Applied Automotive Systems Engineering Online Course

Master automotive fundamentals, IC engine systems, transmission technologies, vehicle dynamics, powertrain integration, electrification, and automotive electrical architecture through an industry-focused online certification.

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About the Program

The Applied Automotive Systems Engineering course is designed to build a strong foundation in the principles and technologies that drive modern automobiles. Participants will gain an in-depth knowledge of automotive systems, vehicle architecture, IC engine fundamentals, transmission systems, vehicle dynamics, and powertrain integration, enabling them to understand how various vehicle subsystems work together to deliver performance, safety, and efficiency. The course also introduces key concepts in automotive electrical and electronic architecture, diagnostics, braking, steering, suspension, and thermal management, providing learners with practical knowledge of real-world automotive engineering.

As the automotive industry rapidly transitions towards electric vehicles (EVs), hybrid vehicles, and connected mobility solutions, a solid understanding of conventional automotive systems is essential for the design and integration of next-generation vehicle technologies. This program bridges the gap between traditional automotive engineering and EV engineering, helping learners develop industry-relevant skills in vehicle integration, automotive electrification, system engineering, and powertrain development. Whether you are an engineering student, automotive professional, or aspiring EV engineer, this course prepares you for the evolving demands of the global automotive and electric mobility industry.

Skills You Will Gain
IIM online course certificate
Automotive Development Process and Industry structuring

Understand the complete automotive product development process, from concept design and vehicle architecture to manufacturing and validation. Learn how automotive companies structure engineering workflows, product lifecycle management, and cross-functional collaboration to deliver safe, reliable, and high-performance vehicles.

IIM online course certificate
Powertrain Technology Evaluation

Learn how to evaluate automotive powertrain technologies, including internal combustion engines (ICE), hybrid systems, and electric powertrains. Understand performance analysis, efficiency optimization, emissions, and system integration techniques used in modern passenger and commercial vehicles.

IIM online course certificate
Optimized Driveline & Gear Ratio Selection

Gain practical knowledge of driveline engineering and gear ratio optimisation to enhance vehicle performance, acceleration, fuel efficiency, and drivability. Learn how transmission design and gear selection influence power delivery across conventional, hybrid, and electric vehicle platforms.

IIM online course certificate
Powertrain Integration Analysis

Develop expertise in powertrain integration by understanding how engines, transmissions, electric motors, batteries, and control systems function together. Learn system-level integration techniques that improve vehicle performance, energy efficiency, reliability, and overall driving experience.

IIM online course certificate
Chassis Control Opimization

Develop expertise in powertrain integration by understanding how engines, transmissions, electric motors, batteries, and control systems function together. Learn system-level integration techniques that improve vehicle performance, energy efficiency, reliability, and overall driving experience.

IIM online course certificate
Automotive Electrical Architecture & Control

Understand automotive electrical and electronic architecture, including ECUs, sensors, actuators, communication networks, and vehicle control systems. Learn how modern electrical architectures support diagnostics, vehicle integration, advanced driver assistance systems (ADAS), and automotive electrification.

IIM online course certificate

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Superscript

Subscript

Why Automotive Systems Engineering Matters

The automotive industry is rapidly evolving with the adoption of electric vehicles (EVs), connected technologies, and intelligent mobility solutions. A strong understanding of automotive systems engineering is essential for designing, integrating, and optimising modern vehicles. Before mastering advanced EV technologies, engineers must build a solid foundation in IC engine systems, transmission technologies, vehicle dynamics, powertrain integration, and automotive electrical architecture. These core concepts help professionals understand how different vehicle subsystems interact to deliver performance, safety, efficiency, and reliability.

As the industry transitions toward vehicle electrification, ADAS (Advanced Driver Assistance Systems), connected vehicles, and autonomous mobility, engineers with comprehensive automotive knowledge are increasingly in demand. Learning automotive fundamentals enables professionals to troubleshoot complex systems, improve vehicle performance, and adapt to emerging technologies across conventional, hybrid, and electric vehicles. This course equips learners with practical, industry-relevant skills in automotive engineering, preparing them for careers in vehicle development, powertrain engineering, system integration, and the rapidly growing electric mobility sector.

