Master HIL Testing Course – Complete Hardware-in-the-Loop Training for Automotive ECU Validation

Boost your automotive career with the most comprehensive HIL Testing Course.
Get hands-on Hardware-in-the-Loop Training for real-time Automotive HIL Testing and Automotive ECU Validation, including UDS CAN DoIP Diagnostics used by OEMs and Tier-1 companies worldwide.

Automotive HIL Testing Course and ECU Validation Lab at PiEST Systems – Real-time automotive embedded training setup with dSPACE, ECUs, and hardware-in-the-loop systems.

HIL Testing Course Objective

Automotive HIL Testing Engineer Training setup at PiEST Systems showing dSPACE Simulator, ECU module, and real-time automotive testing hardware.

Learn to set up real HIL Test Benches using dSPACE / NI.

Master ECU validation workflow – MiL → SiL → HIL.

Work with real-time simulation models via CAN, LIN, DoIP.

Perform UDS & Diagnostics (0x10, 0x22, 0x2E, 0x31).

Automate tests using Python, CAPL, MATLAB.

Practice Fault Injection & Signal Testing.

Get Piest Systems HIL Certification & become job-ready.

What You’ll Learn ?

Build and run closed-loop HIL systems with real ECUs.

Work on CAN, CAN-FD, CAN-XL, LIN, Ethernet & DoIP networks.

Perform UDS diagnostic testing on automotive ECUs.

Automate test cases using Python & LabVIEW.

Implement ASPICE and ISO 26262 standards.

Analyze fault injection & real-time signals.

Prepare for industry-level HIL validation projects.

What you will learn in Automotive HIL Testing Engineer Training at PiEST Systems – Hands-on automotive ECU simulation, embedded systems design, and real-time testing.

Who Should Enroll ?

Freshers & Students starting in Automotive Testing.

Embedded Engineers exploring ECU validation.

System Engineers upgrading to HIL Testing roles.

Test Engineers aiming for automation skills.

Professionals shifting to Automotive Domain.

R&D Engineers focusing on real-time simulation.

Learners seeking PiEmbSysTech HIL certification.

Prerequisites

Basic knowledge of Embedded Systems or Electronics – helpful but not mandatory.

Familiarity with C or Python – to understand test automation scripts.

Understanding of CAN or Serial Communication – recommended for ECU interaction.

Fundamentals of Automotive Systems – like sensors, actuators, and ECUs.

Basic Windows PC operation skills – for LabVIEW, MATLAB, and TESAF tools.

Interest in Automotive Validation & Testing – logical and problem-solving mindset.

Laptop or PC with stable internet connection – for software tools and live practicals.

HIL Testing Course Modules

HIL Testing Course Syllabus 👉Download

Which HIL Testing Course is Right for You?

Course Duration	Who It’s For	Key Focus Areas	Outcome
🧩 1-Month – Foundation HIL Testing Course	Beginners, students, or freshers entering automotive testing	Learn ECU basics, CAN communication, and intro to HIL setup	Build a strong base in Automotive HIL Testing and perform simple ECU simulations
⚙️ 3-Month – Professional HIL Testing Course	Working engineers or testers looking to advance	Full HIL bench configuration, LabVIEW automation, TESAF tools, UDS/DoIP protocols	Become a job-ready Automotive HIL Test Engineer capable of running and automating ECU tests
🤖 6-Month – Expert HIL Testing & Automation with AI Course	Career-focused professionals aiming for specialization	Advanced HIL automation, real-time simulation, safety testing, AI-driven test scripting	Master end-to-end Automotive ECU Testing Course with AI integration and project delivery

Hands-On Projects

Build a mini HIL loop for Body Control ECU.

Perform UDS CAN & DoIP diagnostics on virtual ECUs.

Automate tests using Python & LabVIEW.

Create real-time simulation models for ECUs.

Implement fault injection & signal monitoring.

Validate CAN, LIN & Ethernet networks.

Execute a final HIL test automation project with certification.

Tools & Technologies Covered

NI PXI & dSPACE MicroLabBox – real-time HIL hardware

TESAF & PCAN-USB – ECU interfacing and bus I/O

PCAN-View, SavvyCAN & SocketCAN/Wireshark – trace & analysis

MATLAB/Simulink & LabVIEW – modeling and test automation

Python – scripting for diagnostics/automation

Interest in Automotive Validation & Testing – logical and problem-solving mindset.

Laptop or PC with stable internet connection – for software tools and live practicals.

Why Choose PiEST Systems

Train on real automotive HIL benches used for ECU validation and system testing.

Flexible 1-, 3-, and 6-month programs designed for students & professionals.

Hands-on projects using real-time ECUs and diagnostic tools.

Placement assistance & mock interviews guided by industry experts.

Unlimited access to recordings, lab sessions, and mentorship.

Learn CAN, UDS , OBD-II, and DoIP Protocol diagnostics with practical simulations.

Build career-ready skills aligned with Automotive ASPICE and ISO 26262 standards.

Join PiEST Systems – Empowering Engineers Through Real-World HIL Experience.

Q1 : What is the prerequisite for the HIL Testing Course?

Basic automotive and network knowledge is sufficient; all HIL concepts are taught from scratch.

Q2 : Do you teach UDS over CAN and DoIP Diagnostics?

Yes, the HIL Testing Course includes complete UDS CAN DoIP Diagnostics testing and troubleshooting.

Q3 : Will I get a certificate?

Yes, PiEST Systems issues an industry-recognized certificate for each track (1M / 3M / 6M) of the HIL Testing Course.

Q4 : Do I need real hardware to practice?

No, you can start with virtual ECUs and simulation tools; later, hardware-in-loop experiments are demonstrated using real setups like TESAF, NI PXI, and dSPACE.

Q4 : Do I need real hardware to practice?

No, you can start with virtual ECUs and simulation tools; later, hardware-in-loop experiments are demonstrated using real setups like TESAF, NI PXI, and dSPACE.

Q4 : Is this course suitable for beginners?

Absolutely — it’s designed for students, freshers, and engineers new to Automotive HIL Testing, with a clear roadmap from basics to expert level.