OTHER PROJECTS
Additional products, client projects, and academic work.
Supply Chain Finance AI
Automated AI agents for supply chain financing partnered with major banks.
Textile PO Automation
Purchase order to internal order sheet automation for textile manufacturing.
HR & Hiring Agents
AI-powered HR automation and hiring agents for enterprise recruitment.
IoT Bot
Autonomous robot with Face Recognition, eye-tracking, GPT integration, and AI-powered Large Action Model. Built companion web apps deployed to AWS/Azure.
EEG Blink Detection via Machine Learning
Used MATLAB ML classification tools to process and analyze EEG data. Built a custom model to identify and filter blinks in EEG datasets, improving accuracy and reliability of readings for neuroscientific and medical applications.
Microprocessor Design on FPGA
Developed a custom 16-bit microprocessor architecture (ALU, control unit, registers) targeting efficient execution of basic instructions and low power. Optimized program memory and RAM usage; achieved seamless instruction execution on Artix-7 FPGA (Nexys 4 DDR).
Non-Invasive Temperature Monitoring System
COVID-19 precautionary solution combining an MLX-90614 infrared sensor with an Arduino-powered solenoid door lock. Monitored for elevated temperatures and enforced secure access control; deployed at university.
Voice Detection using Machine Learning
MATLAB-based audio classification system using a Classification Learner algorithm with 20 distinctive parameters to accurately differentiate between various voices.
IoT Bot
Designed and deployed interactive software for an autonomous robot featuring Face Recognition (FaceID), eye-tracking and facial animations, GPT integration for natural language queries, hardware-software integration with multiple sensors and actuators, Node-Red middleware, and an AI-powered Large Action Model (LAM). Built companion web apps with Node.js, Django, and Flask. Deployed to AWS/Azure.
ML-Based Industrial Sorting Platform
Developed a platform capable of moving objects in omnidirectional paths using machine learning to optimize movements. Modular hexagonal panels connect magnetically, allowing reconfigurable sizing. Powered by Q-learning with an interactive GUI for real-time visualization.
Robotics Competition — Maze-Solving Robots
Developed multiple autonomous robots with maze mapping, path-finding, and wireless data transmission and control for maze mapping and maze solving challenges. 1st Place in competition. Received full funding from GIK Institute for the project.