Program Curriculum

Course 01: Automotive Fundamentals & IC Engine Systems
Exercise
35
Learning Material:
40
Module 01: Automotive Fundamentals & Industry Overview
  • [Learning Session] Fundamentals of Vehicles and Automotive Classification
    Video | 00:14:27
  • [Quick Knowledge Check] Fundamentals of Vehicles and Automotive Classification
    Exercise
  • [Learning Session] Heavy Vehicle Axles and Global Classification
    Video | 00:08:12
  • [Quick Knowledge Check] Heavy Vehicle Axles and Global Classification
    Exercise
  • [Learning Session] Powertrain Types and Evolution toward Electrification
    Video | 00:08:57
  • [Quick Knowledge Check] Powertrain Types and Evolution toward Electrification
    Exercise
  • [Learning Session] Indian Automobile Industry: Scale, Growth and EV Shift
    Video | 00:09:29
  • [Quick Knowledge Check] Indian Automobile Industry: Scale, Growth and EV Shift
    Exercise
  • [Learning Session] Automotive Ecosystem: OEMs, Suppliers, Dealers and Customers
    Video | 00:12:18
  • [Quick Knowledge Check] Automotive Ecosystem: OEMs, Suppliers, Dealers and Customers
    Exercise
  • [Learning Session] Inside a Vehicle/Component Manufacturer: Organization Structure
    Video | 00:10:01\
  • [Quick Knowledge Check] Inside a Vehicle/Component Manufacturer: Organization Structure
    Exercise
  • [Learning Session] From Idea to Launch: Vehicle Design and Development Process
    Video | 00:10:54
  • [Quick Knowledge Check] From Idea to Launch – Vehicle Design and Development Process
    Exercise
  • Summary - Automotive Fundamentals & Industry Overview
    PDF
  • Feedback Form - Automotive Fundamentals & Industry Overview
    feedback_form
  • Module End Exam - Automotive Fundamentals & Industry Overview
    Exercise
Module 02: IC Engine Basics
  • [Learning Session] From Steam Engines to Modern IC Engines
    Video | 00:18:19
  • [Quick Knowledge Check] From Steam Engines to Modern IC Engines
    Exercise
  • [Learning Session] Inside the Engine: Key Components & Their Roles
    Video | 00:10:47
  • [Quick Knowledge Check] Inside the Engine: Key Components & Their Roles
    Exercise
  • [Learning Session] Engine Layouts: Inline, V, Boxer and Beyond
    Video | 00:06:53
  • [Quick Knowledge Check] Engine Layouts: Inline, V, Boxer and Beyond
    Exercise
  • [Learning Session] Otto Cycle & S.I engines: Fire Triangle to PV Diagram
    Video | 00:11:41
  • [Quick Knowledge Check] Otto Cycle & S.I engines: Fire Triangle to PV Diagram
    Exercise
  • [Learning Session] Diesel Cycle & C.I Engines: Compression to Auto-Ignition
    Video | 00:11:36
  • [Quick Knowledge Check] Diesel Cycle & C.I Engines: Compression to Auto-Ignition
    Exercise
  • Summary - IC Engine Basics
    PDF
  • Feedback Form - IC Engine Basics
    feedback_form
  • Module End Exam - IC Engine Basics
    Exercise
Module 03: IC Engine Operation
  • [Learning Session] Basic Engine Terminology & Compression Ratio
    Video | 00:12:49
  • [Quick Knowledge Check] Basic Engine Terminology & Compression Ratio
    Exercise
  • [Learning Session] Torque Production & Engine Work Over a Cycle
    Video | 00:11:22
  • [Quick Knowledge Check] Torque Production & Engine Work Over a Cycle
    Exercise
  • [Learning Session] Petrol vs Diesel Engines: Concepts & Applications
    Video | 00:09:12
  • [Quick Knowledge Check] Petrol vs Diesel Engines: Concepts & Applications
    Exercise
  • [Learning Session] Two-Stroke Engine Working & Lubrication
    Video | 00:10:10
  • [Quick Knowledge Check] Two-Stroke Engine Working & Lubrication
    Exercise
  • [Learning Session] Two-Stroke vs Four-Stroke Engines: Performance & Applications
    Video | 00:05:32
  • [Quick Knowledge Check] Two-Stroke vs Four-Stroke Engines: Performance & Applications
    Exercise
  • Summary - IC Engine Operation
    PDF
  • Feedback Form - IC Engine Operation
    feedback_form
  • Module End Exam - IC Engine Operation
    Exercise
Module 04: IC Engine Performance
  • [Learning Session] IC Engine Fuel Conversion and Thermal Efficiency Fundamentals
    Video | 00:14:36
  • [Quick Knowledge Check] IC Engine Fuel Conversion and Thermal Efficiency Fundamentals
    Exercise
  • [Learning Session] Fuel, Emissions and CO₂ Impact in IC Engines
    Video | 00:01:22
  • [Quick Knowledge Check] Fuel, Emissions and CO₂ Impact in IC Engines
    Exercise
  • [Learning Session] Engine Torque Power Characteristics and Operating Speeds
    Video | 00:21:09
  • [Quick Knowledge Check] Engine Torque Power Characteristics and Operating Speeds
    Exercise
  • [Learning Session] Brake Power, Losses and Part‑Load Engine Operation
    Video | 00:01:22
  • [Quick Knowledge Check] Brake Power, Losses and Part‑Load Engine Operation
    Exercise
  • Summary - IC Engine Performance
    PDF
  • Feedback Form - IC Engine Performance
    feedback_form
  • Module End Exam - IC Engine Performance
    Exercise
Module 05: IC Engine Limitations
  • [Learning Session] IC Engine Efficiencies and Heat Balance
    Video | 00:23:19
  • [Quick Knowledge Check] IC Engine Efficiencies and Heat Balance
    Exercise
  • [Learning Session] Friction Power, Pumping Losses and Valve Timing
    Video | 00:12:58
  • [Quick Knowledge Check] Friction Power, Pumping Losses and Valve Timing
    Exercise
  • [Learning Session] Combustion Stoichiometry and Mixture Strength
    Video | 00:05:53
