The “Fundamentals of Automotive Technology” course offers a comprehensive exploration of automotive fundamentals, providing students with a solid foundation in understanding the intricacies of modern vehicles. Spanning over 20 days with each day dedicated to four hours of instruction, this course covers a wide range of topics essential for anyone interested in pursuing a career in the automotive industry.

 From the very basics of defining automobiles and exploring their historical evolution to delving into complex systems such as engine operation, power transmission, and electronic control, participants will gain invaluable insights into the inner workings of vehicles. The course seamlessly integrates theoretical knowledge with practical applications, ensuring that students not only grasp theoretical concepts but also acquire essential hands-on skills.

 Throughout the course, students will have the opportunity to learn about various automotive components, systems, and technologies, as well as safety protocols and industry regulations. Practical demonstrations, interactive sessions, and workshop exercises will enhance learning and enable students to apply their knowledge in real-world scenarios.

Course Outline:

Defining the Automobile:

• Explore the evolution and significance of automobiles in modern society.
• Trace the rich history of automotive innovation and technological advancements.
• Understand the fundamental construction principles that define an automobile.

Under the Hood:

• Identify the key components housed within the engine compartment.
• Learn about the different types of drive wheels and their functions.
• Examine the primary sources of power that propel automobiles forward.

Supporting Engine Operation:

• Dive into the intricate systems responsible for fuel delivery, ignition, lubrication, and cooling.
• Understand the role of each system in ensuring optimal engine performance and longevity.

Getting Power to the Wheels:

• Explore the powertrain components, including the clutch, transmission, and transaxles.
• Gain insights into how power is transferred from the engine to the wheels for motion.

Controlling Ride and Handling:

• Study the suspension, steering, and braking systems that influence vehicle dynamics.
• Discover how these systems work together to enhance ride comfort and ensure safety.

Need for Electricity and Electronics:

• Delve into the electrical and electronic systems integral to modern automobiles.
• Learn about electrical components, symbols, and electronic engine control mechanisms.

Body Design and Construction:

• Explore various body styles and construction techniques used in automotive design.
• Understand the structural elements that support vehicle operations and passenger safety.

Regulating the Automobile:

• Examine federal legislation pertaining to automotive safety, air pollution, and fuel economy.
• Evaluate the impact of regulatory measures on automotive design and manufacturing.

Introduction to Automotive Service:

• Gain insights into the automotive service industry and career opportunities available.
• Explore the role of automotive dealerships and service centers in vehicle maintenance.

Shop Work and Service Information: – Learn about the standard procedures involved in automotive repair and maintenance. – Understand the importance of service specifications, manuals, and shop documentation.

Automotive Shop Safety: – Prioritize safety in the automotive workshop environment. – Identify and mitigate potential hazards associated with shop work and equipment operation.

Working Safely: – Acquire essential safety protocols for using power tools and handling hazardous materials. – Learn emergency procedures and best practices for maintaining a safe working environment.

Measurements and Measuring Systems: – Familiarize yourself with measurement tools and systems used in automotive engineering. – Master techniques for accurate measurements and precision engineering.

Automotive Fasteners, Gaskets, and Sealants: – Explore the different types of fasteners, gaskets, and sealants used in automotive assembly. – Understand their functions and applications in vehicle construction and repair.

Shop Hand Tools: – Discover a wide range of hand tools essential for automotive repair and maintenance tasks. – Learn how to use and maintain hand tools effectively for optimal performance.

Shop Equipment and Power Tools: – Explore the various power tools and equipment used in automotive workshops. – Gain hands-on experience with bench vises, drills, grinders, and other essential shop equipment.

Fundamentals of Engine Operation: – Understand the chemical reactions and combustion processes that power internal combustion engines. – Explore the essential components and principles governing engine operation.

Piston-Engine Operation: – Dive deeper into the operation and construction of piston engines. – Learn about pistons, piston rings, valves, and the four-stroke cycle of internal combustion engines.

Engine Type and Classifications: – Explore different engine classifications based on cylinder configuration and displacement. – Gain insights into various engine types and their applications in automotive engineering.

Engine Type and Arrangement of Valves: – Examine the arrangement of valves and valve trains in internal combustion engines. – Understand the significance of valve timing, cooling, and rotation in engine performance.