Automotive HIL

About Course

The Automotive HIL course will teach you to build, configure, and maintain HIL systems for component (subsystem) level HIL, and how to transition from this setup into system-level HIL. The course covers the major components of the HIL workflow, including system set-up, model and Custom Device integration, vehicle bus protocol fault insertion, residual bus simulation, use of Automotive toolkits, automated testing, debugging, and system management.

Benefits of the course

Explore component-level and system-level HIL
Specify your HIL System
Configure your HIL System in VeriStand
Integrate models and custom devices into VeriStand projects
Utilize vehicle bus protocols and restbus simulation
Perform hardware and software fault insertion
Use Measurement & Calibration and Diagnostic automotive toolkits
Debug and troubleshoot your HIL system communications
Perform automated testing in VeriStand or Python
Manage your HIL system using SystemLink

Course Content

Introduction

00:36 Preview
Product Development and Product Testing

07:27 Preview
What Is a Hardware-in-the-Loop Test?

06:39 Preview
NI Hardware and Software for HIL Testing

02:12 Preview
Demonstration: Overview of a HIL System

06:10 Preview
Knowledge Check
Summary

00:39 Preview

Introduction

00:19
Design Considerations and NI System HIL Overview

08:12
Grouping Signal Types

01:50
Wiring

03:36
Knowledge Check
Summary

00:38

Introduction

00:42
What Is NI VeriStand?

03:43
Adding Your Hardware into System Explorer

02:55
Configuring Your Hardware into System Explorer

05:07
Demonstration: Configuring an RT System

11:33
Using xMove Configurator for VeriStand

02:44
Demonstration: Creating System Configurations Using xMove Configurator

09:00
Knowledge Check
Summary

00:23

Introduction

00:34
Exploring Models in HIL

05:36
Incorporating Models in NI VeriStand

03:31
What Are VeriStand Custom Devices?

03:56
Creating and Installing Custom Devices into VeriStand

04:57
Demonstration: Exploring a VeriStand Custom Device

08:00
Matching Activity
Knowledge Check
Summary

00:25

Introduction

00:19
Communication Protocols in Default VeriStand

03:12
Residual Bus Simulation

02:46
Demonstration of PROVEtech RBS

07:36
Load and Fault Insertion During Communication

05:49
Knowledge Check
Summary

00:17

Introduction

00:35
Automotive Toolkits (1)

01:31
Demonstration of ECU Measurement and Calibration within NI VeriStand

11:37
Automotive Toolkits (2)

02:38
Demonstration of Automotive Diagnostics Command Set within NI VeriStand

08:25
Mapping Communication with a DUT

02:36
Outputting Data Using a Stimulus Profile in the Engine Demo Project

08:26
Protecting Your DUT Using Alarms and Procedures

03:57
Demonstrating a Protective Alarm with a Procedure

07:49
Summary

00:23
Matching Activity
Knowledge Check
Summary

00:17

Introduction

00:29
Why the Need of System-Level HIL?

08:11
Sub-system HIL vs. System-Level HIL on Hardware Level

04:07
Sub-system HIL vs. System-Level HIL on Software Level

02:02
Tips and Tricks

01:29
Matching Activity 1
Matching Activity 2
Matching Activity 3
Knowledge Check
Summary

00:29

Introduction

00:40
Performing Manual Tests

01:22
Demonstration: Directly Controlling the Engine Demo Project

06:03
Autonomous Testing in VeriStand

06:27
Controlling VeriStand Sequences Using Python

03:41
Demonstration: Automating the Engine Demo Project Using Python Scripts

10:18
Summary

00:20
Knowledge Check

Introduction

00:52
Interfacing with VeriStand through APIs (1)

03:43
Demonstration: Automating VeriStand Using ASAM Test Steps

08:22
Interfacing with VeriStand through APIs (2)

01:42
Performing Automatic Data Analysis

05:30
Generating Reports for Automatic Tests

04:13
Matching Activity
Knowledge Check
Summary

00:20

Introduction

00:21
System Diagnostic Tools in NI VeriStand

02:06
Benchmarking and Optimizing a HIL System

05:06
Troubleshooting NI-XNET and Automotive Toolkits

08:38
Debugging Techniques Commonly Used in NI VeriStand

02:06
Matching Activity
Knowledge Check
Summary

00:23

Introduction

00:30
What Must We Manage in a HIL System?

04:10
What Is NI SystemLink? (1)

01:16
Demonstration: Starting and Configuring SystemLink

05:00
What Is NI SystemLink? (2)

02:34
Demonstration: Adding Your System in SystemLink

04:58
Managing Systems Using SystemLink

03:21
Running Tests With a HIL System in SystemLink

03:27
Demonstration: Monitoring a Test in SystemLink

06:09
Matching Activity
Knowledge Check
Summary

00:17

$515.00 ~~$1,030.00~~

Lessons79
Quizzes19
Skill LevelIntermediate
LanguageEnglish
Course Duration 4h 30m

Target Audience

HIL System users or test engineers responsible for setting up, reconfiguring, operating, or troubleshooting a HIL system.

$515.00 ~~$1,030.00~~

Automotive HIL

About Course

Benefits of the course

Course Content

01 Introduction to HIL Testing

Knowledge Check

02 How to Create a HIL System Based on Requirements

Introduction

Design Considerations and NI System HIL Overview

Grouping Signal Types

Wiring

Knowledge Check

Summary

03 Configuring System Setup in NI VeriStand

Introduction

What Is NI VeriStand?

Adding Your Hardware into System Explorer

Configuring Your Hardware into System Explorer

Demonstration: Configuring an RT System

Using xMove Configurator for VeriStand

Demonstration: Creating System Configurations Using xMove Configurator

Knowledge Check

Summary

04 Models and Custom Devices in HIL

Introduction

Exploring Models in HIL

Incorporating Models in NI VeriStand

What Are VeriStand Custom Devices?

Creating and Installing Custom Devices into VeriStand

Demonstration: Exploring a VeriStand Custom Device

Matching Activity

Knowledge Check

Summary

05 Communication Protocols in VeriStand

Introduction

Communication Protocols in Default VeriStand

Residual Bus Simulation

Demonstration of PROVEtech RBS

Load and Fault Insertion During Communication

Knowledge Check

Summary

06 Communicating with Test Objects

Introduction

Automotive Toolkits (1)

Demonstration of ECU Measurement and Calibration within NI VeriStand

Automotive Toolkits (2)

Demonstration of Automotive Diagnostics Command Set within NI VeriStand

Mapping Communication with a DUT

Outputting Data Using a Stimulus Profile in the Engine Demo Project

Protecting Your DUT Using Alarms and Procedures

Demonstrating a Protective Alarm with a Procedure

Summary

Matching Activity

Knowledge Check

Summary

07 System-Level HIL

Introduction

Why the Need of System-Level HIL?

Sub-system HIL vs. System-Level HIL on Hardware Level

Sub-system HIL vs. System-Level HIL on Software Level

Tips and Tricks

Matching Activity 1

Matching Activity 2

Matching Activity 3

Knowledge Check

Summary

08 Performing Autonomous Real-Time Testing

Introduction

Performing Manual Tests

Demonstration: Directly Controlling the Engine Demo Project

Autonomous Testing in VeriStand

Controlling VeriStand Sequences Using Python

Demonstration: Automating the Engine Demo Project Using Python Scripts

Summary

Knowledge Check

09 Test Executives and Data Analysis

Introduction

Interfacing with VeriStand through APIs (1)

Demonstration: Automating VeriStand Using ASAM Test Steps

Interfacing with VeriStand through APIs (2)