Vehicle Dynamics and Control Systems
( 24 Modules )

Module #1
Introduction to Vehicle Dynamics
Overview of vehicle dynamics, importance, and applications

Module #2
Vehicle Kinematics
Study of vehicle motion without considering forces

Module #3
Vehicle Dynamics Fundamentals
Forces and moments, equations of motion, and coordinate systems

Module #4
Longitudinal Dynamics
Acceleration, braking, and gradeability of vehicles

Module #5
Lateral Dynamics
Steering, cornering, and handling of vehicles

Module #6
Vertical Dynamics
Ride comfort, suspension systems, and vibration analysis

Module #7
Vehicle Stability and Handling
Stability analysis, handling characteristics, and Vehicle Stability Control (VSC)

Module #8
Tire Dynamics
Tire modeling, friction circles, and tire-road interaction

Module #9
Brake Systems and Dynamics
Brake types, brake system design, and brake performance analysis

Module #10
Suspension Systems and Dynamics
Suspension types, kinematics, and dynamics

Module #11
Steering Systems and Dynamics
Steering systems, steering geometry, and steering dynamics

Module #12
Introduction to Control Systems
Control system fundamentals, control system design, and control system analysis

Module #13
Sensors and Actuators in Vehicle Control Systems
Sensor types, sensor application, and actuator types

Module #14
Vehicle Control System Design
Control system design principles, control system architecture, and control system implementation

Module #15
Electronic Stability Control (ESC) Systems
ESC system principles, ESC system design, and ESC system application

Module #16
Anti-lock Braking System (ABS) and Traction Control System (TCS)
ABS and TCS system principles, design, and application

Module #17
Advanced Driver-Assistance Systems (ADAS)
ADAS system principles, ADAS system design, and ADAS system application

Module #18
Autonomous Vehicle Control Systems
Autonomous vehicle control system principles, design, and application

Module #19
Modeling and Simulation of Vehicle Dynamics and Control Systems
Modeling and simulation tools, modeling techniques, and simulation applications

Module #20
Experimental Methods in Vehicle Dynamics and Control Systems
Experimental methods, data acquisition, and data analysis

Module #21
Case Studies in Vehicle Dynamics and Control Systems
Real-world case studies, problem-solving, and design optimization

Module #22
Vehicle Dynamics and Control System Optimization
Optimization techniques, optimization algorithms, and optimization applications

Module #23
Integration of Vehicle Dynamics and Control Systems with Other Automotive Systems
Integration with powertrain, chassis, and electrical systems

Module #24
Course Wrap-Up & Conclusion
Planning next steps in Vehicle Dynamics and Control Systems career

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Vehicle Dynamics and Control Systems ( 24 Modules )

Vehicle Dynamics and Control Systems
( 24 Modules )