I'm Kunal, an Electronics and Communication Engineering student bridging the gap between software and physical hardware. I build modern web applications and deploy machine learning models on microcontrollers.
"Building the future, one bit and byte at a time." 🚀
| Domain | Technologies |
|---|---|
| Web & Cloud | React, TypeScript, Astro, Tailwind CSS, Firebase, Vercel |
| Hardware | ESP32, Arduino, C++, IoT Protocols |
| Machine Learning | Python, OpenCV, scikit-learn, PyTorch |
| Tools | Antigravity IDE, Gemini 3.1 Pro, Claude Sonnet 4.6 |
SplitsBugs — Astro Firebase TypeScript
A real-time expense splitting web platform for groups. Features automated balance recalculations, partial settlements, and role-based access control.
PulseML-WebApp — ESP32 Python JavaScript
A serverless health screening system. It reads vitals over I²C from a pulse oximeter and evaluates risk using a Random Forest model running natively in the browser.
ProteoPredict — Python Keras
A custom CNN + BiLSTM neural network for predicting protein structure and solubility directly from PDB sequences.
GadiInfo-Web — React Firebase OSINT
A high-performance vehicle scanning tool designed for rapid OSINT intelligence gathering and secure data retrieval.
Beyond web and IoT, I focus heavily on Machine Learning Foundations. I have implemented deep learning architectures from scratch in PyTorch and TensorFlow—including CNNs (image classification), RNNs (time-series stock prediction), ANNs, AutoEncoders (movie recommendation), Boltzmann Machines, and SOMs. I also build standalone computer vision tools like Dehaze-Foggy-Images (Dark Channel Prior algorithm) and conduct reproducible data science through Case_Study notebooks.
On the software and hardware front, I've built full-scale platforms such as Techfest-2025-FBVA (a centralized event management system), Project-Viola (an offline Python AI voice assistant), and RockPaperScissorGame (a glassmorphism web app). My embedded systems work includes an RFID Attendance System (logs directly to Excel), an Arduino Digital Dice, and comprehensive DSP & ADC implementations in MATLAB.