Certification Course in Fundamentals of Vehicle Dynamics
The Certification Course in Fundamentals of Vehicle Dynamics provides a deep and practical understanding of how a vehicle moves, steers, and reacts under various driving conditions. Designed to bridge theoretical physics with real-world automotive behavior, this course introduces you to the forces, motion principles, suspension geometry, and load transfer mechanisms that define vehicle performance and comfort.
Learners will explore the complete foundation of vehicle motion dynamics—from longitudinal and lateral behavior to ride and handling balance, including suspension design and geometry optimization. With a mix of conceptual explanation, numerical problem-solving, and visual demonstrations, this course builds the technical foundation essential for careers in vehicle design, testing, simulation, and performance engineering.
By the end, you’ll have a comprehensive understanding of the parameters that affect vehicle stability, cornering, braking, and comfort—and be equipped with the analytical and engineering tools used in today’s automotive and EV industries.
At a glance
- - 6 Modules
- - 24 Lessons
- - 10.99 hours of Video Content
- - Certificate of Completion.
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LevelIntermediate
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Duration10 hours 59 minutes
-
Enrollment validityEnrollment validity: Lifetime
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CertificateCertificate of completion
Course Curriculum
Module 1: Pre-Requisites & Core Concepts
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Topic 1: Introduction to Vehicle Dynamics
17:29 -
Topic 2: A Bit of Physics – The Science Behind Motion
24:42 -
Topic 3: Fundamentals of Linear Algebra
22:25 -
Topic 4: Vector Algebra and 3D Geometry
30:40
Module 2: Automotive Components and Systems
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Topic 1: Powertrain System – The Heart of Vehicle Motion
11:57 -
Topic 2: Suspension System – Stability and Ride Comfort
25:39 -
Topic 3: Steering System – Control and Direction Mechanism
08:30
Module 3: Loads and Force Distribution in Vehicles
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Topic 1: Understanding Forces Acting on a Vehicle
25:03 -
Topic 2: Linear Forces and Motion Principles
16:10 -
Topic 3: Weight & Weight Distribution in Vehicle Design
20:19 -
Topic 4: Loads and Load Distribution Fundamentals
27:23
Module 4: Fundamentals of Vehicle Dynamics in Motion
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Topic 1: Understanding the Vehicle as a Dynamic System
24:20 -
Topic 2: Introduction to the Quarter Car Model
32:31 -
Topic 3: Kinematics of the Quarter Car Model
18:56 -
Topic 4: Longitudinal Dynamics – Vehicle Motion and Stability
20:42 -
Topic 5: Lateral Dynamics – Cornering and Stability Analysis
10:26 -
Topic 6: Unpredictable Steering – Factors Affecting Handling Response
25:55
Module 5: Suspension System – Understanding Vehicle Stability & Ride Comfort
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Topic 1: Suspension System Types – Dependent & Independent with Basic Components
14:25 -
Topic 2: Suspension Components – Wheel Assembly, Bushings, Bearings, Anti-Roll & Sway Bars
08:30 -
Topic 3: MacPherson Strut – Design and Operation
09:04 -
Topic 4: Double Wishbone – Structure and Dynamics
13:22 -
Topic 5: Trailing Arm & Semi-Trailing Arm – Functionality
15:26 -
Topic 6: Three-Link Trailing Arm – Design and Vehicle Use
09:50
Module 6: Suspension Geometry – Understanding Vehicle Handling and Stability
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Topic 1: Caster Angle – Definition and Importance
15:58 -
Topic 2: Camber Angle – Vehicle Stability and Tire Contact
12:42 -
Topic 3: Toe Angle and Vehicle Stability
07:53 -
Topic 4: Kingpin Inclination
15:48 -
Topic 5: Pneumatic Trail and Mechanical Trail
11:35 -
Topic 6: Roll Center and Roll Rate
12:20 -
Topic 7: Suspension Geometry – Overall View
13:26 -
Topic 8: Bump and Droop Considerations
12:52 -
Topic 9: Four-Bar Mechanism and Instant Center
14:47 -
Topic 10: Roll Center Design and Geometry
14:13 -
Topic 11: Roll Moment and Roll Moment Calculation
11:49 -
Topic 12: Jacking Force and Roll Center Relationship
13:04 -
Topic 13: Ride Rate
18:15 -
Topic 14: Overview of Suspension Behaviour
09:05 -
Topic 15: Anti-Dive and Anti-Squat
11:49 -
Topic 16: Need for Anti-Dive and Anti-Squat
12:22 -
Topic 17: Damping Ratio and Damping Constant
12:24 -
Topic 18: Lateral Slip Angle and Cornering Forces
05:46
Quiz
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Demo Quiz
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Quiz Solutions
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Quiz Solutions
Earn a certificate
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At a glance
- - 6 Modules
- - 24 Lessons
- - 10.99 hours of Video Content
- - Certificate of Completion.
-
LevelIntermediate
-
Duration10 hours 59 minutes
-
Enrollment validityEnrollment validity: Lifetime
-
CertificateCertificate of completion
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