
Explore the v model in detail, mapping sil, hil, and vil testing across requirements, architecture and design, implementation, and verification in automotive hardware in loop contexts.
Demonstrate how hardware-in-the-loop tests use real components and simulated signals to safely verify control algorithms and features like emergency braking without road testing.
Clarifies the HiL scope for the ABS ECU across OEMs, component owners, suppliers, and software developers. Stresses electrical activations, end-to-end and component-level testing, while excluding hydraulic operations.
Identify and distinguish KL30, KL15, and KL50 power circuits; explain CL30 is always on, KL15 activates with ignition, and KL50 engages during cranking, highlighting diagnostics via OBD.
Explore digital input simulation with the VT2516 card, featuring 16 channels and PWM signals. Use soft control to inject ground, short circuits, or battery voltages into ECUs, with ABS scenarios.
Explore the VT system chassis walkthrough, detailing a six-slot 8006E chassis with power, digital input, and analog cards, PC connectivity, cascading synchronization, and grounding practices for simulating ABS hardware-in-the-loop.
Present the end-to-end hardware-in-the-loop setup for an ABS ECU, including the system rack, 8068 cards, and CAN traces; configure panels and scripts for power-on and CAN validation.
Unlock the world of Automotive Hardware-In-Loop (HIL) Testing with our comprehensive course designed for both beginners and seasoned professionals. This in-depth course covers the foundational concepts and advanced techniques needed to master HIL testing from scratch. Learn how to integrate and validate automotive systems, simulate real-world driving conditions, troubleshoot complex issues, and ensure the highest levels of reliability and safety for vehicle systems.
Throughout the course, you'll dive into the intricacies of HIL testing, exploring the latest tools and technologies that drive this essential field, all while receiving expert guidance from seasoned professionals. You'll develop a strong understanding of how to create accurate simulations, manage hardware-software interfaces, and apply best practices to ensure robust system performance.
You'll explore a variety of automotive systems, including ABS understanding how HIL testing is used to validate each one. Learn how to design and implement test setups, configure vector based HIL systems, and use simulation models to test different scenarios and edge cases.
By the end of this course, you'll be proficient in HIL testing, equipped with the skills and knowledge needed to excel in the automotive industry. Whether you're looking to advance your career or deepen your expertise, this course will provide you with the tools and insights to succeed. Join us and take the first step towards mastering Automotive HIL Testing from scratch, becoming a key player in the development and validation of cutting-edge vehicle technologies.
This training covers the following objectives:
Section 1:
Introduction
- Will provide an introduction to HIL
Section 2:
Automotive Software Life Cycle and Emerging ASPICE process
- what is Software lifecycle in Automotive
- ASPICE overview
Section 3:
A Closer look of V Model and mapping of testing concept
- V model and where testing scope
Section 4:
Why Testing needed in Automotive
- Test concepts of Automotive and needed of an ECO system
Section 5:
Automotive ECO System for E\E
Section 6:
Hardware in Loop in Automotive
- What is HiL
- Basic Elements of HiL
- Understand the HiL Need and Testing Type
- Input and Output (I/O)
- Device under Test [DUT], Gui, process, Automation
Section 7:
Market Players in HiL
- Important market players in HIL
Section 8:
Lets create the HiL - Use case of Antilock braking system
-Anti lock braking system [ABS] - Electrical system circuit
-Various Scope of the HiL - using ABS
-ABS - ECU - A deeper look of components
-ABS - Wiring and signals
-ABS - Harness and pin details
-Brake pedal switch Circuit
-Brake fluid switch
-Wheel speed sensor
-Conceptual ABS - HiL
-HiL - Power supply handing
-Vector VT System cards - and GUI via CANoe, VT7001 - Power supply card - walkthrough, Automation of Power supply - Non VT
-Handling Wheel speed information via VT2516
-VT2004A - Analog Inputs handling
-VT System - Chassis walkthrough
-Additional VT Cards - General information
-Final view of HiL and real harness
-Automation using VTeststudio
-Overview of VTestStudio
-VT 2516 - Digital Signal card walkthrough
-A sample test case in VTstudio
Section 10:
HiL - Other components and Re-Configuration
Section 11
Vehicle in Loop - ViL Overview