  • [Quick Knowledge Check] Combustion Stoichiometry and Mixture Strength
    Exercise
  • [Learning Session] Fuel Economy, CO₂ Emissions and Carbon Footprint
    Video | 00:11:43
  • [Quick Knowledge Check] Fuel Economy, CO₂ Emissions and Carbon Footprint
    Exercise
  • Summary - IC Engine Limitations
    PDF
  • Feedback Form - IC Engine Limitations
    feedback_form
  • Module End Exam - IC Engine Limitations
    Exercise
Module 06: IC Engine Integration Functional
  • [Learning Session] Engine Integration and Fuel Economy Mapping
    Video | 00:21:25
  • [Quick Knowledge Check] Engine Integration and Fuel Economy Mapping
    Exercise
  • [Learning Session] BSFC Maps, Operating Points and Gear Effects
    Video | 00:07:52
  • [Quick Knowledge Check] BSFC Maps, Operating Points and Gear Effects
    Exercise
  • [Learning Session] Gears, Mapping and Engine Tuning for Variants
    Video | 00:03:36
  • [Quick Knowledge Check] Gears, Mapping and Engine Tuning for Variants
    Exercise
  • Summary - IC Engine Integration Functional
    PDF
  • Feedback Form - IC Engine Integration Functional
    feedback_form
  • Module End Exam - IC Engine Integration Functional
    Exercise
Course End Exam - Automotive Fundamentals & IC Engine Systems
  • Course End Exam - Automotive Fundamentals & IC Engine Systems
    Exercise
Course 02: Automotive Powertrain: Transmission Systems & Clutch Fundamentals
Module 01: Introduction To Automotive Transmission and Manual Gearbox
  • [Learning Session] Fundamentals of Automotive Transmission and Starting Devices
    Video | 00:14:24
  • [Quick Knowledge Check] Fundamentals of Automotive Transmission and Starting Devices
    Exercise
  • [Learning Session] Functions of Automotive Transmission and Gearbox
    Video | 00:12:12
  • [Quick Knowledge Check] Functions of Automotive Transmission and Gearbox
    Exercise
  • [Learning Session] Overall Transmission Layout, Gear Ratios, and Vehicle Speed
    Video | 00:13:17
  • [Quick Knowledge Check] Overall Transmission Layout, Gear Ratios, and Vehicle Speed
    Exercise
  • [Learning Session] Gear Ratio Design, Multi Stage Reduction, and Spread
    Video | 00:17:44
  • [Quick Knowledge Check] Gear Ratio Design, Multi Stage Reduction, and Spread
    Exercise
  • Summary - Intro. To Automtive Transmission and Manual Gearbox
    PDF
  • Feedback Form - Introduction To Automotive Transmission and Manual Gearbox
    feedback_form
  • Module End Exam - Intro. To Automtive Transmission and Manual Gearbox
    Exercise
Module 02: Clutches and Torque Convertors
  • [Learning Session] Clutch Fundamentals and Purpose
    Video | 00:05:34
  • [Quick Knowledge Check] Clutch Fundamentals and Purpose
    Exercise
  • [Learning Session] Clutch Performance Requirements and Design Criteria
    Video | 00:05:35
  • [Quick Knowledge Check] Clutch Performance Requirements and Design Criteria
    Exercise
  • [Learning Session] Clutch Operation in Driving Scenarios
    Video | 00:10:58
  • [Quick Knowledge Check] Clutch Operation in Driving Scenarios
    Exercise
  • [Learning Session] Single Plate Clutch Construction and Working
    Video | 00:05:52
  • [Quick Knowledge Check] Single Plate Clutch Construction and Working
    Exercise
  • [Learning Session] Clutch Pack, Housing and Actuation Mechanisms
    Video | 00:12:36
  • [Quick Knowledge Check] Clutch Pack, Housing and Actuation Mechanisms
    Exercise
  • [Learning Session] Clutch Plate Design, Springs and Friction Materials
    Video | 00:06:39
  • [Quick Knowledge Check] Clutch Plate Design, Springs and Friction Materials
    Exercise
  • [Learning Session] Clutch Torque Capacity and Design Factors
    Video | 00:10:52
  • [Quick Knowledge Check] Clutch Torque Capacity and Design Factors
    Exercise
  • [Learning Session] Multi-Plate Clutches and Applications
    Video | 00:06:58
  • [Quick Knowledge Check] Multi-Plate Clutches and Applications
    Exercise
  • [Learning Session] Introduction to Fluid Couplings and Torque Converters
    Video | 00:07:11
  • [Quick Knowledge Check] Introduction to Fluid Couplings and Torque Converters
    Exercise
  • [Learning Session] Torque Converter Operation, Stator and Torque Multiplication
    Video | 00:08:25\
  • [Quick Knowledge Check] Torque Converter Operation, Stator and Torque Multiplication
    Exercise
  • [Learning Session] Lock-Up Clutch and Shift Strategy in Automatic Transmissions
    Video | 00:13:38
  • [Quick Knowledge Check] Lock-Up Clutch and Shift Strategy in Automatic Transmissions
    Exercise
  • Summary - Clutches and Torque Convertors
    PDF
  • Feedback Form - Clutches and Torque Convertors
    feedback_form
  • Module End Exam - Clutches and Torque Convertors
    Exercise
Module 03: DCT and EVT
  • [Learning Session] DCT Fundamentals and Architecture
    Video | 00:11:36
  • [Quick Knowledge Check] DCT Fundamentals and Architecture
    Exercise
  • [Learning Session] DCT Hardware Layout and Clutch Mechanism
    Video | 00:15:19
  • [Quick Knowledge Check] DCT Hardware Layout and Clutch Mechanism
    Exercise
  • [Learning Session] DCT Control, Shifting Strategy and Failsafe Logic
    Video | 00:23:02
  • [Quick Knowledge Check] DCT Control, Shifting Strategy and Failsafe Logic
    Exercise
  • [Learning Session] 7‑Speed DSG Case Study
    Video | 00:05:51
  • [Quick Knowledge Check] 7‑Speed DSG Case Study
    Exercise
  • Summary - DCT and EVT
    PDF
  • Feedback Form - DCT and EVT
