Introduction To Model Based Development For Automotive

Model Based Development - In Theory

What you'll learn

Students can learn Software Development Life Cycle related concepts Model based Design

Students can learn V-Model Approaches

Students can learn different Software Testing Methods

Students can learn Code Coverage

Requirements

Even though it's better if you're studying mechanical, automotive, electrical, or electronics engineering, anyone who knows about electrical and electronics engineering and has basic knowledge of MATLAB Simulink can join this course.

Basic understanding of MBD, Software development.

Description

Are you ready to revolutionize your automotive engineering skills? This course provides a comprehensive dive into Model-Based Development (MBD)—a powerful approach that combines software engineering and systems design to accelerate the development of automotive systems.MBD is at the core of modern automotive innovations, enabling rapid prototyping, simulation, and deployment of advanced technologies such as autonomous driving, electric powertrains, and vehicle control systems.In this course, you'll learn how to:Integrate control algorithms into hardware through automatic code generation (TargetLink, Embedded Coder).Validate and verify systems using Hardware-in-the-Loop (HIL) and Software-in-the-Loop (SIL) testing.Some important topic covered:Model in Loop Testing (MIL)Software in Loop (SIL)Hardware in Loop (HIL)Code GenerationV-Model ApproachesFunction RequirementsFunction DevelopmentSoftware DevelopmentSoftware Testing MethodsCondition CoverageDecision CoverageModified Condition/Decision CoverageThis course is designed for:Automotive engineers transitioning to MBD workflows.Software developers looking to specialize in automotive systems.Students and professionals eager to pursue a career in advanced automotive engineering.A key focus of this course is the integration of MBD into the automotive development lifecycle, from requirements specification to hardware-in-the-loop (HIL) testing. Whether you're an engineer looking to upskill or a beginner entering the field, this course equips you to thrive in the automotive industry's shift towards smarter, more efficient vehicle development.

Overview

Section 1: Introduction to Model Based Development

Lecture 1 Overview of The Automotive Industry

Lecture 2 Modern Automotive Systems

Lecture 3 Software Development Demands In Automotive Industry

Lecture 4 Model-Based Development (MBD)

Lecture 5 How Model-Based Development Works?

Lecture 6 Software requirement analysis

Lecture 7 Software High-Level Design

Lecture 8 Software Low-Level Design Overview

Lecture 9 Model in Loop Testing Stage

Lecture 10 Code Generation

Lecture 11 Software in Loop (SIL)

Lecture 12 Hardware in Loop (HIL)

Lecture 13 Software Acceptance Testing

Lecture 14 Benefits of Model-Based Development

Lecture 15 Requirement Analysis

Lecture 16 Model-Based Design Configuration

Section 2: V-Model Approaches

Lecture 17 Model-Based Development

Lecture 18 Model-Based development process

Lecture 19 Model-Based Development- V Cycle

Lecture 20 Model Verification by Simulation (MvS)

Lecture 21 What is the V model for software development

Lecture 22 Function Requirements

Lecture 23 Function Development

Lecture 24 Software Development

Lecture 25 Software integration

Lecture 26 Function integration

Section 3: Software Testing Methods

Lecture 27 Testing

Lecture 28 Dynamic Testing

Lecture 29 Static Testing

Lecture 30 Testing Techniques

Lecture 31 Functional Testing and Unit Testing

Lecture 32 Integration Testing & System Testing

Lecture 33 Acceptance Testing & Non-Functional Testing

Lecture 34 Smoke Testing & Regression Testing

Lecture 35 Dynamic Testing & Structure Based Testing

Lecture 36 Condition Coverage

Lecture 37 Decisions Coverage

Lecture 38 Modified Condition/Decision Coverage

Mechanical, Automobile, Electrical and Electronics student can enroll this course.