The Vehicle Dynamics eLearning course is designed to provide a comprehensive understanding of the fundamental principles that govern the behavior of vehicles in motion. The course covers a range of topics including vehicle handling, suspension design, tire mechanics, and stability control systems. Through interactive modules and practical examples, learners will gain insight into the complex interplay of forces that affect a vehicle's performance, and how to optimize design and control systems for improved safety and efficiency. This course is suitable for students and professionals in the automotive industry seeking to deepen their understanding of vehicle dynamics.

Learning Objectives:

1. Gain a foundational understanding of vehicle dynamics principles, including the forces and moments that affect a vehicle's motion.
2. Understand the characteristics of different vehicle components and how they impact handling, including suspension systems, tires, and brakes.
3. Analyze the behavior of a vehicle in different scenarios, such as cornering, braking, and acceleration, and evaluate the impact of design changes.
4. Learn about stability control systems and their impact on vehicle safety and handling, including electronic stability control (ESC) and anti-lock braking systems (ABS).
5. Develop skills in modeling and simulation of vehicle dynamics using software tools, and apply these skills to optimize vehicle performance in different scenarios.
6. Gain insights into emerging trends in vehicle dynamics research and technology, including the use of electric and autonomous vehicles.
7. Understand the importance of vehicle dynamics in achieving environmental sustainability and efficiency goals, and identify opportunities for innovation in vehicle design and control.