Carpark Security System Group project
Built a prototype carpark security system with a team using Arduino — sensors, servo, button, and buzzer, with hardware wiring and coding by me.
My school projects
this is my project from school
Smart IoT Solutions — Company Website Solo project — coded from scratch (HTML/CSS/JS)
Mablab
Worked in a team on a Data Analytics and Visualization (DAV) project analyzing soil moisture data from a smart garden watering system across 6 locations, using a dataset of 52,706 readings collected in 2020. Our goal was to identify watering system malfunctions, detect critical moisture levels, and set up an automated alert system using ThingSpeak. I helped build the sensor setup and used MATLAB to process and visualize the data — plotting moisture trends by day, comparing average readings across locations, and analyzing the distribution of sensor values to spot patterns and outliers. This gave me hands-on experience translating raw sensor data into actionable insights, combining data analysis with real-world IoT monitoring.
SNA (Sensors and Actuators)
Built a circuit integrating multiple sensors and actuators on a breadboard, including an LCD display, rain sensor, servo motor, and MPU6050 accelerometer. Working in a team, I was responsible for the rain sensor logic and LCD automation, while teammates handled servo control and accelerometer calibration.
This project sharpened my ability to work within a shared codebase — knowing my section had to integrate cleanly with others meant writing clean, well-commented code and communicating clearly about pin assignments and variable naming, a discipline I'd underestimated before but now see as essential in real engineering work.
Troubleshooting under pressure also built my resilience. When the MPU6050 kept crashing the program during boot, I was tempted to just remove it — instead, I researched the issue and implemented a defensive programming solution using try/except, keeping the feature intact. Pushing through that bug to find a working fix was genuinely satisfying.
Overall, this project gave me confidence in building functional, multi-component embedded systems — combining sensors, actuators, and display feedback in a way that mirrors real-world agricultural automation, smart homes, and industrial monitoring.
This project sharpened my ability to work within a shared codebase — knowing my section had to integrate cleanly with others meant writing clean, well-commented code and communicating clearly about pin assignments and variable naming, a discipline I'd underestimated before but now see as essential in real engineering work.
Troubleshooting under pressure also built my resilience. When the MPU6050 kept crashing the program during boot, I was tempted to just remove it — instead, I researched the issue and implemented a defensive programming solution using try/except, keeping the feature intact. Pushing through that bug to find a working fix was genuinely satisfying.
Overall, this project gave me confidence in building functional, multi-component embedded systems — combining sensors, actuators, and display feedback in a way that mirrors real-world agricultural automation, smart homes, and industrial monitoring.
Internship: LionsBot 6 months
Completed a 6-month internship at LionsBot, a company specializing in commercial cleaning robots. My work spanned warehouse and logistics support (inventory checklists, stock management), robot testing and quality checks before deployment, and hands-on electronics work including wiring and assembly. This gave me practical, industry-level exposure to how robotics hardware moves from assembly to quality control to deployment — reinforcing what I've learned in my Electronics Engineering coursework with real production environment experience.