Viisnu Prasath
About Viisnu Prasath
Viisnu Prasath is a CMOS Image Sensor Process Engineer at ON Semiconductor, specializing in package saw with vision placement systems. He has a background in materials engineering and has held various roles in the fitness and engineering sectors in Malaysia.
Current Role at ON Semiconductor
Viisnu Prasath serves as a CMOS Image Sensor Process Engineer at ON Semiconductor, focusing on Package Saw with Vision Placement System. He has been in this position since 2020, contributing to the development of high-quality image sensors. His work supports advancements in the automotive industry by enhancing vehicle functionality through improved sensor technology. He collaborates with the pioneer CMOS team to optimize the process flow of Jigsaw and Pick and Place machines, ensuring efficient production.
Previous Experience in Engineering and Consulting
Prior to his current role, Viisnu gained diverse experience in various positions. He worked as a Fitness Consultant at Healthstream Taiwan Inc. and Celebrity Fitness from 2013 to 2016. He also served as a Piping Material Engineer Trainee at TechnipFMC in 2019. His background includes hands-on experience in material engineering, which he applied during his studies and early career roles.
Education and Academic Background
Viisnu completed his Bachelor's Degree with Honours in Materials Engineering at Universiti Sains Malaysia from 2016 to 2020. Prior to this, he studied at SMK Shahbandaraya, where he achieved STPM from 2014 to 2015. His academic background laid the foundation for his engineering expertise and career development.
Research and Development Contributions
In his role at ON Semiconductor, Viisnu conducts studies aimed at improving machine parts' capabilities, particularly focusing on blade performance and sawing parameters. He develops process-related documentation and risk assessments, including Failure Mode and Effects Analysis (FMEA) and Out of Control Action Plan (OCAP), to enhance operational efficiency and safety in manufacturing processes.