Development of a Proof-Of-Concept Upper Body Tracking Device under the Research Team• Spearheaded a project aiming to detect risky movements prone to musculoskeletal injuries via a smart wearable, with a focus on developing the main hardware of the product.• Researched various sensors and solutions for tracking upper body movements, focusing on technologies such as sEMG (Surface Electromyography), and Inertial Measurement Units (IMUs).• Designed 4-layered impedance-controlled PCB with Altium Designer, integrating sensors with a Nordic nRF5340 System on Chip (SOC) and a Radio Frequency (RF) ceramic antenna for reliable Bluetooth Low Energy (BLE) data transmission.• Authored firmware for Internet of Things (IoT) sensor data collection using nRF Connect based on Zephyr Real-Time Operating System(RTOS).• Integrated a Python script to facilitate wireless data collection with Bleak and implemented real-time visualisation via PyQt for movement analysis.

• Conceptualized and built a proof-of-concept hand tracking door by interfacing an Odrive motor with thermal sensors and infrared distance sensors.• Wrote firmware behind a contactless interactive LED colour-blending infinity mirror, interfacing a multicoloured LED strip with infrared distance sensors.

• Deployed 2 self-initiated station projects to improve the medical store logs and the equipment status reporting

• Awarded with the Land Transport Authority (LTA) Book Prize & a 1 month internship• Developed an excel sheet that imports project data and visualizes deadlines and the progress of processes using VBA, similar to that of a Gnatt chart for the systems engineering department