    feedback_form
  • Module End Exam - DCT and EVT
    Exercise
Module 04: Automatic and Continuously Variable Transmissions
  • [Learning Session] Fundamentals of Automatic Transmissions: Layouts and Key Elements
    Video | 00:10:11
  • [Quick Knowledge Check] Fundamentals of Automatic Transmissions: Layouts and Key Elements
    Exercise
  • [Learning Session] Torque Converter Basics and Fluid Coupling Analogy
    Video | 00:10:57
  • [Quick Knowledge Check] Torque Converter Basics and Fluid Coupling Analogy
    Exercise
  • [Learning Session] Torque Converter Operation, Torque Multiplication and Lock-Up
    Video | 00:09:21
  • [Quick Knowledge Check] Torque Converter Operation, Torque Multiplication and Lock-Up
    Exercise
  • [Learning Session] Automatic Transmission Shift Maps and Driver Intent
    Video | 00:09:03
  • [Quick Knowledge Check] Automatic Transmission Shift Maps and Driver Intent
    Exercise
  • [Learning Session] Continuously Variable Transmissions: Architecture, Belt–Pulley CVTs and Control
    Video | 00:14:45
  • [Quick Knowledge Check] Continuously Variable Transmissions: Architecture, Belt–Pulley CVTs
    Exercise
  • [Learning Session] CVT Ratio Range, Operating Strategy and Shift Calibration
    Video | 00:07:44
  • [Quick Knowledge Check] CVT Ratio Range, Operating Strategy and Shift Calibration
    Exercise
  • Summary - Automatic and Continuously Variable Transmissions
    PDF
  • Feedback Form - Automatic and Continuously Variable Transmissions
    feedback_form
  • Module End Exam - Automatic and Continuously Variable Transmissions
    Exercise
Course End Exam - Automotive Powertrain: Transmission Systems & Clutch Fundamentals
  • Course End Exam - Automotive Powertrain: Transmission Systems & Clutch Fundamentals
    Exercise
Course 03 : Vehicle Powertrain Integration
Exercise
28
Learning Material:
30
Module 01: Differentials and All Wheel Drive Systems
  • [Learning Session] Driveline Architecture and Power Flow Basics
    Video | 00:06:50
  • [Quick Knowledge Check] Driveline Architecture and Power Flow Basics
    Exercise
  • [Learning Session] Drive Types and 2WD vs 4WD vs AWD
    Video | 00:08:40
  • [Quick Knowledge Check] Drive Types and 2WD vs 4WD vs AWD
    Exercise
  • [Learning Session] Transfer Cases and Torque Split Mechanisms
    Video | 00:11:06
  • [Quick Knowledge Check] Transfer Cases and Torque Split Mechanisms
    Exercise
  • [Learning Session] Universal Joints, CV Joints and Differential Basics
    Video | 00:04:00
  • [Quick Knowledge Check] Universal Joints, CV Joints and Differential Basics
    Exercise
  • [Learning Session] Why Differentials Matter: Turning, Speed Split and Final Drive
    Video | 00:11:25
  • [Quick Knowledge Check] Why Differentials Matter: Turning, Speed Split and Final Drive
    Exercise
  • [Learning Session] Differential Locking, LSD and Torque Vectoring
    Video | 00:13:00
  • [Quick Knowledge Check] Differential Locking, LSD and Torque Vectoring
    Exercise
  • Summary - Differentials and All Wheel Drive Systems
    PDF
  • Feedback Form - Differentials and All Wheel Drive Systems
    feedback_form
  • Module End Exam - Differentials and All Wheel Drive Systems
    Exercise
Module 02: Gear Ratio Selection Process
  • [Learning Session] Vehicle Performance and Gear Ratio Fundamentals
    Video | 00:11:44
  • [Quick Knowledge Check] Vehicle Performance and Gear Ratio Fundamentals
    Exercise
  • [Learning Session] Mathematical Gear Ratio Progressions and Gear Steps
    Video | 00:17:33
  • [Quick Knowledge Check] Mathematical Gear Ratio Progressions and Gear Steps
    Exercise
  • [Learning Session] Final Drive Ratio Effects on Vehicle Performance
    Video | 00:03:06
  • [Quick Knowledge Check] Final Drive Ratio Effects on Vehicle Performance
    Exercise
  • [Learning Session] Types of Transmissions and Shift Architectures
    Video | 00:02:33
  • [Quick Knowledge Check] Types of Transmissions and Shift Architectures
    Exercise
  • [Learning Session] Gear Shifters, PRNDL, and Driver Interface
    Video | 00:04:22
  • [Quick Knowledge Check] Gear Shifters, PRNDL, and Driver Interface
    Exercise
  • [Learning Session] Manual Gearbox Layout and Achievable Gear Ratios
    Video | 00:05:42
  • [Quick Knowledge Check] Manual Gearbox Layout and Achievable Gear Ratios
    Exercise
  • [Learning Session] Manual Gearbox Types: Sliding Mesh, Constant Mesh, and Synchromesh
    Video | 00:15:30
  • [Quick Knowledge Check] Manual Gearbox Types: Sliding Mesh, Constant Mesh, and Synchromesh
    Exercise
  • Feedback Form - Gear Ratio Selection Process
    feedback_form
  • Module End Exam - Gear Ratio Selection Process
    Exercise
Module 03: Powertrain Integration and Energy Consumption
  • [Learning Session] Fundamentals of Vehicle Powertrain Integration
    Video | 00:14:42
  • [Quick Knowledge Check] Fundamentals of Vehicle Powertrain Integration
    Exercise
  • [Learning Session] Powertrain Influence on Vehicle Attributes and Compliance
    Video | 00:13:00
  • [Quick Knowledge Check] Powertrain Influence on Vehicle Attributes and Compliance
    Exercise
  • [Learning Session] Vehicle Attribute Management
    Video | 00:06:54
  • [Quick Knowledge Check] Vehicle Attribute Management
    Exercise
  • [Learning Session] Energy Consumption: Driver, Route and Operating Conditions
    Video | 00:15:11
