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This course aims to provide a comprehensive understanding of internal combustion engines (ICE), covering their history, types, and key components. It explores fundamental thermodynamic principles and analyzes ideal and real engine cycles to explain engine performance. The design and construction of engines, including materials and configurations, are discussed to highlight practical considerations. Combustion processes, fuel systems, and injection techniques are examined to understand how fuel is ignited and controlled. Performance parameters such as power and efficiency are studied alongside emission formation and control technologies. Cooling and lubrication systems essential for engine longevity are included. Finally, modern advancements like hybrid systems and advanced combustion methods are introduced to show trends in efficiency and environmental impact reduction. The course blends theory with practical aspects to equip learners with a solid foundation in ICE technology.