Automotive Systems Engineering:

• Overview of the entire vehicle system, including components such as chassis, powertrain, electronics, and safety systems.

Automotive Powertrain Systems:

• In-depth study of internal combustion engines, transmissions, drivetrain systems, and alternative powertrain technologies.

Vehicle Dynamics:

• Understanding the principles of vehicle dynamics, including handling, stability, and control systems.

Advanced Vehicle Materials:

• Exploration of materials used in automotive design, including lightweight materials and advanced composites.

Automotive Electronics and Control Systems:

• Study of electronic systems in vehicles, including control systems, sensors, and embedded software.

Noise, Vibration, and Harshness (NVH):

• Examination of factors affecting vehicle noise and vibration, with a focus on design strategies for reducing NVH.

Advanced Aerodynamics and Thermal Management:

• Application of aerodynamic principles to enhance vehicle performance and efficiency. Thermal management systems for cooling and heating.

Automotive Safety and Crashworthiness:

• Study of safety standards, crash testing, and design considerations for ensuring vehicle crashworthiness.

Automotive Testing and Simulation:

• Techniques for testing and simulating automotive systems and components, including computer-aided engineering (CAE) tools.

Electric and Hybrid Vehicles:

• Examination of electric and hybrid propulsion systems, energy storage, and integration into automotive platforms.