This course explains the fundamentals of Model-Based Development (MBD) for automotive software. Participants will learn how MATLAB, Simulink, Code Generation, Model-in-the-Loop (MIL), and Software-in-the-Loop (SIL) validation are used in real automotive projects. It is designed for beginners and engineers entering the automotive software domain.
What is MBD?
Understand how visual models replace traditional coding for system development.
Why Automotive Uses MBD
Learn how MBD improves design speed, testing efficiency, and software quality.
Traditional Coding vs MBD
Compare graphical model development with conventional C programming.
MATLAB Scripting
Create variables, perform calculations, and visualize automotive data.
Simulink Modeling
Build block diagrams using signals, subsystems, and common automotive blocks.
Automotive Workflow
Follow the complete path from requirements to ECU deployment.
Code Generation
Generate production-ready C code automatically from Simulink models.
MIL & SIL Validation
Understand testing methods used during automotive software development.
What Will You Learn?
- Understand Model-Based Development fundamentals and advantages
- Learn differences between traditional coding and model-based design
- Use MATLAB scripting for automotive calculations and data creation
- Create plots to visualize vehicle parameters such as speed and performance
- Build and simulate control models using Simulink
- Understand the complete automotive ECU development workflow
- Learn MIL, SIL and HIL testing concepts
- Gain practical knowledge used in automotive software projects