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Vehicle Dynamics using MATLAB

A comprehensive course on fundamentals of Vehicle Dynamics using Matlab. This course is highly suited for beginners

4 weeks long course | 100% Online

Learn from leading experts in the industry

Project based learning with 2 industry level projects that learners can showcase on LinkedIn.

Learn Key Tools & Technologies MATLAB

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Syllabus

This course is full of best-in-class content by leading faculty and industry experts in the form of videos and projects

Course Overview

  • This course will cover the important concepts of suspension design, tyre modelling, vehicle handling and ride quality.
  • You will understand the importance of mathematical modeling, which helps in working with a software.
  • This course will also cover scripting of various vehicle handling parameters and recognising its importance.

Course Syllabus

On a daily basis we talk to companies in the likes of Tata Elxsi and Mahindra to fine tune our curriculum.

Week 01 - Suspension Design

  • In this module, the following topics are covered. 
    • Suspension kinematics 
    • Steering kinematics
    • Load transfer and control
    • Suspension compliance 

Week 02 - Tyre Modelling

  • In this week, the following topics are covered. 
    • Tyre structure 
    • Tyre nomenclature
    • Tyre coordinate system
    • Mechanics of force and moment generation
    • Tyre modelling in MATLAB 
    • Various methods for tyre modelling

Week 03 - Vehicle Ride

  • In this week, the following topics are covered. 
    • Excitation Sources 
    • Road profile modelling in MATLAB
    • ISO road standards and how ISO classifies the road based on Power Spectral Density
    • Detailed study of quarter car suspension model
    • Mathematical modelling of Bounce-Pitch model
    • Calculation of the pitch and bounce oscillation centre of the vehicle
    • Various testing methods to measure the ride perception and human response to vibration
    • Basic knowledge about ISO vibration limits

Week 04 - Vehicle Handling

  • In this week, the following topics are covered. 
    • Study of steady-state handling behaviour of the vehicle when it turns at low speed and high speed
    • Development of lateral force and slip angle at tyres
    • Significance of understeer gradient in steady-state handling
    • Response of the vehicle in understeer, oversteer, and neutral steer
    • Various methods to measure understeer
    • Detailed study about the constant radius cornering method
    • State-space representation of the 2-DOF bicycle model
    • Overview of the unit step response of the first and second-order systems
    • Suspension effects on handling the vehicle
    • Development of understeer budget
    • Study about various contributors to understeer
    • Tuning the component level parameters to achieve the target understeer
    • Detailed study about the transient handling of the 2-DOF Bicycle Model and its derivative notations for yawing moment and lateral force
    • Overview of the four-wheel steering system and its state-space representation
    • Vehicle rollover analysis-quasi static rollover of the rigid and suspended vehicle
    • Significance of the rollover threshold
    • Transient rollover model in which the inertia force is also considered
    • Study about the effect of rollover threshold with respect to frequency and damping

Our courses have been designed by industry experts to help students achieve their dream careers

Industry Projects

Our projects are designed by experts in the industry to reflect industry standards. By working through our projects, Learners will gain a practical understanding of what they will take on at a larger-scale in the industry. In total, there are 2 Projects that are available in this program.

Spring and Anti-Roll bar Selection based on Vehicle Targets

In this project, you will be doing calculations to select the spring and anti-roll bar based on a 4WD sedan with a McPherson strut in the front and Multilink in the rear.

Understeer Budget sheet preparation and ARB selection for a Light Sports Vehicle

In this project, you are being assigned a task to select a suitable rollbar for a light sports vehicle and come up with an understeer budget. The rollbar diameter selection and the understeer budget should comply with vehicle level targets like roll gradient and understeer gradient.  

Our courses have been designed by industry experts to help students achieve their dream careers

Ratings & Reviews by Learners

Skill-Lync has received honest feedback from our learners around the globe.

Google Rating
4.6

Vehicle Dynamics using MATLAB: Race into vehicle dynamics with MATLAB programming

The choice for vehicle dynamics courses and online vehicle dynamics courses is abundant, and it is harder to choose with too many options. This program is a comprehensive industry course to help you earn credentials beyond university degree(s). 

It is the best vehicle dynamics certification course to enhance your resume and help you get ahead in your career. This 100% online vehicle dynamics course is for 12 weeks. The course has three fee-structure types with the basic program ranging from INR 7000for two months of access to INR 15,000 for lifetime access.

 The goals of the course program are—

  • Introduce basic concepts like tyre modelling, vehicle handling, suspension design, and ride quality.
  • Master mathematical modelling with MATLAB.
  • Cover scripting of various vehicle handling parameters.
  • Prepare for industry projects, research, market & academic competitions.
  • Build a strong profile for higher studies/job opportunities.

The course structure is as follows—

  • Suspension Design and Dynamics.
  • Tyre Modeling and Dynamics.
  • Vehicle Ride.
  • Vehicle Handling.