  • [Quick Knowledge Check] Energy Consumption: Driver, Route and Operating Conditions
    Exercise
  • Summary - Powertrain Integration and Energy Consumption
    PDF
  • Feedback Form - Powertrain Integration and Energy Consumption
    feedback_form
  • Module End Exam - Powertrain Integration and Energy Consumption
    Exercise
Module 04: Powertrain Integration for Real-World Vehicle Performance
  • [Learning Session] Powertrain Road Loads and Propulsive Energy Fundamentals
    Video | 00:14:10
  • [Quick Knowledge Check] Powertrain Road Loads and Propulsive Energy Fundamentals
    Exercise
  • [Learning Session] City Highway Energy Use, Drive Cycles and Real-World Fuel Economy
    Video | 00:20:05
  • [Quick Knowledge Check] City Highway Energy Use, Drive Cycles and Real-World Fuel Economy
    Exercise
  • [Learning Session] Highway Fuel Economy, Speed Limits and Gear Ratio Optimization
    Video | 00:07:11
  • [Quick Knowledge Check] Highway Fuel Economy, Speed Limits and Gear Ratio Optimization
    Exercise
  • [Learning Session] Powertrain Metrics, Regulatory Tests and Aging Effects
    Video | 00:04:28
  • [Quick Knowledge Check] Powertrain Metrics, Regulatory Tests and Aging Effects
    Exercise
  • [Learning Session] Acceleration Performance, Drivability and Regulatory Performance Metrics
    Video | 00:11:49
  • [Quick Knowledge Check] Acceleration Performance, Drivability and Regulatory Performance Metrics
    Exercise
  • [Learning Session] Sensitivity Analysis, Axiomatic Design and Electronic Throttle Control for Drive
    Video | 00:14:15
  • [Quick Knowledge Check] Sensitivity Analysis, Axiomatic Design and Electronic Throttle Control
    Exercise
  • Summary - Powertrain Integration for Real-World Vehicle Performance
    PDF
  • Feedback Form - Powertrain Integration for Real-World Vehicle Performance
    feedback_form
  • Module End Exam - Powertrain Integration for Real-World Vehicle Performance
    Exercise
Course End Exam - Vehicle Powertrain Integration
  • Course End Exam - Vehicle Powertrain Integration
    Exercise
Course 04 - Automotive Chassis, Control and Electrical Systems
Exercise
47
Learning Material:
52
Module 01: Vehicle Supension System
  • [Learning Session] Fundamentals of Vehicle Suspension Behaviour
    Video | 00:12:48
  • [Quick Knowledge Check] Fundamentals of Vehicle Suspension Behaviour
    Exercise
  • [Learning Session] Wheel Travel, Anti‑Roll Bars and Ride Comfort
    Video | 00:08:11
  • [Quick Knowledge Check] Wheel Travel, Anti‑Roll Bars and Ride Comfort
    Exercise
  • [Learning Session] Suspension Architectures and Independent vs Rigid Systems
    Video | 00:24:16
  • [Quick Knowledge Check] Suspension Architectures and Independent vs Rigid Systems
    Exercise
  • [Learning Session] Suspension Links, Bushings and Ball Joints
    Video | 00:08:41
  • [Quick Knowledge Check] Suspension Links, Bushings and Ball Joints
    Exercise
  • [Learning Session] Unsprung Mass and Suspension Dynamics
    Video | 00:12:30
  • [Quick Knowledge Check] Unsprung Mass and Suspension Dynamics
    Exercise
  • [Learning Session] Ride Frequency, Motion Sickness and Spring Rate Tuning
    Video | 00:04:42
  • [Quick Knowledge Check] Ride Frequency, Motion Sickness and Spring Rate Tuning
    Exercise
  • [Learning Session] Damper Tuning and Active Suspension Control
    Video | 00:04:52
  • [Quick Knowledge Check] Damper Tuning and Active Suspension Control
    Exercise
  • Summary - Vehicle Supension System
    PDF
  • Feedback Form -Vehicle Supension System
    feedback_form
  • Module End Exam - Vehicle Supension System
    Exercise
Module 02: Vehicle Steering Systems and Wheel Geometry
  • [Learning Session] Fundamentals of Vehicle Steering Systems
    Video | 00:06:44
  • [Quick Knowledge Check] Fundamentals of Vehicle Steering Systems
    Exercise
  • [Learning Session] Conventional vs Rack-and-Pinion Steering Layouts
    Video | 00:04:02
  • [Quick Knowledge Check] Conventional vs Rack-and-Pinion Steering Layouts
    Exercise
  • [Learning Session] Steering Gearbox Mechanisms: Worm and Recirculating Ball
    Video | 00:11:51
  • [Quick Knowledge Check] Steering Gearbox Mechanisms: Worm and Recirculating Ball
    Exercise
  • [Learning Session] Rack-and-Pinion Steering: Design and Operation
    Video | 00:06:51
  • [Quick Knowledge Check] Rack-and-Pinion Steering: Design and Operation
    Exercise
  • [Learning Session] Correct Steering Geometry and Turning Radius
    Video | 00:05:20
  • [Quick Knowledge Check] Correct Steering Geometry and Turning Radius
    Exercise
  • [Learning Session] Ackermann Steering Mechanisms & Power Assist
    Video | 00:09:32
  • [Quick Knowledge Check] Ackermann Steering Mechanisms & Power Assist
    Exercise
  • [Learning Session] Steering Ratio and Power-Assisted Steering Fundamentals
    Video | 00:12:15
  • [Quick Knowledge Check] Steering Ratio and Power-Assisted Steering Fundamentals
    Exercise
  • Summary - Vehicle Steering Systems and Wheel Geometry
    PDF
  • Feedback Form - Vehicle Steering Systems and Wheel Geometry
    feedback_form
  • Module End Exam - Vehicle Steering Systems and Wheel Geometry
    Exercise
Module 03: Vehicle Braking Systems
  • [Learning Session] Fundamentals of Vehicle Braking Systems
    Video | 00:12:02
  • [Quick Knowledge Check] Fundamentals of Vehicle Braking Systems
    Exercise
  • [Learning Session] Drum Brake Construction and Self-Energizing Action
