Lecture 1 - Introduction to Engine Systems and Its Types: A Focus on Ignition System Lecture 2 - A Focus on Lubrication and Cooling Systems Lecture 3 - Engine Classifications and Nomenclature Lecture 4 - Analysis of Basic Cycles Lecture 5 - Description of Engine Components Lecture 6 - Design and Constructional Features of Engine Hardware Lecture 7 - Shape and Material of Engine Components Lecture 8 - Concept of Hybrid Engines and Working Principle Lecture 9 - Types of Hybrid Arrangements Lecture 10 - Description of Energy Transfer Mechanism Lecture 11 - Components Involved: Energy Transfer Lecture 12 - Components Involved and Numerical Problems: Energy Transfer Lecture 13 - Introduction to Electronic Control Unit (ECU) and its functions Lecture 14 - Description of Electronic Control Unit (ECU) and types of control system: Open-loop and Close loop Lecture 15 - Memory-based and Adaptive-based control systems Lecture 16 - Control system layout and types of sensors: Coolant temperature sensor and Crankshaft position sensor Lecture 17 - Manifold Absolute Pressure sensor (MAP) and Throttle Position Sensor (TPS) Lecture 18 - Actuators in control system: Solenoids, Piezoelectric and Stepper motor Lecture 19 - Key elements of ECU: Microprocessor and Memory chips Lecture 20 - Introduction to electronic devices and circuits Lecture 21 - Introduction to Transistors Lecture 22 - Introduction to Digital circuits Lecture 23 - Functional layout of Electronic Control Unit (ECU) Lecture 24 - Electronic ignition system Lecture 25 - Electronic Fuel-Injection System: Injection schemes Lecture 26 - An overview of injection duration calculation Lecture 27 - Modes for fuel control, Integrated engine control system Lecture 28 - Introduction to Engine performance and its measurement Lecture 29 - Measurement of fuel flow rate, air flow rate and needle lift in a CI engine Lecture 30 - Measurement of indicated work, Numerical problem Lecture 31 - Measurement of torque: Power output from engine, Numerical problem Lecture 32 - Measurement of volumetric efficiency Lecture 33 - SI engine performance curves and Performance characteristics Lecture 34 - Performance map, Analytical method of performance estimation Lecture 35 - CI engine performance, factors affecting engine performance Lecture 36 - Introduction to Superchargers Lecture 37 - Performance Map of Superchargers and Numerical Problems Lecture 38 - Introduction to Turbocharger and Phenomenon of Turbo-lag in Turbochargers Lecture 39 - Introduction to Variable Geometry Turbine Lecture 40 - Numerical Problems on Turbocharger Lecture 41 - Engine heat balance Lecture 42 - Measurement of heat losses in engines and Numerical problem Lecture 43 - Speed control of IC engines Lecture 44 - Mechanical and Electronic governor Lecture 45 - Trend of recent technologies to achieve better performance and reduce pollution

Lecture 1 - Introduction to Engine Systems and Its Types: A Focus on Ignition System Lecture 2 - A Focus on Lubrication and Cooling Systems Lecture 3 - Engine Classifications and Nomenclature Lecture 4 - Analysis of Basic Cycles Lecture 5 - Description of Engine Components Lecture 6 - Design and Constructional Features of Engine Hardware Lecture 7 - Shape and Material of Engine Components Lecture 8 - Concept of Hybrid Engines and Working Principle Lecture 9 - Types of Hybrid Arrangements Lecture 10 - Description of Energy Transfer Mechanism Lecture 11 - Components Involved: Energy Transfer Lecture 12 - Components Involved and Numerical Problems: Energy Transfer Lecture 13 - Introduction to Electronic Control Unit (ECU) and its functions Lecture 14 - Description of Electronic Control Unit (ECU) and types of control system: Open-loop and Close loop Lecture 15 - Memory-based and Adaptive-based control systems Lecture 16 - Control system layout and types of sensors: Coolant temperature sensor and Crankshaft position sensor Lecture 17 - Manifold Absolute Pressure sensor (MAP) and Throttle Position Sensor (TPS) Lecture 18 - Actuators in control system: Solenoids, Piezoelectric and Stepper motor Lecture 19 - Key elements of ECU: Microprocessor and Memory chips Lecture 20 - Introduction to electronic devices and circuits Lecture 21 - Introduction to Transistors Lecture 22 - Introduction to Digital circuits Lecture 23 - Functional layout of Electronic Control Unit (ECU) Lecture 24 - Electronic ignition system Lecture 25 - Electronic Fuel-Injection System: Injection schemes Lecture 26 - An overview of injection duration calculation Lecture 27 - Modes for fuel control, Integrated engine control system Lecture 28 - Introduction to Engine performance and its measurement Lecture 29 - Measurement of fuel flow rate, air flow rate and needle lift in a CI engine Lecture 30 - Measurement of indicated work, Numerical problem Lecture 31 - Measurement of torque: Power output from engine, Numerical problem Lecture 32 - Measurement of volumetric efficiency Lecture 33 - SI engine performance curves and Performance characteristics Lecture 34 - Performance map, Analytical method of performance estimation Lecture 35 - CI engine performance, factors affecting engine performance Lecture 36 - Introduction to Superchargers Lecture 37 - Performance Map of Superchargers and Numerical Problems Lecture 38 - Introduction to Turbocharger and Phenomenon of Turbo-lag in Turbochargers Lecture 39 - Introduction to Variable Geometry Turbine Lecture 40 - Numerical Problems on Turbocharger Lecture 41 - Engine heat balance Lecture 42 - Measurement of heat losses in engines and Numerical problem Lecture 43 - Speed control of IC engines Lecture 44 - Mechanical and Electronic governor Lecture 45 - Trend of recent technologies to achieve better performance and reduce pollution