Brakes, Suspension & Steering

Master the critical chassis systems that control a vehicle's safety and handling. Learn to service and repair brake systems, suspension components, and steering mechanisms.

12 courses

Vehicle Dynamics and Suspension Fundamentals

Understand the physical principles governing vehicle handling, stability, and ride comfort through a comprehensive guide to automotive mechanics.
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Car Maintenance Fundamentals: Essential Skills for Every Driver

Learn how to perform routine vehicle checks, understand modern diagnostic systems, and handle basic roadside troubleshooting to keep your car safe and reliable.

NVH Damping Strategies for Mechanical and Automotive Design

Learn how to analyze, select, and apply effective damping treatments to control noise, vibration, and harshness in mechanical systems and product designs.

Automotive Engineering: Vehicle Structures and Engine Layouts

Understand how modern cars are designed and built, from traditional engine layouts and structural frames to electric vehicle skateboard platforms and aerodynamic principles.

Automotive Braking and Suspension Systems: Engineering Fundamentals

Understand the core mechanics, physics, and modern design principles of vehicle braking and suspension systems, tailored for students and automotive enthusiasts.

Automobile Engineering Fundamentals and Vehicle Subsystems

Understand how modern cars work, from internal combustion engines to electric vehicle drivetrains and advanced driver assistance systems.

Introduction to Automotive Engineering: Systems and Design

Understand the core principles of vehicle dynamics, powertrain systems, and modern design cycles to build a strong foundation in automotive engineering.

Fundamentals of Mechanical Vibration and Predictive Maintenance

Learn the core principles of mechanical vibration, identify system behaviors, and understand modern predictive maintenance techniques to prevent equipment failure.

Leaf Spring Design and Analysis for GATE Mechanical Engineering

Master the engineering fundamentals, design formulas, and load calculations of leaf springs to solve key mechanical design problems.

Foundations of Vehicle Dynamics and Automotive Engineering

Master the physical principles of vehicle motion, handling, braking, and suspension to design safer and more efficient modern automotive systems.

Introduction to Car Mechanics and Routine Vehicle Maintenance

Acquire the fundamental skills to understand vehicle systems, perform essential maintenance, and safely troubleshoot common automotive issues through clear text instruction.

Automotive Steering and Suspension Systems: Principles and Diagnostics

Master the core principles of vehicle dynamics, steering geometry, and suspension diagnostics to build a strong foundation in automotive technology.