Course Title: Car Engine Diagnostic Skills Training

Duration: 40 Hours (5 Days)
Level: Beginner to Intermediate
Prerequisites: Basic understanding of automotive systems

#CarRepair #EngineDiagnostics #AutomotiveTraining #MechanicCourse #AutoMechanics

Course Description:

This course provides hands-on training in diagnosing common and complex car engine issues using modern diagnostic tools and techniques. Participants will learn systematic troubleshooting methods, interpret fault codes, and perform real-world diagnostics on various engine systems.

Course Objectives:

By the end of this course, participants will be able to:

• Understand engine operation and key components.
• Use diagnostic tools (OBD-II scanners, multimeters, oscilloscopes).
• Interpret trouble codes (DTCs) and live data.
• Diagnose fuel, ignition, compression, and emission-related issues.
• Apply logical troubleshooting techniques to identify engine problems.

#BeginnerFriendly #IntermediateCourse #MechanicTraining #AutoTechnicians #DIYAutoRepair

Course Modules:

Module 1: Introduction to Engine Diagnostics

• Overview of engine systems and components
• Common engine problems and symptoms
• Safety precautions in engine diagnostics

Module 2: Diagnostic Tools and Equipment

• OBD-II scanners (basic vs. advanced)
• Multimeters and oscilloscopes for electrical testing
• Fuel pressure gauges and compression testers
• Scan tool software and live data analysis

Module 3: Understanding Diagnostic Trouble Codes (DTCs)

• Types of DTCs (P, B, C, U codes)
• Freeze frame data and its importance
• False codes vs. real faults

Module 4: Systematic Diagnostic Approach

• The 5-step diagnostic process (verify, retrieve, analyze, test, repair)
• Using wiring diagrams and service manuals
• Interpreting sensor data (MAF, MAP, O2, CKP, CMP)

#OBD2Diagnostics #TroubleCodes #EngineTroubleshooting #FuelSystem #IgnitionSystem #EmissionControl #AutomotiveElectronics #ScanTools #VehicleDiagnostics 

Module 5: Fuel System Diagnostics

• Fuel pump, injector, and pressure regulator testing
• Diagnosing lean/rich conditions
• Common fuel-related DTCs (P0171, P0172, P0300)

Module 6: Ignition System Diagnostics

• Spark plug, coil, and ignition module testing
• Misfire diagnosis (P0301-P0308)
• Using an oscilloscope for ignition analysis

Module 7: Compression and Mechanical Engine Diagnostics

• Performing a compression test
• Diagnosing low compression causes (valves, rings, head gasket)
• Oil consumption and smoke diagnosis

Module 8: Emission Control System Diagnostics

• EGR, PCV, and EVAP system troubleshooting
• Catalytic converter efficiency testing
• Diagnosing emission-related DTCs (P0420, P0401)

Module 9: Hands-On Practical Sessions

• Live vehicle diagnostics (case studies)
• Simulated fault scenarios
• Group troubleshooting exercises

Module 10: Final Assessment & Certification

• Written test on diagnostic concepts
• Practical diagnostic challenge
• Course completion certificate

Training Methodology:

• Theory Sessions (Lectures & Discussions)

  

• Live Demonstrations (Using Real Vehicles)
• Hands-On Practice (Diagnostic Tools & Scenarios)

• Case Studies & Group Exercises

#HandsOnTraining #CaseStudies #PracticalExercises #RealWorldDiagnostics

#OBD2Scanner #Multimeter #Oscilloscope #CompressionTest #LiveDataAnalysis #WiringDiagrams

Who Should Attend?

• Automotive technicians
• Mechanics seeking advanced diagnostic skills
• Vocational training students
• DIY enthusiasts looking to improve car repair skills

Certification:

#AutomotiveCertification #MechanicSkills #VocationalTraining #AutoTech

#CareerDevelopment

Participants who complete the course and pass the assessment will receive a Certificate in Car Engine Diagnostics.