Madheswaran Radhakrishnan

Project Manager with a proven track record in delivering 145+ HiL systems for inverter, OBC, and DCDC ECUs across P3–P0 platforms. Expert in Agile-Scrum hybrid models, global stakeholder alignment (Germany, India, China, France), and financial governance (CAPEX/OPEX). Skilled in automation, risk-controlled issue management, and Polarion-based project transparency. Partnered with OEMs incl. VW, Daimler, and Stellantis to drive high-impact, end-to-end program success.

Led cross-functional integration, validation, and calibration for Renault, Nissan, and Samsung platforms at RTK. Built and scaled a vehicle validation team from ground up, securing project wins with Renault Samsung Motors. Owned diagnostics documentation, managed software industrialization, and aligned vehicle performance standards across diverse programs—driving seamless cross-brand integration and global stakeholder collaboration across engineering, after-sales, and production teams.

Validated and optimized Radio Modules and Infotainment Systems for seamless vehicle network integration. Led feature validation using CANoe and CAPL, developed full simulation setups (panels, nodes, DBCs, ODX, DLLs), and ensured robust ECU interfacing. Executed end-to-end defect tracking and resolution, collaborating with development to enhance system reliability and diagnostics. Enabled connected vehicle ecosystem performance through rigorous testing and simulation-driven validation excellence.

Delivered full life-cycle embedded systems engineering for OEMs incl. Chrysler and Jaguar Land Rover. Led requirements engineering, effort estimation, and client interfacing. Designed and validated embedded architectures, automated test cases, and drove integration testing. Collaborated with offshore/onsite teams, working across the V-Model lifecycle. Supported German OEMs via a 6-month on-site stint at Bosch Engineering, ensuring delivery excellence and stakeholder satisfaction.

Delivered full-cycle DSP and video processing solutions, from concept to deployment. Designed real-time image processing algorithms for traffic monitoring, optimized for embedded use. Ported code to ADSP Blackfin BF533, integrating camera modules and GUIs. Led robust software development and testing in real-time environments. Engineered workflows from R&D to productization, validating performance under dynamic, high-reliability conditions for stable and accurate system behavior.

Electronics and Communication Engineering