Dhiraj Mali

Automotive Electrical Engineer

Bengaluru, Bengaluru UrbanMember since January 30, 2026

PythonMATLABSimulinkLane Following AssistForward Collision WarningSpeed Limit DetectionControl SystemsModel-Based DevelopmentInternet of ThingsADAS V-Cycle

About

Automotive Electrical Engineer with a Master's degree in Electrical Automotive Engineering and comprehensive expertise in vehicle system modelling and model-based development (MBD). Highly proficient in MATLAB/Simulink and control system modelling for safety-critical features like Lane Following Assist and Forward Collision Warning. Experienced in integrating complex sensor fusion logic and control algorithms to enhance vehicle perception systems, with a dedicated focus on bridging the gap between high-fidelity simulated models and real-world hardware-in-the-loop (HIL) deployment.

Skilled in system-level validation, functional safety standards (ISO 26262), and perception logic development aligned with the rigorous ADAS V-cycle. Proven ability to collaborate in cross-functional engineering environments to deliver reliable, production-ready automotive solutions.

Experience

Operations & Maintenance Associate - Amazon (UK) - United Kingdom

(2024-09 - 2026-05)

Supported high-speed automated sorting systems and performed basic troubleshooting of conveyor machinery.
Monitored real-time diagnostics for autonomous mobile robots (AMRs), applying the analytical mindset gained during my MSc to ensure operational uptime.

ADAS Design - Coventry University - UK

(2023-08 - 2024-08)

MSc Dissertation Project

Designed and implemented ADAS functionalities including Lane Following Assist, FCW, and Speed Limit Detection.
Defined complex system architecture including sensor inputs, decision-making logic, and actuator outputs.
Developed perception algorithms using MATLAB/Simulink and Python, ensuring real-world scenario alignment.
Performed functional validation of ADAS algorithms using high-fidelity simulation environments.
Gained hands-on exposure to the ADAS V-cycle development process and system-level testing methodologies.