Automotive Engineering – 4 Week

Automotive Engineering – 4 Week Course Curriculum

Course Overview

This 4-week Automotive Engineering course provides a strong foundation in vehicle systems, working principles, modern automotive technologies, and industry practices. The course balances theory with practical understanding and prepares students for core mechanical/automotive roles.

---

Week 01: Introduction to Automobiles & Engine Basics

Module 1: Introduction to Automotive Engineering

• History and evolution of automobiles

• Classification of vehicles

• Layout of an automobile

• Role of automotive engineers

Module 2: Automotive Engines

• IC engine basics

• Types of engines (Petrol & Diesel)

• 2-stroke vs 4-stroke engines

• Engine components and functions

Module 3: Engine Systems

• Fuel supply system

• Air intake and exhaust system

• Cooling system

• Lubrication system

Practice / Assignment

• Identify engine components

• Compare petrol and diesel engines

---

Week 02: Transmission, Chassis & Brake Systems

Module 4: Transmission System

• Clutch – types and working

• Gearbox – manual & automatic

• Differential and final drive

• Power flow in vehicles

Module 5: Chassis & Suspension

• Chassis types

• Suspension system

• Springs and shock absorbers

• Ride comfort and stability

Module 6: Braking System

• Mechanical and hydraulic brakes

• Disc and drum brakes

• ABS – working principle

• Brake safety and performance

Practice / Assignment

• Transmission layout diagram

• Brake system comparison

---

Week 03: Steering, Electrical & Vehicle Safety Systems

Module 7: Steering System

• Steering geometry

• Manual steering

• Power steering (Hydraulic & Electric)

• Wheel alignment

Module 8: Automotive Electrical System

• Battery and charging system

• Starter motor

• Lighting system

• Sensors and actuators

Module 9: Vehicle Safety Systems

• Passive safety systems

• Active safety systems

• Airbags and seat belts

• Electronic Stability Control (ESC)

---

Week 04: Modern Automotive Technology & Future Trends

Module 10: Electric & Hybrid Vehicles

• Introduction to EVs

• Components of electric vehicles

• Hybrid vehicles

• Advantages and challenges

Module 11: Automotive Electronics & Diagnostics

• ECU basics

• On-board diagnostics (OBD)

• Fault detection

• Automotive software overview

Module 12: Manufacturing, Quality & Industry Trends

• Automotive manufacturing overview

• Quality control and testing

• Emission standards (BS-VI)

• Future trends: ADAS, autonomous vehicles

---

Final Mini Project / Case Study

Students will complete one project, such as:

• Layout and working of a vehicle system

• Comparison of IC vs Electric vehicles

• Case study on automotive safety or EV technology

---

Who Can Enroll

• Mechanical & Automobile Engineering students

• Diploma / Polytechnic students

• Beginners interested in automotive field

• Anyone preparing for internships or core jobs

---

Course Outcomes

After completing this course, learners will:

• Understand complete vehicle systems

• Gain knowledge of modern automotive technologies

• Analyze real-world automotive problems

• Build a strong base for internships & industry roles