My Projects

Developed a real-time CAN bus data visualization tool that interfaces with PEAK-CAN hardware to capture and analyze vehicle network traffic. Features interactive plotting, signal decoding, and automated report generation for diagnostic analysis.

Developed a comprehensive stock analysis tool that maps personal portfolio performance against major indices like DAX and MSCI World. Features include automated data collection, correlation analysis, and interactive visualization of portfolio beta and tracking error metrics.

Developed a specialized tool for evaluating the robustness of automotive Diagnostic and Fault Event System (DFES) flags according to ISO 26262 functional safety standards. Features comprehensive fault injection testing and statistical analysis of flag reliability under various operating conditions. Enhanced with automated evaluation workflows that continuously monitor test results and automatically notify responsible engineers via email when anomalies are detected, improving response time and issue resolution.

As my final study project, I developed and implemented an autonomous model car using neural networks for path planning and obstacle avoidance. The system utilizes computer vision through a mounted camera for real-time environment analysis and decision making. Key achievements included successful navigation through complex test courses, real-time object detection and classification. The project demonstrated practical applications of machine learning in robotics and earned highest marks for its innovative approach.

Developed a robust lane detection system using computer vision techniques for autonomous driving applications. Implemented advanced image processing algorithms to accurately detect and track lane markings in various lighting and weather conditions. Achieved 92% detection accuracy on challenging road scenarios including curved lanes and partially obscured markings.

Designed and manufactured a custom PCB for a mechanical keyboard layout. The design features hot-swap switch sockets, USB Type-C connectivity, and ESD protection. Implemented QMK firmware compatibility and backlighting. Successfully prototyped and assembled multiple working keyboards using the PCB design.

Designed and implemented a secure RFID-based door access control system. Features include user authentication, access logging, and remote management capabilities. The system uses an ESP32 microcontroller interfaced with an RFID reader and electronic door lock mechanism.

A fast-paced 2D fighting game developed using Unity engine. Features custom character animations, dynamic combat mechanics, and multiplayer functionality.