Auto Mechanics Syllabus

Course Overview

This comprehensive auto mechanics course provides students with the fundamental knowledge and practical skills necessary to diagnose, repair, and maintain modern automotive systems. The curriculum covers both theoretical concepts and hands-on applications, preparing students for entry-level positions in the automotive service industry or for advanced specialization.

Course Objectives

Develop a comprehensive understanding of automotive systems and components
Master diagnostic procedures and troubleshooting techniques
Learn safe workshop practices and tool operation
Develop skills in preventive maintenance and routine service procedures
Understand environmental regulations and proper waste disposal
Achieve proficiency in electronic diagnostic equipment usage

Prerequisites

High school diploma or equivalent
Basic mathematics skills
Fundamental computer literacy
Physical capability to perform automotive repairs

Course Duration

The course is designed to be completed over two semesters (32 weeks), with 16 hours of instruction per week (mix of classroom theory and hands-on workshop practice).

Course Structure

Module 1: Introduction to Automotive Technology (2 weeks)

History and evolution of automotive technology
Automotive career opportunities and industry standards
Shop safety procedures and personal protective equipment
Basic hand tools and equipment introduction
Fasteners, measuring systems, and shop mathematics

Module 2: Engines and Engine Systems (6 weeks)

Engine design and operation principles
Engine blocks, cylinder heads, and internal components
Cooling systems and maintenance
Lubrication systems and oil changes
Fuel systems (carburetion and fuel injection)
Intake and exhaust systems
Engine diagnosis and basic repair procedures

Module 3: Electrical Systems (5 weeks)

Basic electricity principles and circuits
Battery construction, testing, and service
Starting systems and components
Charging systems and alternators
Lighting and accessory systems
Electrical diagnosis with multimeters and scan tools

Module 4: Ignition Systems (3 weeks)

Conventional ignition systems
Electronic ignition systems
Distributorless ignition systems
Spark plugs and ignition timing
Ignition system diagnosis

Module 5: Emission Control Systems (3 weeks)

Evaporative emission controls
Positive crankcase ventilation
Exhaust gas recirculation
Catalytic converters
Air injection systems
On-board diagnostics (OBD II)
Emission testing procedures

Module 6: Drive Train Systems (4 weeks)

Clutches and manual transmissions
Automatic transmissions
Transaxles
Drive shafts and universal joints
Differentials and final drives
Four-wheel drive and all-wheel drive systems

Module 7: Brake Systems (4 weeks)

Hydraulic brake system components
Drum brake systems
Disc brake systems
Antilock brake systems
Power brakes
Brake diagnosis and repair
Brake lathe operation and rotor resurfacing

Module 8: Steering and Suspension (3 weeks)

Steering columns and gears
Rack and pinion steering
Front and rear suspension systems
Shock absorbers and struts
Wheel alignment principles
Tires and wheels

Module 9: Heating and Air Conditioning (3 weeks)

Heating systems
Air conditioning principles
A/C components and refrigerants
A/C service and recovery
Climate control systems

Module 10: Advanced Diagnostics and Emerging Technologies (3 weeks)

Advanced scan tool techniques
Hybrid vehicle systems
Electric vehicle fundamentals
Network communication systems
Advanced driver assistance systems
Future automotive technologies

Learning Outcomes

Upon successful completion of this course, students will be able to:

Diagnose and repair common automotive problems
Safely operate hand and power tools used in automotive service
Perform preventive maintenance procedures according to manufacturer specifications
Interpret service information and technical manuals
Use diagnostic equipment to identify system malfunctions
Communicate technical information effectively
Adhere to safety and environmental regulations
Work effectively in a team environment

Assessment Methods

Assessment Type	Description	Weight
Written Exams	quizzes and final exam covering theoretical knowledge	30%
Practical Assessments	Hands-on skill demonstrations on mock-ups and vehicles	40%
Lab Assignments	Scheduled practical exercises and diagnostic challenges	20%
Safety and Professionalism	Adherence to shop safety, attendance, and workplace professionalism	10%

Required Materials

Course textbook: "Modern Automotive Technology" by James E. Duffy
Personal tool set (minimum requirements specified in course guide)
Safety glasses and work boots
Notebook for lectures and shop procedures
Digital storage device for electronic resources

Certification Preparation

This syllabus prepares students for the following industry-recognized certifications:

Automotive Service Excellence (ASE) Entry-Level Certification
National Institute for Automotive Service Excellence (ASE) A1-A8 test preparation
Manufacturer-specific training programs

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Reference Files For Auto Mechanics Syllabus

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