ELECTRONICS ENGINEER & CREATOR
Bridging the gap between hardware logic and visual emotion. Expert in FPGA & Embedded Systems, specializing in blending data processing with human-centric design.
HNBGU, Uttarakhand • CGPA: 7.69
IC2E3 Conference 2025
Intern • NSL-I Division
Based on Ultrasonic Sensors using Kalman Filter
Published in 2025 IEEE International Conference (IC2E3).
Designed a solution to optimize urban traffic flow using real-time data processing and sensor fusion. The system adapts signal timing dynamically based on traffic density.
Developed partial architecture for a RISC processor including ALU, Control Unit, and PC modules. Simulated in Vivado.
Created modular IP cores: 24Hr Clock, FSM Detectors, and VGA/LCD interfaces. Verified on Cyclone IV & Nexys A7.
Simulated complex interfacing (ADC, RTC, UART, SPI, CAN) using Assembly language and Proteus.
Secure access system using Arduino UNO and RFID. Implemented UART comms on MSP430.
Intelligent signaling system based on traffic density. Presented at IC2E3 2025.
Direct FPGA-to-VGA interface generating sync signals and RGB mapping for visual output.
Beyond the logic gates lies the observer. I capture raw human emotions through street photography and translate ideas into visuals through design.
Capturing the unscripted chaos of the streets, the calm of nature, and the depth of human emotion.
Logos, Posters, and UI.
Tools: Canva, Illustrator, Photoshop.