Projects
Guitar Power Amplifier
A guitar power amplifier for loudspeakers that delivers clear, high-quality audio with optimal efficiency. It takes weak stereo signals from audio jacks or microphones, amplifies them, and preserves signal integrity while minimizing total harmonic distortion (THD). The design features a multi-stage cascaded approach with separate stages for signal gain and power output, offering precise control over both audio clarity and efficiency.
Sunswift Racing: MPPT Project
I worked on an electric vehicle that set a Guinness World Record and won the 2023 Bridgestone World Solar Challenge. As the project lead for the Energy Systems Department, I was in charge of the MPPT (Maximum Power Point Tracking) project.
Ambient Sound Monitor System
This project is designed for users who may struggle to stay aware of their surroundings or frequently operate in noisy environments. It leverages advanced real-time processing to detect key sounds and deliver alerts through haptic and visual feedback, helping users stay aware in such environments.
Vibe Kode Website (Hackathon)
In honour of the vibe coding trend, I built Vibe Kode in a Terrible Ideas Hackathon. It is a fun and ironic platform that helps users design frontend elements—but with a twist: it delivers the complete opposite of what they expect. The frontend was built using React with NextJS.
RankIt Website (Hackathon)
As a Hackathon project, I worked on the backend of RankIt website in a team of two (my teammate focused on the frontend). RankIt is a platform built for UNSW students to rank a variety of categories related to UNSW, including courses, food, restaurants, toilets, and more.
The backend is built using ExpressJS in the Node.js environment, utilizing JavaScript. Firebase serves as the NoSQL database for real-time data storage, and Supabase is used for image storage. The frontend was developed with React and TypeScript, utilizing Node.js for the development environment and build tools.
Audio Equaliser in C++
I built a 5-band audio equaliser using C++ STL (no external libraries). The equaliser reads in an audio file and allows users to apply various gains to 5 frequency bands (sub-bass, bass, midrange, upper midrange, treble). It can also process stereo audio, apply dynamic range compression, and save the result into an audio file.
Personal Portfolio
You are looking at this right now!
This is a static website built with vanilla JavaScript, HTML, and CSS. It's my first frontend project, made to showcase all my other projects in one place and serve as my personal website. I plan to improve it in the future by adding a backend server, exploring other frameworks and APIs, and integrating a database.
