Designing Automotive Systems with MBD: Simulink and MATLAB

Build real-world automotive applications with Simulink—no prior experience required.

What you'll learn
- Develop Proficiency in Simulink for MBD
- Implement and Analyze Control Systems Using MATLAB & Simulink
- Generate and Interpret Production-Quality Embedded Code
- Design and Simulate a Real-World Automotive System

Requirements
- Familiarity with vehicle components and control systems will enhance the learning experience but is not mandatory.
- The course includes step-by-step guidance, making it beginner-friendly for those new to Model-Based Development.
- Learners will need access to a PC or laptop capable of running MATLAB and Simulink for hands-on practice.
- A passion for engineering innovation and problem-solving is the most important requirement.

Description
Master Model-Based Development (MBD) for Automotive Engineering

Unlock the future of complex system design with Model-Based Development (MBD). This cutting-edge approach revolutionizes the development of software applications, control systems, and embedded systems by using models to represent behavior, functionality, and structure.

In this comprehensive course, you'll dive deep into the fundamentals of MBD, gaining a strong foundation in its principles and methodologies. Starting with the basics, you'll explore different types of models and their applications in the MBD framework. You'll also get hands-on experience with essential tools and techniques, including implementation and simulation, that are crucial for developing and evaluating sophisticated systems.

By the end of this course, you'll have the practical skills needed to create, deploy, and optimize models that meet industry standards. Whether you're new to MBD or looking to enhance your expertise, this course will prepare you to excel in the dynamic field of automotive engineering.

What You'll Learn:

Introduction to MBD:Understand the role of Model-Based Development in the automotive industry.

Simulink Proficiency:Navigate the Simulink environment, understand its interface, add blocks, and run models.

Simulink Solvers:Compare variable and fixed-step solvers, and determine which is best suited for embedded systems.

Basic and Custom Libraries:Recognize key blocks, analyze parameters, simulate blocks, and create reusable custom libraries.

Code Generation:Generate and understand C code from Simulink models, and analyze how block parameters influence code generation.

MATLAB Integration:Insert and create MATLAB functions within Simulink models.

Real-World Project:Implement, simulate, and generate code for a Wiper System Controller, bringing theoretical knowledge into practical application.

This course also includes practical exercises and industry-relevant projects to ensure you're not just learning theory but gaining the skills needed to stand out in the job market.

Upon completion, you'll be well-prepared to pursue opportunities as an MBD engineer, armed with the knowledge and confidence to make a significant impact in your career.

Who this course is for:
- Engineering Students and Graduates interested in automotive systems, embedded systems, or control engineering who want to gain practical, job-ready skills in Model-Based Development.
- Junior Engineers and Entry-Level Professionals looking to break into the automotive or embedded software industries by learning industry-standard tools like MATLAB, Simulink, and AUTOSAR.
- Mechanical, Electrical, or Mechatronics Engineers aiming to transition into software-oriented roles in the automotive field.
- Anyone Curious About MBD with a passion for automotive technology and system design — no prior experience with MATLAB or Simulink is required.
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