Automobile Engineering: Vehicle dynamics for Beginners

Introductory course on the mechanics which govern vehicle behavior and the Suspension design concepts

4.46 (1564 reviews)

Udemy

platform

English

language

Engineering

What you will learn

Build a strong understanding of the fundamental concepts which are at work in a vehicle which is in motion.

Learn how to design a Basic suspension from scratch

Build conceptual understanding of parameters of suspension design

Learn the basics of Vibration isolation and what is damping in suspensions?

Course Gallery

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Automobile Engineering: Vehicle dynamics for Beginners – Screenshot 4 — Screenshot 4 – Automobile Engineering: Vehicle dynamics for Beginners

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Comidoc Review

Our Verdict

Automobile Engineering: Vehicle Dynamics for Beginners proves to be an essential foundation builder for those interested in the complex mechanics governing vehicle behavior. The course balances theoretical understanding with practical examples, albeit imperfectly, providing a well-rounded experience overall. While areas of improvement exist, such as increased animation usage and more accurate exercises, students looking for a comprehensive introduction to automobile dynamics will find value in its curriculum.

What We Liked

Covers a broad range of fundamental concepts in vehicle dynamics and suspension design, ideal for beginners in automobile engineering
Instructor explains complex theories in an easy-to-understand manner with simplified examples to facilitate learning
Content is consistently updated, ensuring the most recent and relevant information is provided
Slide-based format complemented by additional resources and instructor's attentiveness cater to diverse learning styles

Potential Drawbacks

Lacks in-depth mathematical modeling which may make advanced concepts repetitive for those with prior knowledge in vehicle dynamics
Scant practical applications for various suspension types might leave students desiring more hands-on experience and contextual examples
Absence of animations and visual aids hinders certain students' understanding of geometry movements and overall vehicle behavior
A few errors in equations and exercises were identified, requiring correction to maintain accuracy across all topics