Research & Enginner SDV - CoE
Automobile Engineer turned SDV & Embedded Systems Domains, working at the intersection of automotive hardware, cloud connectivity, and intelligent software. Building the future of connected vehicles — from SOME/IP protocols to AWS IoT to AUTOSAR stacks.
I bridge the physical and digital worlds of automotive engineering — turning hardware expertise into intelligent, cloud-connected vehicle systems.
B.E. Automobile Engineering, Kongu Engineering College · CGPA 8.24 (First Class) · 2025
Research Enginner SDV - CoE at CreamCollar — developing embedded automotive applications in C.
2× Best Student of the Year · Multiple national hackathon wins · Smart India Hackathon finalist.
Software-Defined Vehicles · Embedded AI · IoT Cloud (AWS) · AUTOSAR · Sensor Fusion · Autonomous Systems
From low-level firmware to cloud telemetry — I explored across the full SDV stack.
Firmware development for automotive microcontrollers, sensor data processing, and embedded Linux.
Design and integration of vehicle communication buses and diagnostic stacks.
Working with Classic and Adaptive AUTOSAR, ROS2, SOME/IP, and zonal architectures.
Cloud-based telemetry, OTA update workflows, and edge computing for real-time vehicle data.
Evaluation, simulation, and validation tooling across 30+ SDV platforms.
Ensuring development compliance with functional safety, cybersecurity, and process standards.
Full-stack web development and mobile app testing; responsive UI and real-world deployment experience.
Vehicle design, CAD modeling, and hands-on hardware understanding from an automotive engineering foundation.
Real-world prototypes, award-winning systems, and open-source tools across automotive, IoT, and software.
A desktop application for generating AUTOSAR MCAL (Microcontroller Abstraction Layer) configurations and code from ARXML files. This tool simplifies the process of configuring and generating drivers for the DIO, ADC, CAN module.
Smart thermal management for EV batteries. Monitors cell temperatures, triggers cooling strategies, and prevents thermal runaway — built for real-world safety-critical conditions.
Innovative bicycle design that won the Dynamic Performance Award at SAEINDIA Bicycle Design Challenge 2023. Focused on structural efficiency and performance engineering.
Multi-award winning app that helps patients navigate to the right hospital department efficiently. Won First Prize at Sona College of Technology and reached finals at multiple national events.
A collection of applied ML models and experiments across classification, regression, and data analysis — connecting automotive sensor data with intelligent decision-making.
Lightweight local network file sharing solution enabling quick device-to-device transfers without internet connectivity — practical and privacy-first.
Competing nationally and winning across automotive innovation, software, and engineering challenges.
Team BTMS · Battery Thermal Management System
Team CareWay · Smart Healthcare Navigation App
Co-curricular Activities · Automobile Engineering, Kongu Engineering College
Co-curricular Activities · Automobile Engineering, Kongu Engineering College
Co-curricular Activities · Automobile Engineering, Kongu Engineering College
Team Cranky · PSNA College, Dindigul
Team BTMS · Kongu Engineering College
Team CareWay
Team CareWay
From embedded automotive consulting to web development — a career built on learning fast and shipping real work.
A strong engineering foundation combining automotive fundamentals with hands-on technical breadth.
Open to SDV consulting opportunities, embedded systems roles, research collaborations, and hackathon teams.