Specialization Course in
Electric Vehicle Dynamics
Course Overview:
This course provides an in-depth understanding of vehicle dynamics with a focus on electric and hybrid vehicles (EVs/HEVs). It covers tire and suspension behavior, steering systems, stability control, aerodynamics, powertrain dynamics, and ride quality. Learners will engage in simulation-based exercises, modeling, and real-world case studies, gaining insights into how design and control choices influence EV performance, efficiency, and safety. The course equips participants with practical skills to optimize handling, stability, and ride comfort, preparing them for roles in EV chassis design, vehicle dynamics engineering, and advanced mobility solutions.
Course Objectives:
Understand the fundamentals of vehicle and tire dynamics.
Analyze the impact of chassis, suspension, and steering systems on EV behavior.
Evaluate stability control systems and aerodynamic optimization.
Model and simulate EV and hybrid powertrain dynamics.
Assessing handling, riding comfort, and stability using advanced control strategies.
Course Modules
Tire forces, slip angle, suspension systems
Load transfer, steering geometry, power steering
Simulation tools and case studies
Chassis design, steering and brake systems
Powertrain layouts (FWD, RWD, AWD)
Component integration and practical exercises
ESC, TCS, sensor-based control
Aerodynamic principles and optimization
Wind tunnel testing and industry case studies
EV vs. ICE dynamics, regenerative braking
Energy management and hybrid control strategies
Thermal management and simulation exercises
Handling factors and improvement techniques
Ride comfort evaluation
Stability analysis and dynamic optimization
Target Industry Profiles
Vehicle Dynamics Engineers
EV Chassis and Suspension Designers
Control Systems Developers
Simulation and Modeling Engineers
Automotive R&D and Testing Teams