Automotive Powertrain Engineering
( 24 Modules )

Module #1
Introduction to Powertrain Engineering
Overview of the powertrain system, its components, and importance in automotive engineering

Module #2
Powertrain Architecture
Types of powertrain architectures, including front-wheel drive, rear-wheel drive, and all-wheel drive

Module #3
Internal Combustion Engines
Fundamentals of IC engines, including engine types, components, and performance characteristics

Module #4
Engine Performance Metrics
Understanding and calculating engine performance metrics, such as power, torque, and efficiency

Module #5
Transmission Fundamentals
Overview of transmission types, including manual, automatic, and continuously variable transmissions

Module #6
Transmission Design and Analysis
Design and analysis of transmission components, including gears, bearings, and clutches

Module #7
Driveline and Axle Systems
Components and design of driveline and axle systems, including propeller shafts and differential gears

Module #8
Electric Motor and Hybrid Powertrains
Overview of electric motor and hybrid powertrain systems, including architecture and benefits

Module #9
Battery Technology for Electric Vehicles
Fundamentals of battery technology, including types, characteristics, and charging systems

Module #10
Power Electronics for Electric Vehicles
Design and analysis of power electronics for electric vehicles, including inverters and converters

Module #11
Vehicle Dynamics and Powertrain Integration
Understanding the interaction between powertrain and vehicle dynamics, including traction, stability, and handling

Module #12
Powertrain Control Systems
Overview of powertrain control systems, including sensors, actuators, and control strategies

Module #13
Engine Control Systems
Fundamentals of engine control systems, including fuel injection, ignition, and emission control

Module #14
Transmission Control Systems
Design and analysis of transmission control systems, including shift scheduling and torque converter control

Module #15
Hybrid Powertrain Control Systems
Control strategies for hybrid powertrains, including mode control and energy management

Module #16
Powertrain Testing and Validation
Methods and tools for testing and validating powertrain systems, including dynamometer testing and simulation

Module #17
Powertrain Calibration and Optimization
Calibration and optimization techniques for powertrain systems, including engine mapping and transmission tuning

Module #18
Sustainability and Environmental Impact
Impact of powertrain systems on the environment, including emissions, fuel economy, and life cycle assessment

Module #19
Future of Powertrain Engineering
Trends and advancements in powertrain engineering, including electrification, autonomy, and connectivity

Module #20
Advanced Powertrain Technologies
Emerging technologies in powertrain engineering, including fuel cells, hybridization, and 48V systems

Module #21
Powertrain System Design and Development
System-level design and development of powertrain systems, including integration and validation

Module #22
Powertrain Component Design and Analysis
Design and analysis of powertrain components, including stress analysis and fatigue life prediction

Module #23
Powertrain Materials and Manufacturing
Overview of materials and manufacturing processes used in powertrain components, including casting, forging, and machining

Module #24
Course Wrap-Up & Conclusion
Planning next steps in Automotive Powertrain Engineering career

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Automotive Powertrain Engineering ( 24 Modules )

Automotive Powertrain Engineering
( 24 Modules )