About Me
I am an Electronics and Biomedical Engineering student at Model Engineering College, Kochi, with a deep-seated interest in the convergence of Artificial Intelligence, Deep Learning, and Neuroscience. My work focuses on Brain-Computer Interfaces (BCI) and Neurotechnology, where I apply my skills to develop assistive technologies and enhance medical diagnostics. I am continuously strengthening my foundation in engineering mathematics and AI research methodologies while actively exploring EEG-based BCI systems for decoding neural signals. As an active member of technical communities, I thrive on collaboration and am dedicated to contributing to impactful applications in healthcare and human-machine interaction.
Education
Bachelor of Technology - B.Tech, Electronics and Biomedical Engineering
Model Engineering College, Thrikkakara (KTU)
September 2024 – Present
Skills
Projects
Aug 2025 - Present
A machine learning project focused on classifying high-dimensional, noisy EEG time-series data to decode imagined handwriting for BCI applications. This involves preprocessing 32-channel EEG signals and implementing EEGNet, a compact CNN, to perform a four-way classification of imagined letters ('L', 'V', 'O', 'W'). The project investigates the model's robustness to temporal variance and the challenges of low signal-to-noise ratio in single-trial EEG.
Aug 2025 - Present
Developed a real-time, multi-label object detection and classification system on a resource-constrained microcontroller (Seeed Studio XIAO ESP32S3 Sense). The system identifies and differentiates between "Cats" and "Dogs" at ~7 FPS with 143 ms latency, demonstrating a complete TinyML workflow from data collection to firmware deployment using Edge Impulse Studio and the FOMO algorithm.
Jul 2025 - Present
Engineered a Python-based CLI for a secure, decentralized P2P messenger running over a Bluetooth LE mesh network. Inspired by Jack Dorsey's original project, it brings a serverless chat experience to the command line with end-to-end encrypted messaging and public channels.
Feb 2025 - Present
An open-source initiative to preserve, document, and revitalize endangered Indian languages using AI. The project combines advanced NLP, speech recognition, and community collaboration to create accessible tools for indigenous communities.
Jan 2025 - Apr 2025
Developed a multimodal AI medical agent utilizing the capabilities of the Gemini 2.0 model to process and interpret various data types for medical applications.
Dec 2024 - Feb 2025
A research-oriented project focused on using Electromyography (EMG) signals for smart home automation. The project involved machine learning for signal classification, electronics for hardware interfacing, and overall project management.
Research Interests
- Brain-Computer Interfaces: EEG/EMG for assistive technologies and neural decoding.
- AI in Healthcare: Generative AI (e.g., Imagen) and Deep Learning for diagnostics and personalized medicine.
- Machine Learning: Efficient Deep Learning (TinyML), Reinforcement Learning, and NLP.
- Neurotechnology: Developing novel hardware and software for interfacing with the nervous system.