Two extensive Industry Projects to heighten your expertise include—

  • Spring and Anti-Roll Bar Selection based on Vehicle Targets.
  • Understeer Budget sheet preparation and ARB selection for a Light Sports Vehicle.

Who should you take Vehicle Dynamics Course Using MATLAB?

Today, the automotive industry is digitised with advanced computer technology, algorithms, etc. In addition to learning about the fundamentals of vehicle dynamics, the online vehicle dynamics course using MATLAB helps you build road profile modelling and test vehicle dynamics with standard driving manoeuvres in MATLAB.

It is the best vehicle dynamics certification course for beginners who want to learn and master the core fundamentals of vehicle dynamics effortlessly and for mechanical engineers who are already in vehicle dynamics but want to clear out and brush up on basic vehicle dynamics concepts.

The course is also suited for other engineering and non-engineering students who want to make a career in vehicle dynamics, are curious about the latest MATLAB techniques and want to strengthen their existing subject knowledge.

What will you learn?

Before we run into this point, let’s first get to the bottom of what is vehicle dynamics. Vehicle Dynamics is a basic theory of the vehicle industry. To put it simply, vehicle dynamics is the study of a vehicle and its behaviour when it is in motion.

If you want to get into the automobile industry, studying the vehicle’s response in varied dynamic situations and understanding the influence of vehicles’ components and other subsystems on the overall vehicle ride and performance is crucial.

Today, the vehicle industry is racing into technology. By completing the online vehicle dynamics course, you can heighten your expertise within the vast field of vehicle dynamics using MATLAB by learning about—

 Suspension Design 

This includes the elasto-kinematic behaviour of the vehicle, suspension architectural designs of popular vehicles, and suspension and steering kinematics.

Tyre Modeling 

Covers everything from tyre structure to its vocabulary, including modelling in MATLAB. 

Vehicle handling

Introduces you to the key fundamentals of steady-state vehicle handling theory, among others, and the application of mathematical methods in MATLAB.

Other Vehicle Subsystems 

Understand the interaction and performance balance between vehicle subsystems, including suspension design, brakes, tyre modelling, ride quality, and vehicle handling.

Skills You Will Gain

Course instructors and student success teams will help you to learn—

  • Effective problem-solving and technical skills
  • Analytical skills
  • Specialised Software MATLAB skills
  • Industrial skills
  • Team-building skills
  • Presentation skills
  • Ability to solve mechanical failures
  • Commercial and industry awareness
  • Resume writing
  • LinkedIn profiling
  • Soft skills for interviews

 Key Highlights

  • On completing the course, you will receive an E-Verified Certification, and the students who have scored in Merit (Top 5%) will get special certificates. 
  • This course is a 12-week holistic online learning program.
    • Two extensive industry projects to add to your resume
    • Key tools and techniques of MATLAB

Career Opportunities

The vehicle dynamics course opens doors to several career opportunities in the global vehicle industry. You can choose a career in various subfields of vehicle dynamics like Mechanical, Electrical, Designing, or Simulation.

With the digitisation of the automobile industry, it has become challenging to balance safety and speed. This is where the expertise of a vehicle dynamics engineer is needed. The course will help you explore diverse roles assigned to a vehicle dynamics engineer like creating and executing test methodologies, coordination with other engineers, ensuring driver and passenger safety, designing for performance improvements, etc.

You can also widen your career prospects by participating in two extensive industry projects. Depending upon your interest and expertise, you can choose similar careers like—

  • Vehicles dynamic engineer
  • Tire Design Engineer
  • Brakes Design Engineer
  • Chassis Design Engineer
  • Suspension Design Engineer
  • Steering Design Engineer
  • Chassis CAE Engineer

FAQs on Vehicle Dynamics using MATLAB

1, What is the highest salary of a vehicle dynamics engineer in India?

A Vehicle Dynamics Engineer in India earns a maximum of ₹8,73,076 per year.

2, Are online vehicle dynamics courses useful?

An online vehicle dynamics course can be helpful for upskilling and certification purposes.  

3, Why should I become a vehicle dynamics engineer?

The scope of the automotive industry is extensive. With emerging technologies, the field has a lot to explore.

4, Which degree does a car dynamics engineer require in India?

Degree in Mechanical Engineering or Mathematics or equivalent years of experience.

5, How do I contact Skill-Lync’s team in case of questions about the course?

You can request a call on Skill-Lync’s website by submitting your phone and email contact. The team will contact you shortly after.

6, Can I pay the course fees in instalments for this course?

Yes, the fees structure at Skill-Lync is flexible. 

7, Does the course offer any internship opportunities?

The premium plan offers  paid internship opportunities 

8, Will I get a certificate after I complete the course?

Yes, you will get a Skill-Lync certificate upon course completion.

Instructors profiles

Our courses are designed by leading academicians and experienced industry professionals.

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Our instructors are industry experts along with a passion to teach.

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6 years in the experience range

Instructors with 6 years extensive industry experience.

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Areas of expertise

  • Automobile Engineering

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