How Does an Internal Combustion Engine Work: A Simple Guide

Internal Combustion Engines (IC) have a wide range of applications beyond automotive engineering and the automobile industry. These engines, which are known for their remarkable power and efficiency, play a crucial role in powering various machines and equipment. From pumps that are used to transfer fluids in industrial processes to generator rotors that provide electricity during power outages, IC engines are the driving force behind these essential devices. Additionally, IC engines are also commonly found in fans, which are used to circulate air and provide ventilation in buildings and other enclosed spaces.

Exploring IC Engines

This comprehensive course aims to demystify the inner workings of IC engines and provide participants with a deep understanding of their function and fuel usage. By exploring the diverse applications of IC engines, participants will discover that these engines are not limited to just cars and vans. In fact, IC engines are utilized as prime movers in a multitude of machines such as trains, motorbikes, scooters, lawnmowers, and even leaf blowers. This universal relevance makes understanding IC engines beneficial for individuals from all backgrounds, as these engines are pervasive in everyday machinery.

Course Features

The course features experienced instruction from a seasoned engineer with 17 years of expertise in the field of IC engines. Through interactive theory and practice learning, participants will engage with detailed 3D models and animations that will allow them to comprehensively grasp the intricacies of engine components, mechanisms and their operations. Visual emphasis is also placed on the course materials, with the utilization of 2D images to emphasize key areas of interest and aid in comprehensive understanding.

Join Us!

Join us on this exciting journey as we delve into the world of internal combustion engines. We look forward to welcoming you to the course and broadening your knowledge of these remarkable machines that power our modern world.

1. Mechanical engineering students or professionals
2. Automotive technicians or mechanics
3. Enthusiasts interested in engine performance and tuning
4. Industrial designers or manufacturers of engines and related components
5. Students or professionals in fields related to transportation, including aviation and marine industries
6. Researchers or scientists involved in developing new engine technologies
7. Environmentalists or policy-makers involved in regulations related to engines and emissions
8. Anyone who wants to gain a deeper understanding of the mechanics and workings of the most common type of engine used in vehicles today.

1. Understand the functioning of petrol and diesel engines and their key components.
2. Develop an understanding of internal combustion engines and their working principles.
3. Learn the mechanics of two stroke and four stroke engines.
4. Differentiate between petrol/gasoline and diesel engines and understand their applications and differences.
5. Identify and explain the main components of an engine, including their roles and interactions in the engine's operation, such as the crankshaft, piston, camshaft, and more.

Beginners.