    Video | 00:12:11
  • [Quick Knowledge Check] Drum Brake Construction and Self-Energizing Action
    Exercise
  • [Learning Session] Brake Force Analysis and Brake Factor
    Video | 00:10:34
  • [Quick Knowledge Check] Brake Force Analysis and Brake Factor
    Exercise
  • [Learning Session] Disc Brakes & Sensitivity to Coefficient of Friction
    Video | 00:09:04
  • [Quick Knowledge Check] Disc Brakes & Sensitivity to Coefficient of Friction
    Exercise
  • [Learning Session] Disc Brakes Vs Drum Brakes
    Video | 00:07:59
  • [Quick Knowledge Check] Disc Brakes Vs Drum Brakes
    Exercise
  • [Learning Session] Master Cylinder & Braking Circuits
    Video | 00:11:32
  • [Quick Knowledge Check] Master Cylinder & Braking Circuits
    Exercise
  • Summary - Vehicle Braking Systems
    PDF
  • Feedback Form - Vehicle Braking Systems
    feedback_form
  • Module End Exam - Vehicle Braking Systems
    Exercise
Module 04: Automotive Control Systems
  • [Learning Session] Fundamentals of Automotive Controllers and AI in Vehicles
    Video | 00:08:46
  • [Quick Knowledge Check] Fundamentals of Automotive Controllers and AI in Vehicles
    Exercise
  • [Learning Session] Architecture and Calibration of Automotive Electronic Control Systems
    Video | 00:16:54
  • [Quick Knowledge Check] Architecture and Calibration of Automotive Electronic Control Systems
    Exercise
  • [Learning Session] Sensors, Virtual Sensing, and Actuators in Automotive Systems
    Video | 00:08:41
  • [Quick Knowledge Check] Sensors, Virtual Sensing, and Actuators in Automotive Systems
    Exercise
  • [Learning Session] Battery Management, Power Electronics, and Automotive Software Architecture
    Video | 00:12:24
  • [Quick Knowledge Check] Battery Management, Power Electronics, and Automotive Software Architecture
    Exercise
  • [Learning Session] Vehicle‑Level Control, Torque Arbitration, and CAN Communication
    Video | 00:16:03
  • [Quick Knowledge Check] Vehicle‑Level Control, Torque Arbitration, and CAN Communication
    Exercise
  • Summary - Automotive Control Systems
    PDF
  • Feedback Form - Automotive Control Systems
    feedback_form
  • Module End Exam - Automotive Control Systems
    Exercise
Module 05: Diagnostics, Telematics and Regulatory Framework
  • [Learning Session] Automotive Diagnostics and Indicator Lamps
    Video | 00:14:04
  • [Quick Knowledge Check] Automotive Diagnostics and Indicator Lamps
    Exercise
  • [Learning Session] Telematics
    Video | 00:03:08
  • [Quick Knowledge Check] Telematics
    Exercise
  • [Learning Session] Prognostics and Vehicle Health Management
    Video | 00:07:45
  • [Quick Knowledge Check] Prognostics and Vehicle Health Management
    Exercise
  • [Learning Session] ADAS, EV Safety Alerts and Compliance Framework
    Video | 00:20:36
  • [Quick Knowledge Check] ADAS, EV Safety Alerts and Compliance Framework
    Exercise
  • [Learning Session] Global Emission and Safety Regulation Evolution
    Video | 00:09:02
  • [Quick Knowledge Check] Global Emission and Safety Regulation Evolution
    Exercise
  • Summary - Diagnostics, Telematics and Regulatory Framework
    PDF
  • Feedback Form - Automotive Electrical and Electronics Architechture
    feedback_form
  • Module End Exam - Diagnostics, Telematics and Regulatory Framework
    Exercise
Module 06: Automotive Electrical and Electronics Architechture
  • [Learning Session] Automotive Electrical & Electronics Overview: From Accessories to Ignition
    Video | 00:08:55
  • [Quick Knowledge Check] Automotive Electrical & Electronics Overview: From Accessories to Ignition
    Exercise
  • [Learning Session] Onboard Electrical Systems: Illumination, Driver Information and Assist Features
    Video | 00:08:47
  • [Quick Knowledge Check] Onboard Electrical Systems: Illumination, Driver Information and Assist
    Exercise
  • [Learning Session] Starter Motor & Bendix Drive: Electric Cranking Fundamentals
    Video | 00:02:34
  • [Quick Knowledge Check] Starter Motor & Bendix Drive: Electric Cranking Fundamentals
    Exercise
  • [Learning Session] Electric Power Steering: Sensors, Assist Logic and Energy Pathways
    Video | 00:02:18
  • [Quick Knowledge Check] Electric Power Steering: Sensors, Assist Logic and Energy Pathways
    Exercise
  • [Learning Session] Brake Pedal Assist: Vacuum Boosters and Electric Vacuum Pumps
    Video | 00:02:42
  • [Quick Knowledge Check] Brake Pedal Assist: Vacuum Boosters and Electric Vacuum Pumps
    Exercise
  • [Learning Session] Clutch Assist & Automated Gearshifts: ICE vs EV Architectures
    Video | 00:03:33
  • [Quick Knowledge Check] Clutch Assist & Automated Gearshifts: ICE vs EV Architectures
    Exercise
  • [Learning Session] Windscreen Wiper Systems: Motors, Mechanisms and Fluid Spraying
    Video | 00:02:44
  • [Quick Knowledge Check] Windscreen Wiper Systems: Motors, Mechanisms and Fluid Spraying
    Exercise
  • [Learning Session] Automotive Air Conditioning & Thermal Management in EVs
    Video | 00:04:41
  • [Quick Knowledge Check] Automotive Air Conditioning & Thermal Management in EVs
    Exercise
  • [Learning Session] Truck Power Take‑Off: Reefer Units, Tippers, Cranes and Energy Estimation
    Video | 00:07:18
  • [Quick Knowledge Check] Truck Power Take‑Off: Reefer Units, Tippers, Cranes and Energy Estimation
    Exercise
  • [Learning Session] Wiring Architectures: Voltage Levels, Cabling and Hybrid Layouts
