Automotive Engineering Technology: Problem Solving
Unit Outlines

Automotive Engineering Technology: Problem Solving

AI Generated Intermediate 40 hours 9 topics

Learning Objectives

5 objectives
  • Develop a systematic approach to identifying and solving common automotive engineering problems.
  • Gain proficiency in diagnostic techniques and use of tools for vehicle troubleshooting.
  • Understand the principles behind key vehicle systems including electrical, engine, suspension, braking, and HVAC.
  • Learn to analyze vehicle performance data using modern software applications.
  • Appreciate the role of safety standards and regulatory compliance in automotive problem solving.

Content Outline

Preview

Unit 3581: Automotive Engineering Problem Solving

1. Introduction to Automotive Engineering Problem Solving

  • Importance of problem-solving skills in automotive engineering
  • Common types of problems encountered in automotive systems
  • Systematic problem-solving approach:
    • Defining the problem
    • Gathering information
    • Developing hypotheses
    • Testing and analyzing results
    • Implementing solutions

2. Diagnostic Techniques in Automotive Engineering

  • Overview of diagnostic tools:
    • OBD-II scanners
    • Multimeters
    • Oscilloscopes
    • Thermal imaging cameras
  • Methods of diagnostics:
    • Visual inspections
    • Functional tests
    • Signal testing
    • Data logging
  • Best practices for efficient troubleshooting

3. Electrical Systems Troubleshooting in Vehicles

  • Principles of automotive electrical systems:
    • Wiring basics and circuit theory
    • Sensors and actuators
    • Control modules and ECUs
  • Diagnosing electrical faults:
    • Identifying wiring issues (shorts, opens)
    • Sensor failures and signal anomalies
    • Control module diagnostics
  • Tools and techniques:
    • Using multimeters and oscilloscopes
    • Reading wiring diagrams

4. Engine Performance Analysis and Optimization

  • Key engine systems impacting performance:
    • Fuel systems (injection, carburetion)
    • Ignition systems
    • Emission control systems
  • Symptoms and causes of performance issues
  • Techniques for performance analysis:
    • Compression testing
    • Fuel pressure testing
    • Ignition timing checks
  • Strategies for engine optimization and tuning

5. Suspension and Steering System Problem Solving

  • Overview of suspension and steering components
  • Common issues:
    • Wheel alignment problems
    • Worn or damaged components (bushings, ball joints)
    • Vibrations and handling problems
  • Diagnostic methods:
    • Visual inspections
    • Road testing
    • Measuring alignment angles
  • Repair and rectification strategies

6. Braking System Troubleshooting

  • Components of braking systems:
    • Hydraulic systems
    • Brake pads and rotors
    • Anti-lock Braking Systems (ABS)
  • Common braking problems and their causes
  • Diagnostic techniques:
    • Pressure and leak tests
    • ABS fault code reading
    • Brake pad and rotor inspection
  • Repair approaches and safety considerations

7. HVAC System Diagnosis and Repair

  • Fundamentals of vehicle HVAC systems
  • Common HVAC issues:
    • Compressor failures
    • Evaporator and condenser problems
    • Refrigerant leaks
  • Diagnostic methods:
    • Pressure testing
    • Leak detection
    • Electrical system checks for HVAC components
  • Repair and maintenance procedures

8. Vehicle Performance Analysis using Data and Software

  • Introduction to vehicle data collection:
    • Sensors and data acquisition
    • Telemetry systems
  • Software tools for performance analysis:
    • Diagnostic software suites
    • Data visualization tools
  • Using data to diagnose and optimize vehicle performance

9. Safety and Regulatory Compliance in Automotive Problem Solving

  • Importance of safety standards:
    • Occupational safety
    • Vehicle safety standards (e.g., ISO, SAE)
  • Regulatory compliance considerations:
    • Recalls and warranty management
    • Legal implications of repairs and modifications
  • Ethical responsibilities in automotive engineering problem solving
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Quick Information

Unit Automotive Engineering Technology: Problem Solving
Difficulty Intermediate
Duration40 hours
Topics9
CreatedJul 19, 2026
GeneratedJul 19, 2026 18:38

Prerequisites

  • Basic knowledge of automotive systems and components
  • Fundamentals of electrical and mechanical engineering
  • Familiarity with vehicle maintenance practices

Recommended Resources

  • Automotive Technology: Principles, Diagnosis, and Service by James D. Halderman
  • Automotive Electrical and Engine Performance by James D. Halderman
  • SAE International Journals and Technical Papers
  • Diagnostic tool manuals and software guides (e.g., OBD-II scanners, vehicle manufacturer software)
  • Online tutorials and video demonstrations on automotive diagnostics and repairs

Unit Topics

9
Introduction to Automotive Engineering Problem Solving
An overview of the importance of problem-solving skills in automotive engineering, including common...
Diagnostic Techniques in Automotive Engineering
Exploration of various diagnostic tools and methods used in automotive engineering to identify and t...
Electrical Systems Troubleshooting in Vehicles
Understanding the principles of electrical systems in vehicles and how to diagnose and solve issues...
Engine Performance Analysis and Optimization
Examining the process of analyzing engine performance issues, including fuel systems, ignition syste...
Suspension and Steering System Problem Solving
Investigating common problems in suspension and steering systems, such as alignment issues, worn com...
Braking System Troubleshooting
Study of braking system components, including hydraulic systems, brake pads, rotors, and ABS systems...
HVAC System Diagnosis and Repair
Overview of heating, ventilation, and air conditioning (HVAC) systems in vehicles, focusing on troub...
Vehicle Performance Analysis using Data and Software
Introduction to utilizing data analysis tools and software to assess vehicle performance metrics, di...
Safety and Regulatory Compliance in Automotive Problem Solving
Understanding the importance of safety standards and regulatory compliance in addressing automotive...