Embedded Systems & AI Engineering Student
Building intelligent hardware at the edge of possibility.
I'm a passionate student at the intersection of Embedded Systems and Artificial Intelligence — building devices that sense, think, and act in the real world.
From flashing microcontrollers at 2 AM to designing 3D-printed enclosures, I turn ideas into tangible, functional systems. My work spans IoT ecosystems, AI-driven automation, and custom hardware solutions.
A programmable 3D LED matrix controlled via ESP8266. Features WiFi-based animations, custom light patterns, and real-time effect rendering — merging firmware engineering with visual art.
View on GitHubA complete smart home ecosystem using IoT to control appliances remotely over WiFi. Features mobile app control, real-time status monitoring, and automated scheduling for connected devices.
Personal ProjectDesigned and printed custom enclosures and mechanical components for electronics projects. Bridging digital CAD design with physical fabrication to create precision hardware housings.
Hardware DesignDesigning connected hardware that responds intelligently to its environment — from sensors to actuators, making the physical world programmable.
Embedding intelligence into constrained devices. TinyML, edge inference, and neural networks running on microcontrollers with kilobytes of RAM.
Soldering iron in hand, schematic on screen — building from scratch, debugging signal lines, and the satisfaction of hardware that actually works.
Technology that matters. Automation systems, energy monitors, assistive devices — engineering with purpose and measurable impact.