Master a breakthrough diagnostic technique that solves the most frustrating challenge in engine diagnostics. Learn to combine relative compression testing with pressure pulse analysis to quickly and accurately identify valve, piston, and gasket failures without disassembly.
Course Overview
Target Audience: Automotive technicians with basic engine knowledge who want to diagnose compression faults accurately and profitably.
Learning Objectives
- Set up and operate pressure pulse diagnostic equipment safely and effectively
- Identify which cylinder has a compression fault using relative compression testing
- Determine where compression is escaping (exhaust, inlet, crankcase, or cooling system)
- Diagnose common compression faults (burnt valves, worn rings, head gaskets) in minutes
- Apply advanced techniques including fuel system analysis and cylinder power contribution testing
- Structure diagnostic work profitably and communicate findings to customers professionally
Course Structure
This comprehensive masterclass is divided into 8 sections covering essential skills, diagnostic theory, practical application, advanced techniques, and professional development:
- Section 1: Essential Skills & Prerequisites
- Section 2: Understanding the Diagnostic Problem
- Section 3: The Pressure Pulse Analysis Solution
- Section 4: Equipment Setup & Baseline Testing
- Section 5: Practical Fault Diagnosis
- Section 6: Advanced Diagnostic Techniques
- Section 7: Getting Paid Well for Your Diagnostic Expertise
- Section 8: Course Assessment & Certification
Assessment & Certification
Upon successful completion of all assessments, you’ll receive your Pressure Pulse Analysis Masterclass certification. Requirements include:
- Complete all course lessons and topics
- Pass all section quizzes (80% minimum)
- Pass written knowledge assessment (80% minimum)
- Attend both practical skills assessment sessions
- Successfully identify at least 1 of 2 faults in Session 2
- Submit diagnostic summary report
Course Content
Understanding compression loss and identifying it accurately.
You don't currently have access to this content
Selecting the correct method for accurate relative compression testing.
You don't currently have access to this content
Interpreting relative compression test results – avoiding the pitfalls.
You don't currently have access to this content
Using different types of pressure pulse sensors.
You don't currently have access to this content
Using a waveform overlay tool
You don't currently have access to this content
Analysing engine condition using RC and pressure pulses.
You don't currently have access to this content
Diagnosing different engine mechanical failure conditions with pressure pulse analysis.
You don't currently have access to this content