Simulink for Automotive System Design Training is a practical, hands-on program designed to equip learners with the skills required to model, simulate, and analyze automotive systems using Simulink. This training focuses on model-based design concepts, automotive system modeling workflows, control logic development, simulation techniques, signal processing concepts, subsystem integration, testing workflows, and automotive application development practices. Participants will gain practical experience in designing and validating automotive system models for modern vehicle and embedded automotive environments.

 • Understanding of Simulink workflows for automotive systems
 • Ability to create and simulate automotive models
 • Skills in subsystem integration and signal handling
 • Knowledge of testing and validation concepts
 • Capability to support automotive model-based design initiatives

 • Automotive Engineers and Developers
 • Embedded Systems and ECU Professionals
 • Control Systems Engineers
 • ADAS and Vehicle Systems Teams
 • Technical Professionals involved in automotive modeling and simulation

 • Basic understanding of automotive systems or electronics concepts
 • Familiarity with MATLAB fundamentals is helpful
 • Basic awareness of control systems recommended
 • No prior Simulink automotive modeling experience required

 • Understanding Simulink workflows for automotive system design
 • Model-based design and simulation concepts
 • Automotive subsystem modeling techniques
 • Signal processing and control logic awareness
 • Testing and validation workflow understanding
 • Automotive system integration concepts
 • Simulation and optimization practices for vehicle systems

Upon completion of this training, participants will be able to build and simulate automotive system models using Simulink. They will be capable of applying model-based design workflows, validating automotive system behavior, and supporting simulation-driven automotive development initiatives.

Introduction to Simulink and Automotive System Modeling
 • Overview of model-based design concepts
 • Simulink environment and workflow basics
 • Automotive system modeling architecture awareness
 • Simulation lifecycle concepts

Building Automotive System Models
 • Creating blocks and subsystem workflows
 • Signal flow and data handling concepts
 • Sensor and actuator modeling basics
 • Automotive control logic awareness

Simulation and Analysis Techniques
 • Running and managing simulations
 • Signal analysis and visualization workflows
 • Model behavior and operational validation concepts
 • Debugging and troubleshooting awareness

Hands-on exercises

Control Systems and Automotive Application Workflows
 • Automotive control system concepts
 • ECU and embedded system modeling awareness
 • Communication and subsystem interaction basics
 • Automotive operational workflow simulations

Testing, Validation, and Optimization
 • Model testing and verification concepts
 • Performance optimization awareness
 • Fault analysis and troubleshooting workflows
 • Automotive development best practices

Capstone Automotive System Design Project
 • Automotive subsystem modeling exercises
 • Simulation and validation tasks
 • Signal and control logic integration workflows
 • Final automotive model review and optimization activities

Hands-on exercises

 • Simulink and model-based design concepts
 • Automotive subsystem modeling workflows
 • Signal processing and control logic awareness
 • Simulation and validation techniques
 • Testing and troubleshooting workflows
 • Automotive system optimization practices

 • Simulink modeling assignments
 • Automotive simulation exercises
 • Signal analysis and testing tasks
 • Final automotive system design project

Participants will receive course materials, slides, reference materials, exercises and access to resources for further learning.

Participants who successfully complete the training will receive an AcadNXT Certification in Simulink for Automotive System Design Training, validating their expertise in automotive system modeling, simulation workflows, model-based design practices, and automotive application validation using Simulink.