    Video | 00:05:15
  • [Quick Knowledge Check] Wiring Architectures: Voltage Levels, Cabling and Hybrid Layouts
    Exercise
  • Summary - Automotive Electrical and Electronics Architechture
    PDF
  • Feedback Form - Automotive Regulations Framework
    feedback_form
  • Module End Exam - Automotive Electrical and Electronics Architechture
    Exercise
Course End Exam - Automotive Chassis, Control and Electrical Systems
  • Course End Exam - Automotive Chassis, Control and Electrical Systems
    Exercise
Course 05: Automotive Electrification & Power Architecture
Exercise
24
Learning Material:
28
Module 01: Automotive Circuits & PCB Design
  • [Learning Session] Electrical Systems & Powertrain Engineering
    Video | 00:19:48
  • [Quick Knowledge Check] Electrical Systems & Powertrain Engineering
    Exercise
  • [Learning Session] Passive and Active Components in EV Systems
    Video | 00:14:06
  • [Quick Knowledge Check] Passive and Active Components in EV Systems
    Exercise
  • [Learning Session] Circuit Analysis & PCB Design Foundations
    Video | 00:16:12
  • [Quick Knowledge Check] Circuit Analysis & PCB Design Foundations
    Exercise
  • Summary - Automotive Circuits & PCB Design
    PDF
  • Feedback Form - Automotive Circuits & PCB Design
    feedback_form
  • Module End Exam - Automotive Circuits & PCB Design
    Exercise
Module 02: Power Magnetism & AC Electronics
  • [Learning Session] Foundations of AC & Waveform Math
    Video | 00:10:42
  • [Quick Knowledge Check] Foundations of AC & Waveform Math
    Exercise
  • [Learning Session] OBC Transformers & Isolated Safety
    Video | 00:23:03
  • [Quick Knowledge Check] OBC Transformers & Isolated Safety
    Exercise
  • [Learning Session] High Frequency EV Magnetics Design
    Video | 00:19:08
  • [Quick Knowledge Check] High Frequency EV Magnetics Design
    Exercise
  • Summary - Power Magnetism & AC Electronics
    PDF
  • Feedback Form - Power Magnetism & AC Electronics
    feedback_form
  • Module End Exam - Power Magnetism & AC Electronics
    Exercise
Module 03: Electric Machines: Motors and Generators
  • [Learning Session] Foundations of EV Traction Motors
    Video | 00:20:11
  • [Quick Knowledge Check] Foundations of EV Traction Motors
    Exercise
  • [Learning Session] Next-Gen EV Motor Next-Gen EV Motor Technologies
    Video | 00:15:59
  • [Quick Knowledge Check] Next-Gen EV Motor Technologies
    Exercise
  • [Learning Session] Generators & Regenerative Power
    Video | 00:10:11
  • [Quick Knowledge Check] Generators & Regenerative Power
    Exercise
  • [Learning Session] EV Power Recovery & Constraints
    Video | 00:14:13
  • [Quick Knowledge Check] EV Power Recovery & Constraints
    Exercise
  • Summary - Electric Machines: Motors and Generators
    PDF
  • Feedback Form - Electric Machines: Motors and Generators
    feedback_form
  • Module End Exam - Electric Machines: Motors and Generators
    Exercise
Module 04: EV Power Electronics: Design, Architecture & Compliance
  • [Learning Session] The Buck Converter Design Journey
    Video | 00:16:21
  • [Quick Knowledge Check] The Buck Converter Design Journey
    Exercise
  • [Learning Session] EV Power Electronics & Powertrain Architecture
    Video | 00:09:23
  • [Quick Knowledge Check] EV Power Electronics & Powertrain Architecture
    Exercise
  • [Learning Session] Converter Architecture & Compliance
    Video | 00:14:35
  • [Quick Knowledge Check] Converter Architecture & Compliance
    Exercise
  • Summary - EV Power Electronics: Design, Architecture & Compliance
    PDF
  • Feedback Form - EV Power Electronics: Design, Architecture & Compliance
    feedback_form
  • Module End Exam - EV Power Electronics: Design, Architecture & Compliance
    Exercise
Module 05: Global EV Charging Systems: Hardware, Protocols & Grid Dynamics
  • [Learning Session] EV Charging Infrastructure Hardware, Dynamics & Protocols
    Video | 00:17:46
  • [Quick Knowledge Check] EV Charging Infrastructure Hardware, Dynamics & Protocols
    Exercise
  • [Learning Session] EV Charging Systems: Scaling, Grid Dynamics & Infrastructure Evolution
    Video | 00:18:31
  • [Quick Knowledge Check] EV Charging Systems: Scaling, Grid Dynamics & Infrastructure Evolution
    Exercise
  • [Learning Session] Indian EV Charging Systems: Scaling, Grid Dynamics & Infrastructure Evolution
    Video | 00:14:21
  • [Quick Knowledge Check] Indian EV Charging Systems: Scaling, Grid Dynamics & Infrastructure Evolutio
    Exercise
  • [Learning Session] North American EV Charging Hardware: Connectors, Standards & Evolution
    Video | 00:14:26
  • [Quick Knowledge Check] North American EV Charging Hardware: Connectors, Standards & Evolution
    Exercise
  • [Learning Session] Global EV Charging Architectures: Type 2, CCS2 & GB/T Standard
    Video | 00:12:47
  • [Quick Knowledge Check] Global EV Charging Architectures: Type 2, CCS2 & GB/T Standard
    Exercise
  • Summary - Global EV Charging Systems: Hardware, Protocols & Grid Dynamics
    PDF
  • Feedback Form - Global EV Charging Systems: Hardware, Protocols & Grid Dynamics
    feedback_form
  • Module End Exam - Global EV Charging Systems: Hardware, Protocols & Grid Dynamics
    Exercise
Course End Exam - Automotive Electrification & Power Architecture
  • Course End Exam - Automotive Electrification & Power Architecture
    Exercise

