• Understand the fundamentals of Model-based Systems Engineering  

• Model any type of thermal management systems by simulating heat transfer as well as phase change phenomena  

• Design, size and validate HVAC components, subsystems and system while keeping time and costs under control 

• Assess performance and power consumption of refrigerant  loop system under transient conditions 

• Optimize range and cabin comfort while keeping temperature of critical subsystems (Battery or E-Motor) under control 

• Virtually evaluate various control strategies

• Predict and improve NVH and flow/thermal performance

1. Introduction to Model-Based Systems Engineering
2. Designing and sizing (sub)systems
3. Energy management
4. Control Development
5. Simcenter CAE Simulation