Portfolio

AI Projects

Spiking Neural Network Line Following Car — SNN model to find optimal voltage weights for neuromorphic hardware controlling a line following car.
WHO Retrieval Augmented Generation — RAG platform built with Azure Cognitive Search and OpenAI API to answer questions over WHO documents.
WHO Gateway Project — Translates natural language prompts into WHO data visualizations, supporting up to five countries per query.

FPGA Order Book — Hardware-accelerated order book for high-frequency trading, written in Verilog.
Stepper Motor Driver — VHDL state machine on DE1 FPGA with PS2 keyboard control for precise, low-latency motor movement.
Morse Code Project — Low-latency Morse code system on iCE40UP5K FPGA with UART integration for real-time serial communication.

Autonomous RC Car — Ultrasonic sensor-based backup system on a custom Arduino 328 board for obstacle detection and auto-correction.
Crane Project — ATmega2560 crane controller in C with UART, EEPROM, servo motors, and PWM control.
Weather Station — Energy-efficient STM32-based station with temperature, humidity, and air quality sensors and ultrasonic sleep mode.
Smart Home System — Distributed IoT monitoring system on Raspberry Pi using Docker, Java microservices, and Node-RED.

Class B Amplifier — Digital timer circuit using a 555 timer and 4017 decade counters to drive 7-segment LED displays.
Arduino 328 Board — Custom ATmega328 PCB designed in KiCad, programmed in C/C++.
Lights and Switches Board — Embedded systems test interface with 8 inputs, 8 LED outputs, and a Hex Schmitt Trigger for signal stability.