• Developed a novel high-precision 5-degree-of-freedom target delivery system for the Extreme Photonics Application Centre• Implemented an inverse kinematic solver algorithm to integrate with motion controllers• Designed and manufactured a cassette-style system for the automated replacement of modular target arrays• Engineered a precision motorised goniometer with features including zero backlash, 0.002° resolution• Conducted a proof-of-concept experiment using the DiPOLE laser system to showcase the system's feasibility• Applied TensorFlow for neural network regression, optimising uniformity in deposition-coated tape targets for the high-power Gemini laser• Proficiently utilised Siemens Solid Edge and Autodesk Fusion 360 for designing and modelling components• Employed 3D printing to create custom components for laser experiments, target fabrication and shipping• Generated comprehensive metrology reports using a coordinate measuring machine, contributing to the acquisition of a high-precision 3D printer

• Integrated a haptic surgical robot prototype to its digital twin using ROS, to assist in its design and testing• Demonstrated haptic feedback and gravity compensation capabilities• Used SolidWorks to design & 3D-printed a tool to verify motor characteristics

• Enhanced the performance of the steering column by failure mode and stress analysis• Designed a custom chassis jig for assembling the composite space-frame chassis• Produced CAD engineering drawings for parts manufacture

Tutelage of Mr Alrick Mak in a corporate environment. Interpreted engineering-related civil disputes and carried out legal research and analysis. Attended court hearings and client meetings.

• Tutored in robotics, HTML, and held STEM workshops for middle-school students• Developed a series of robotics courses tailored for international competitions with diagrammatic illustrations and work flow-charts to maximise productivity