vinothparama

I am a proactive and achievement-oriented professional with over 11 years in automotive and academic research, encompassing roles at Tata Motors, TVS Sundram Fasteners, and IIT Madras, with a focus on vehicle testing instruments and testing frameworks. Proficient in C, Assembly, and Python M-scripting languages, showcasing a deep understanding of industry-standard communication protocols and ADAS sensors integration.
Few key achievements :
• Streamlined ADAS level 2 feature validation process, reducing testing time by 30%
• Led successful integration of advanced ADAS sensors, improving system performance by 5%.
Demonstrated experience in designing, developing, and maintaining HIL test systems for automotive applications
Hands-on experience with an HIL system such as dSPACE, NI, or Vector.
Experience with developing test cases, test scripts, and automated test procedures and experience with HIL simulation models simulation.
Excellent knowledge of automotive electrical system, software, and controls
Knowledge of automotive network protocols including CAN, LIN, or FlexRay
Good communication and collaboration skills, ability to work closely with cross-functional teams to achieve project goals
I am a Senior Manager at Automotive OEM, a leading company in the commercial vehicle industry. I have years of experience in research and development, focusing on advanced driver-assistance systems (ADAS), virtual testing, and connected vehicles technologies. I use IPG TruckMaker software and other tools to design, simulate, and validate innovative solutions for enhancing safety, efficiency, and performance of commercial vehicles.
I am also a Ph.D. Research Scholar from IIT Madras, one of the top engineering institutes in India. My research area is mechatronics, robotics, and automation engineering, with a special interest in additive manufacturing, machine vision, process optimization, and material characterization. I have modeled and simulated the fused deposition process and the thermal profile of printed parts using Comsol Multiphysics software and MATLAB. I have also designed and developed customized parts using a multi-material 3D printer and a robotic arm. I have published multiple papers in international journals and assisted in writing and supervising research projects. My goal is to pursue my passion as an independent and collaborative researcher in the interdisciplinary areas of automotive ADAS, electro-mechanical, process control, additive manufacturing, and material characterization.