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Course Name
Course Code : PRQ02
Venue Details
Postal Code : 28014
Session Dates
Duration: 3 days (21 hours)
This training program is designed to provide participants with an in-depth understanding of using Simulink for automotive system design. Participants will learn to model, simulate, and analyze complex automotive systems. The training includes foundational knowledge, practical applications, and interactive exercises to build proficiency in leveraging Simulink for automotive-specific projects.
Introduction to Simulink and Automotive Applications
Module 1: Overview of Simulink
Introduction to Simulink interface and functionalities
Exploring Simulink libraries and automotive-specific tools
Benefits of Simulink in automotive system design
Group Discussion
Module 2: Basic Modeling Techniques
Creating models for basic automotive subsystems (e.g., suspension, steering)
Working with blocks, parameters, and signals in Simulink
Hands-On Exercise
Module 3: Simulation and Analysis Basics
Setting up simulations and analyzing results
Debugging and validating simple models
Scenario-Based Exercise
Advanced Modeling and Control Design
Module 4: Modeling Dynamic Systems
Modeling nonlinear and time-dependent systems
Incorporating external data and inputs into models
Hands-On Exercise
Module 5: Control Design and Tuning
Introduction to control design workflows in Simulink
PID control design and tuning for automotive systems
Scenario-Based Exercise
Module 6: System-Level Integration
Combining subsystem models to create a complete automotive system
Addressing interface and integration challenges
Hands-On Exercise
System Validation and Case Studies
Module 7: Model Testing and Validation
Techniques for testing and validating models in Simulink
Introduction to Hardware-in-the-Loop (HIL) testing concepts
Hands-On Exercise
Module 8: Automotive System Case Studies
Case study: Modeling and simulation of an electric vehicle system
Case study: Advanced driver-assistance systems (ADAS) modeling
Scenario-Based Activity
Module 9: Future Trends and Applications
Simulink in autonomous vehicle development
Emerging trends in model-based automotive design
Group Discussion
Mode of Delivery : The event can be attended both online and at nearby ProgNXT classroom by Individual Professionals and Corporate Employees as per the seat availability. Please Contact Us at [email protected] for checking the seat availability
Audience : We have a global audience that logs in to using their own computers to work hand in hand with our world-class instructors.
Assessment : Each training course will have ProgNXT Assessment at the end.
Certification : After successful passing of ProgNXT Assessment, ProgNXT Certification will be provided, which has got acceptance in 55+ Countries.
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