Engine Dynamics

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About Course

Course Description

This program introduces learners to the principles of engine dynamics, covering how engines operate, key components, performance metrics, and maintenance practices. Participants will gain practical insights into internal combustion engines (ICE), electric engines, and hybrid systems, making it suitable for students, freshers, working professionals, and educators in automotive, mechanical, and engineering domains.


Learning Objectives

By the end of this program, learners will be able to:

  • Understand the fundamental principles of engine operation.

  • Identify key engine components and their functions.

  • Analyze engine performance parameters (power, torque, efficiency).

  • Understand combustion cycles, fuel types, and emission controls.

  • Apply basic troubleshooting and maintenance techniques.

  • Explore electric and hybrid engine dynamics.

  • Relate engine concepts to real-world automotive and mechanical applications.


Target Audience

  • College Students & Freshers: Learn foundational knowledge for automotive or mechanical careers.

  • Working Professionals: Upskill for automotive, mechanical, or engineering roles.

  • Educators: Teach engine dynamics concepts in classrooms or labs.

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Course Content

Module 1: Introduction to Engine Dynamics
Content to be covered: Types of engines: IC engines, electric engines, hybrid engines, Basic engine terminology: power, torque, RPM, displacement, Engine applications in automotive and industrial sectors, Activity: Identify engine types in sample vehicles

  • Online Live Class: 2 Hours
  • Practice/ Doubt: 30 Minutes

Module 2: Engine Components & Functions
Content to be covered: Key components: piston, crankshaft, cylinder, valves, camshaft, spark plug, fuel injectors, Overview of engine block and cylinder configuration, Hands-on: Explore engine diagrams and component identification

Module 3: Combustion & Engine Cycles
Content to be covered: Four-stroke and two-stroke cycles, Combustion process: intake, compression, power, exhaust, Fuel types and combustion characteristics, Activity: Visualize engine cycles using animations or models

Module 4: Engine Performance Metrics
Content to be covered: Power, torque, efficiency, fuel consumption, Air-fuel ratio and its impact on performance, Introduction to engine testing and diagnostics, Hands-on: Calculate engine parameters from sample data.

Module 5: Electric & Hybrid Engine Dynamics
Content to be covered: Basics of electric motors and hybrid systems, Energy conversion and battery dynamics, Comparison of ICE vs electric vs hybrid performance, Activity: Analyze a hybrid engine schematic and identify key differences, Troubleshooting, Maintenance & Real-World Applications

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