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Advanced OBD Diagnostics - From Fault Codes to Root Cause
Published 9/2026
Created by Clive Crewe
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz, 2 Ch
Level: All Levels | Genre: eLearning | Language: English | Duration: 10 Lectures ( 3h 47m ) | Size: 1.2 GB
Mastering OBD
What you'll learn
Reading an OBD fault code is easy. Understanding why the ECU generated that fault code and using the available diagnostic information to find the real cause i This practical course takes OBD diagnostics beyond simple code reading and demonstrates how modern vehicle diagnostic systems actually work. You will learn ho The course uses worked diagnostic examples and realistic fault-finding exercises covering areas such as misfire detection, lambda and sensor diagnostics, inje You will learn how to interpret DTCs, freeze-frame data, live sensor information, fuel trims, lambda signals and other ECU parameters, and-most importantly-hoRequirements
This course is designed for learners who have a basic understanding of automotive systems and OBD diagnostics. Familiarity with OBD-II, Diagnostic Trouble Codes (DTCs), vehicle sensors and actuators, and basic engine operation is recommended. No advanced programming or mathematical knowledge is required. The course explains the diagnostic principles step-by-step and uses practical examples to demonstrate how diagnostic data can be interpreted and applied to real vehicle faults. A basic understanding of automotive electrical systems and the use of diagnostic scan tools will help students get the most from the course.Description
Advanced OBD Diagnostics - From Fault Codes to Root Cause
Reading an OBD fault code is easy. Understanding why the ECU generated that fault code and using the available diagnostic information to find the real cause is the valuable skill.
This practical course takes OBD diagnostics beyond simple code reading and demonstrates how modern vehicle diagnostic systems actually work. You will learn how ECUs detect faults, how diagnostic algorithms use sensor and actuator information, and how technicians and engineers can use this data to systematically identify and repair vehicle problems.
The course uses worked diagnostic examples and realistic fault-finding exercises covering areas such as misfire detection, lambda and sensor diagnostics, injector faults, poor fuel economy, diagnostic software, and engineering-level fault analysis.
You will learn how to interpret DTCs, freeze-frame data, live sensor information, fuel trims, lambda signals and other ECU parameters, and-most importantly-how to correlate this information to determine the likely root cause.
The course also explains the engineering principles behind diagnostics, including diagnostic algorithms, enable conditions, thresholds, counters, plausibility checks and fault-state logic. This helps you understand not just what the ECU reports, but how and why it reached its diagnostic decision.
Through practical examples, you will develop a structured diagnostic process
Customer symptom → DTC → ECU diagnostic logic → live data → diagnostic hypothesis → targeted test → root cause → repair → verification
The course also demonstrates how OBD data can be used beyond the workshop, including vehicle development, validation, engineering troubleshooting and product lifecycle improvement.
By the end of the course, you should be able to approach an OBD fault systematically rather than simply replacing the component associated with a DTC.
If you already understand the basics of OBD and want to develop the skills needed to diagnose real-world vehicle problems, this course is the next step.
Who this course is for
Automotive technicians and diagnostic technicians who want to improve their fault-finding skills. • Automotive engineers who want a deeper understanding of how OBD diagnostics actually work. • Vehicle engineering students and graduates looking to develop practical diagnostic knowledge. • Workshop technicians who want to move beyond simply reading and clearing DTCs. • EV and modern vehicle technicians who need to understand increasingly sophisticated electronic diagnostic systems. • Automotive software and controls engineers who want to understand how diagnostic functions are implemented within the ECU. • Anyone who has completed a basic OBD course and wants to progress to applied, engineering-level diagnostics. The course is particularly suitable for people who want to understand why an ECU sets a DTC, how it detects faults, how to interpret live data, and how to use that information to identify the actual root cause rather than simply replacing components.Homepage
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