Model Based Development -MBD- For Automotive Using Simulink
To Be Model Based Design Engineer
Overview
What will students learn in your course?
- Understand what is model based development in automotive industry
- Navigate the Simulink Environment
- Understand the Simulink interface
- Add blocks and run a model
- Simulink Solvers
- Understand Simulink solvers and their role in model simulation
- Compare variable and fixed step solvers
- Determine which solver is appropriate for embedded systems
- Basic Libraries
- Recognize key blocks in each library
- Analyze block parameters and their effects on behavior
- Simulate each block with different inputs
- Code Generation
- Generate C code for individual blocks and block combinations
- Understand the generated code and files
- Analyze how block parameters impact the generated code
- Custom Libraries
- Create and reuse custom libraries in different models
- MATLAB Function in Simulink
- Insert and create MATLAB functions within a model
- Real-World Application: Wiper System Controller
- Implement, simulate and generate code for the Wiper System Controller project
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Curriculum
Instructor
Reviews
Requirements
- Basic Knowledge of MATLAB
Target audiences
- Undergraduate and graduate students seeking a model-based development engineering position
- Embedded software engineers who want to work on the application layer using the model-based development approach
- Software engineers who want to work in the automotive industry using the model-based development approach