Shervin Shoai Naini, PhD
About Shervin Shoai Naini, PhD
Shervin Shoai Naini, PhD, is a Thermal Controls Development Engineer at Nikola Motor Company and an instructor at Clemson University, specializing in advanced cooling systems and automotive research.
Title
Shervin Shoai Naini, PhD, is currently holding the position of Thermal Controls Development Engineer at Nikola Motor Company.
Professional Experience at Nikola Motor Company
Shervin Shoai Naini has been working as a Thermal Controls Development Engineer at Nikola Motor Company since 2021. His responsibilities include developing diagnostics and fault actions for multiple thermal subsystems. He has also conducted dyno testing for thermal and dynamic systems validations. He is experienced in using CAN tools such as CANalyzer and CANape for signal controls and analysis and has defined UDS functions for thermal control software at the company.
Academic Roles at Clemson University
Shervin Shoai Naini has been associated with Clemson University in various capacities since 2013. He currently serves as an Instructor and a Graduate Research Assistant. Additionally, he is involved with the Clemson University Automotive Research Center, led by the University of Michigan, focusing on advanced cooling systems as part of System Dynamics & Control Engineering. He has also contributed to projects at Clemson University - Electrolux, including Acoustic Test Measurements/Impedance Measurements using a wind tunnel and Experimental and Numerical Methodologies for Gasket Heat Leakage Measurements.
Education and Expertise
Shervin Shoai Naini obtained his PhD in Mechanical Engineering from Clemson University. During his academic career, he also completed a Master's Degree from the same university, maintaining a GPA of 3.67/4.00. His academic endeavors have equipped him with deep technical knowledge and practical skills, particularly in thermal controls, system dynamics, and functional safety in automotive systems.
Certifications and Technical Skills
Shervin Shoai Naini holds an ISO 26262 certificate, which highlights his expertise in functional safety for automotive systems. He is skilled in using CAN tools like CANalyzer and CANape for signal controls and analysis. This certification and these technical skills are crucial for ensuring the reliability and safety of thermal control systems in the automotive sector.