AutoTest & Beyond Automotive QA From Zero to Job-Ready

Learn ISO 26262, ASPICE, HIL, SIL & CANoe testing - build a real, job-ready portfolio with zero experience needed.
What you'll learn

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Master automotive testing fundamentals: the V-Model, ECU architecture, CAN bus, and the ISO 26262 and ASPICE standards used across the industry
Design professional test cases using equivalence partitioning, boundary value analysis, decision tables, and state transition testing
Understand HIL, SIL, CANoe, and ADAS validation - the core testing environments and tools used at real OEMs and Tier 1 suppliers
Build a job-ready resume, a public portfolio, and confident answers to real automotive tester interview questions
Requirements

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No prior automotive or software testing experience required - this course starts from zero A computer with internet access; no special software needed to follow along Curiosity about how modern vehicles' software actually works (Helpful but optional) basic familiarity with any software testing concepts
Description

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Every modern car is, quietly, a computer on wheels - running over 100 million lines of code across more than 70 Electronic Control Units, all of which have to work correctly, safely, and reliably before that car ever reaches a customer. Someone has to test all of that. That someone could be you.
AutoTest & Beyond is a complete, beginner-to-job-ready course in automotive software testing - built for people who have zero automotive background and want a clear, honest, practical path into one of the fastest-growing and highest-demand corners of the tech industry.
This isn't a course that throws jargon at you and hopes it sticks. Every single concept - from ISO 26262 to CANoe to ADAS validation - is taught by returning, again and again, to ONE real requirement that you build yourself in Section 3, and then test across every major method used in the real industry: functional design, Hardware-in-the-Loop, Software-in-the-Loop, and CAN bus message-level testing. By the end of the course, you won't just understand these concepts abstractly - you'll have watched the exact same piece of work tested four completely different ways, the way it actually happens on a real vehicle program.
Why automotive testing, and why now?
The automotive industry is in the middle of the biggest technology shift in its history. Electronics and software now make up a rapidly growing share of what a car actually costs to build. Electric vehicles, autonomous driving features, and increasingly complex driver-assistance systems all depend on rigorous, standards-driven testing - and there simply aren't enough trained testers to fill the roles opening up at OEMs and their suppliers. Most engineering colleges don't teach this. That gap is exactly the opportunity this course is built around.
What makes this course different
Most beginner courses either stay too theoretical (definitions and diagrams with no hands-on grounding) or jump straight into tool tutorials without explaining why any of it matters. This course does neither. Every section follows the same rhythm: a real-world story that shows why the concept matters, a clear explanation of the concept itself, and then a hands-on application using the running REQ-101 example - a genuinely realistic automotive requirement (automatic headlight activation) that gets progressively more sophisticated as your skills grow.
You'll also learn from real, carefully researched industry cases - including what actually went wrong in the 2014 GM ignition switch recall, the 2015 Jeep Cherokee remote hack, and the 2018 Uber autonomous vehicle incident - not as scare stories, but as concrete lessons in exactly what rigorous testing is meant to catch.
What you'll actually learn, section by section
Section 1 - Automotive Testing Fundamentals. What automotive testing is, the V-Model, the four major types of testing, and why this is a genuinely lucrative career path.
Section 2 - ISO 26262 & ASPICE. The two standards that govern almost every decision in this industry: functional safety (ASIL risk levels, the safety lifecycle) and process maturity (capability levels, process areas).
Section 3 - Functional Testing In Depth. The core test design techniques - equivalence partitioning, boundary value analysis, decision tables, and state transition testing - applied to build your first complete, traceable test case.
Section 4 - Hardware-in-the-Loop (HIL) Testing. How you test real ECU hardware safely, without a real vehicle, including fault injection and the major industry tools (dSPACE, National Instruments, ETAS).
Section 5 - Software-in-the-Loop (SIL) Testing. How teams validate control logic before hardware even exists, including the critical technique of back-to-back testing required for the highest ASIL certifications.
Section 6 - CAN Tooling: Inside CANoe. Hands-on understanding of the industry-standard tool for CAN bus simulation and analysis, including DBC databases and CAPL scripting.
Section 7 - ADAS Validation. How camera, radar, and lidar-based systems are tested - including the SAE levels of driving automation, sensor fusion, and scenario-based testing, the fastest-growing discipline in the field.
Section 8 - Your Career Roadmap. Turning everything you've learned into a resume, a public portfolio, and confident, practiced answers to real interview questions - plus an honest look at what your first 90 days on the job will actually look like.
Who this course is for

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Engineering students and recent graduates who want to enter the automotive software testing field Software/QA testers from other domains (web, mobile, IT) looking to transition into automotive Anyone curious about how cars are tested for safety before they reach the road Job seekers targeting roles at OEMs and Tier 1 suppliers (Bosch, Continental, KPIT, Tata Elxsi, L&T Technology Services, and similar) Working professionals in adjacent automotive roles (mechanical, electrical) who want to move into software/test engineering
Homepage

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