Built a 24/7 personal AI Assistant powered by a main agent orchestrating up to 10 specialized sub-agents. Handles daily task management, weather forecasting, smart reminders, health monitoring, news aggregation, content generation, coding assistance, and financial advisory services.

Created an interactive interior planning tool for arranging room dimensions, furniture, and structural elements directly in the browser. Includes resizing, layout editing, printing, and PNG export features.

Built an AI-powered web tool that transforms meeting notes and requirements into professional Agile user stories with automatic category classification (Backend, Frontend, Mobile, ML). Features file upload support, Markdown ready output, and powered by Groq AI (FOC). Open-sourced for Product Owners and Agile teams worldwide.

As a personal project, I successfully deployed a self-hosted server to run an automated trading system (Expert Advisor). This system utilizes historical training data specifically tailored for the XAUUSD market.

Developed a robust AI Virtual Assistant powered by Gemma 3 (12B), leveraging LangChain and Dify frameworks. Enhanced with RAG capabilities for advanced data analytics, this solution drives commercial website operations and functions as a versatile personal digital assistant.

Showcased multiple AI projects, including AI Sketch, Photobooth, and an Analytics Chatbot, at the International Digital Economy Conference Sarawak (IDECS 2024).

Developed and deployed a personal portfolio website on GitHub Pages to showcase skills and projects.

Graduated with First-Class Honours in Master of Engineering (MEng), well demonstrating high academic excellence.

Analyzed photovoltaic (PV) systems using 3D shading models designed using SolidWorks software, and simulated power generation for a residential area located in Sibu, achieving a projected LCOE of 0.71 MYR/kWh and an ROI of 75.5%.

Designed and simulated a smart sun tracking system for photovoltaic panels using SolidWorks and PVsyst software.

Constructed a programmable smart electrical lightbulb with Google voice command from the ground up using C/C++ programming language.

Developed a functional Doppler radar gun to measure object speed using VHDL and Xilinx FPGA tools.

Achieved excellent results in a project focused on real-time image processing techniques using a Raspberry Pi.

Built and programmed a RC remote-controlled car with Bluetooth connectivity HC-05, and multiple functions.

Developed a functional mobile application for project use with the MIT App Inventor platform.