Participants will explore key topics including internal combustion engines, vehicle dynamics, transmission systems, chassis design, and automotive electronics. Through theoretical lessons combined with practical examples, learners will gain a holistic view of how modern vehicles function and how various components integrate to deliver performance and safety.
Key Learnings:
- Vehicle Design & Development: Understand the stages of designing and developing a vehicle from concept to production.
- Engine Fundamentals: Dive into the mechanics of internal combustion engines and alternative powertrains, including electric vehicles.
- Transmission Systems: Learn about different transmission types, their functionality, and their impact on vehicle performance.
- Chassis & Suspension: Explore the importance of chassis design, material selection, and the role of suspension in vehicle stability and comfort.
Why Take This Course?
Whether you’re starting your career in automotive engineering or aiming to expand your knowledge in this dynamic field, this certification will equip you with essential skills and understanding, preparing you for further advanced studies or real-world applications in the automotive industry.
Course Curriculum
Module 1: Automotive Industry Overview
- Historical Development of the Automotive Industry
- Major Players and Market Dynamics
- Future Trends: Electrification, Autonomous Vehicles, and Connectivity
Module 2: Introduction to Automobile Engineering
- Fundamental Concepts of Automobile Engineering
- Overview of Vehicle Categories and Types
- Introduction to Automotive Design and Functional Requirements
Module 3: Revision of Basic Concepts
- Basic Physics and Mechanics Related to Automobiles
- Overview of Thermodynamics in Automotive Applications
- Material Science Essentials for Automotive Engineering
Module 4: Chassis and Roll Cage Design
- Design Principles of Automotive Chassis
- Types of Chassis Structures and Their Impact on Vehicle Stability
- Roll Cage Design: Materials, Safety Standards, and Performance Impact
Module 5: Tyres and Wheels
- Design and Construction of Tyres
- Understanding Wheel Mechanics: Alignment, Balancing, and Dynamics
- Tyre and Wheel Selection Based on Performance and Safety Criteria
Module 6: Engines
- Types of Engines Used in Modern Vehicles (Petrol, Diesel, Hybrid, Electric)
- Engine Components and Their Functions
- Engine Performance Parameters and Optimization Techniques
Module 7: Clutches
- Role of the Clutch in Power Transmission
- Types of Clutches: Friction, Hydraulic, and Electromagnetic
- Clutch Design Considerations and Troubleshooting Common Issues
Module 8: Transmission Systems
- Overview of Transmission Types: Manual, Automatic, CVT, DCT
- Gear Ratios and Their Selection for Optimal Performance
- Advanced Transmission Technologies and Future Trends
Module 9: Steering Systems
- Principles of Steering Systems: Rack and Pinion, Recirculating Ball
- Power Steering Technologies: Hydraulic, Electric, Electro-Hydraulic
- Design and Ergonomics of Steering Systems for Safety and Comfort
Module 10: Brakes
- Fundamentals of Braking Systems
- Types of Brakes: Disc, Drum, ABS, Regenerative Braking
- Design and Material Selection for Enhanced Braking Performance
Module 11: Suspension Systems
- Types of Suspension Systems: Independent, Dependent, Air Suspension
- Dynamics of Suspension and Its Effect on Ride Quality
- Design and Tuning of Suspension Systems for Different Driving Conditions
Learning Outcomes
- To develop learn and apply new theories, concepts and methods.
- Understand the basic functionalities of an automobile.
- Identify, formulates, and solves engineering problems.
- Apply knowledge of mathematics, science, and engineering.
- Design and conduct experiments, as well as to analyze and interpret data.
- Conduct rigorous and ethical research / formal enquiry into related issues that require familiarity with a range of research sources and appropriate methodologies.
- To demonstrate awareness and ability to critically evaluate risks, including health and safety when conducting design and tests.
