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IC Engine Training
Description
Module 1: Introduction to IC Engines
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Types of IC engines: SI (Spark Ignition) and CI (Compression Ignition)
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Engine components and their functions
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Basic working principles
Module 2: Thermodynamics of IC Engines
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Air-standard cycles (Otto, Diesel, Dual)
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Combustion process and fuel-air mixture
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Engine efficiency and performance parameters
Module 3: Engine Components and Materials
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Cylinder, piston, crankshaft, valves, camshaft
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Materials used in engine construction
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Cooling and lubrication systems
Module 4: Fuel Systems and Ignition
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Carburetors and fuel injection systems
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Ignition systems: magneto, coil, electronic ignition
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Emission control technologies
Module 5: Engine Testing and Performance Analysis
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Measurement of power, torque, and fuel consumption
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Brake and indicated thermal efficiencies
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Emission testing and standards
Module 6: Maintenance and Troubleshooting
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Common engine faults and their diagnosis
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Routine maintenance procedures
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Tools and techniques for repair
Module 7: Advances in IC Engines
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Turbocharging and supercharging
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Alternative fuels and hybrid engines
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Recent trends and future prospects
Practical Sessions and Projects
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Dismantling and assembling an IC engine
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Performance testing on engine test rigs
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Emission analysis and tuning
Requirements
What is an IC Engine?
An Internal Combustion (IC) Engine is a heat engine where the combustion of fuel occurs inside the engine cylinder, producing power to drive vehicles, machinery, and equipment.
Why Learn IC Engine Technology?
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Fundamental knowledge for automotive and mechanical engineers
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Essential for maintenance, repair, and design of engines
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Understanding engine performance, emissions, and efficiency
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Opens career opportunities in automotive service, manufacturing, and research
