skills on making Inventor Assemblies and Dynamic Simulations
Learnt about Bolted Connections and Spur Gear Creator within Inventor Design Accelerator
Applied dynamic simulation results to optimise design of cataput and seat
