Courses

◦Exploring not only the role of actuators in autonomous driving control systems but also investigating the logic and hardware (H/W) configuration of chassis and drivetrain control systems to enhance vehicle performance. Additionally, learning about the characteristics of control logic and methods for adjusting chassis properties to improve control performance. 

◦ The often rigid vehicle dynamics theory is made vivid by linking it with practical applications that have been utilized to enhance the performance of high-performance vehicles like Hyundai's N models and Genesis. 

◦ Study theories for controlling mobility systems. Learn basic capabilities to master control theory such as system modeling, dynamic response, root locus method, frequency response, and PID controller.

◦ Understand the entire process from planning to mass production of a car, and especially learn about the impact of the structural shape of each part of the car body on strength and stiffness.