Program Instructor

evACAD-workstation

Bhushan Bissa
14+ years of expertise in Electric Vehicle Technology, Automotive Systems, Vehicle Dynamics, Technical Education, and Curriculum Development. Leads EV skilling initiatives at pManifold, delivering M.Tech and executive programs with premier institutions while supporting EV consulting projects. Mentor to award-winning SAE BAJA & Formula Student teams for over a decade. Holds 10 patents (5 granted), 9 research publications, and has delivered numerous expert lectures.

evACAD-workstation

‍Ganesh Saswarkar
16+ Years of Expertise, specialized in Power Electronics (B.E. Electronics & telecommunication) Global EV Infrastructure, and Next-Gen Mobility. Power Electronics & EV Infra: Expert in SMPS/Linear R&D (EMI/EMC validation) and global charger deployment (100+ sites for Nissan & Renault under EN 50160). Advanced Systems: Deep hands-on experience with ADAS (ISO-26262), TPMS manufacturing, and HILS validation. Program Leadership: Led 100+ member teams to deliver 4+ major vehicle programs for global Tier-1 and defense clients.

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Who Should Enroll?

  • Mechanical Engineering Students
  • Automotive Engineers
  • EV Professionals
  • Working Professionals
  • Engineering Graduates

Career Opportunities

  • Automotive Systems Engineer
  • Vehicle Integration Engineer
  • Powertrain Engineer
  • Vehicle Dynamics Engineer
  • Automotive Electronics Engineer
  • EV Systems Engineer

Frequently Asked Questions

What does the Applied Automotive Systems Engineering course cover?
This course covers automotive fundamentals, IC engine systems, transmission technologies, vehicle dynamics, powertrain integration, automotive electrical architecture, diagnostics, and electrification, building a strong foundation for modern vehicle and EV engineering.
Who should enroll in this course?
This course is ideal for mechanical engineering students, automotive engineers, EV professionals, engineering graduates, and working professionals looking to strengthen their knowledge of automotive systems and vehicle integration.
What practical skills will I gain from this course?
You will gain skills in powertrain analysis, chassis and vehicle dynamics, transmission design, automotive electrical architecture, diagnostics, and vehicle integration applicable across conventional, hybrid, and electric vehicle platforms.
How does this course help with a career in EV engineering?
The course bridges traditional automotive engineering and EV technology by covering electrification fundamentals, powertrain integration, and electrical architecture, preparing learners for roles across automotive OEMs, EV startups, and tier-1 suppliers.
What career opportunities are available after completing this course?
Graduates can pursue roles such as Automotive Systems Engineer, Vehicle Integration Engineer, Powertrain Engineer, Vehicle Dynamics Engineer, Automotive Electronics Engineer, and EV Systems Engineer across automotive and mobility companies.
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Head Office Address
evACAD Office Location
Plot No 37, Gittikhadan Layout, Pratap Nagar, Nagpur-440022, Maharashtra, India
Email: support.evacad@pmanifold.comPhone: +91 8095336646

A brainchild of pManifold, evACAD is a team of EV and sustainability experts with more than 150 years of combined experience with e-Mobility. Our practice-based learning programmes are designed to help you develop your skill set while staying relevant to industry standards utilised by top employers globally.

Degree Programs

Executive MTech in EV technology - VNIT NagpurPost Graduate Diploma In EV Technology - VNIT NagpurMore

Certificate Programs

PG Executive Program in Net Zero Strategy & Sustainability Leadership - IIM KashipurPost Graduate Certificate in e-Drives and Battery Systems - IIT Bhubaneswar REPAdvanced Certificate in e-Powertrain & BatteriesCertificate Program in EV Model based Engineering
Resources
How to choose the best EV course?Sustainability: Complete Guide to a Green Future Net Zero: Your Complete Guide to Decarbonized FutureGreen Energy: India's Growth, Roles and Programmes
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