Profile Summary

Aspiring Computer Engineer with a strong passion for machine learning, hardware-software integration, and full-stack development. Proven ability to build efficient automation tools and AI-powered applications. Fluent in English and Chinese, and adaptable to new environments. eager to leverage academic foundations in a professional workspace to drive technological innovation.

Education

National University of Singapore Aug 2024 – Aug 2028 (Projected)
Bachelor of Engineering (Computer Engineering Hons) • Minor in Artificial Intelligence
CG1111A Y1S1 Sensors, Circuits, Arduino, C CG2023 Y2S2 Signals, Fourier, Filters CG2111A Y1S2 Sys Arch, LiDAR, C++, RPi CG2027 Y2S2 Transistors, Logic Families CS2040C Y1S2 Data Structs, Algos, C++ CG2028 Y2S2 Comp Org, Architecture EE2026 Y2S1 Digital Design, Verilog, FPGA EE2211 Y2S2 ML, Data Science, Python CS2113 Y2S1 Soft Eng, Java, Git Flows

Experience

Undergraduate Teaching Assistant (CS2113) Jan 2026 – Present
National University of Singapore (AY25/26 Sem 2)
  • Selected to mentor students in Software Engineering, OOP principles, Java, and collaborative Git workflows.

Key Projects

Wingman (NUS Orbital Apollo 2025) May 2025 – Present
React, TypeScript, Electron, Python, SQLite GitHub
  • Developing a local-first AI personal assistant with integrated productivity tools (tasks, calendar, mood diary).
  • Integrated Ollama-powered AI for privacy-focused offline chat and Supabase for secure sync.
Helper Tools (CLI Automation Suite) Jan 2025 – Present
Python, PowerShell, .NET, AI Models GitHub
  • File Scanner: Built a storage tool using .NET APIs & Min-Heap (95,000+ files/sec, 16x faster than Windows).
  • AI & Media: Implemented Real-ESRGAN/EDSR for upscaling and OpenAI Whisper for offline transcription.
Dual-Mode AV Disruptor (HacX Hackathon) Oct 2025 – Nov 2025
Python, Raspberry Pi, CARLA, mmWave Radar GitHub
  • Developed a prototype to halt hostile autonomous vehicles by disrupting LiDAR/camera sensors.
  • Implemented dual-mode logic with thermal safety monitoring and validated via CARLA simulation.
FPGA Graphic Calculator (EE2026) Aug 2025 – Nov 2025
Verilog, Vivado, Basys 3 FPGA GitHub
  • Designed a scientific calculator with a pipelined input system and OLED visualization.
  • Implemented Newton-Raphson root finder using Q22.14 fixed-point arithmetic for high precision.

Hackathons

  • Hack4Good 2026 GitHub
  • HacX 2025 - Dual-Mode AV Disruptor GitHub