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Multibody Dynamics for Automotive Applications using Motionview and Motionsolve

A comprehensive course on Multi-body Dynamics for Automotive Applications using Altair's Motionview and Motionsolve. This course is highly suited for beginners

12 weeks long course | 100% Online

Learn from leading experts in the industry

Project based learning with 3 industry level projects that learners can showcase on LinkedIn.

Learn Key Tools & Technologies Motionview/Motionsolve(Altair Hyperworks)

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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 deals with the fundamentals of Multibody Dynamics and using MotionView
  • This course is directed towards the learning of intermediate-level MBD concepts and applications.
  • In this course, the students will design and simulate the various working models, instead of mathematical representations of the output.

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-Introduction to Multibody Dynamics (Theory, Background, and Motivation)

  • Importance of Multibody Dynamics in the Industry
  • Difference between the FEA and MBD World
  • Force Equations
  • Industries using MBD
  • Evolution of Multibody Dynamics

Week 02-Motion Assemblies and Interference Check

  • Assembling Automobile Motion Assemblies
  • Able to review and modify the kinematic and dynamic characteristics of such assemblies.

Week 03-Simulate Complex Time-dependent Dynamic Systems

  • The compound pendulum is one of the most chaotic systems known to man and can be very unpredictable.
  • Able to predict the location and velocity of the compound pendulum at any instant in time accurately.
  • Dynamic forces on the frame and joints can be measured as a function of time.

Week 04-Model Building of a Simple Crank Mechanism

  • In this multi-body dynamics course, you will learn how to create and organise the parts in your mechanical system. You will also learn to connect the parts and provide the required constraints
    • Joints types that you will explore - hinges, sliders, couplers, and screws.
    • Practical session: Simple pendulum model building and simulation.
    • System actuation techniques: Incorporate complex part motion and apply a wide variety of forces such as gravity. Forces can be input as transient profiles as well.

Week 05-Introduction to Flexible Bodies

  • Technical Overview of Flexible Bodies
  • Flexible Body Generation
  • Static Ride Analysis of the automobile lower control arm.
  • Capture the stress/strain contours on the Flexible Lower Control Arms.

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 3 Projects that are available in this program.

Automobile Trunk Lid

In this project, the students will construct a four-bar mechanism. The students will also simulate the motion of automobile trunk lid.

Flexible Bodies Simulation of a Lower Control Arm of a Suspension

In this project, the student will simulate the motion of the lower control arm of suspension and study the stress/strain contours.

Simulation of a Full Vehicle Assembly

In this project, the student will model an entire road profile. Then the motion of the car on the road will be modelled.

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

Multibody Dynamics for Automotive Engineers

Through applying Kinematics of Mechanisms, the Multibody Dynamics in Automotive Applications course improves students' understanding of the utility of the sophisticated set of equipment used for the structural configuration of multibody structural mechanics. Candidates will be able to use one of Altair Hyperworks' most widely used multibody dynamics software packages, Motionsolve/ Motionview, by putting what they've learned in class into practice. The curriculum was created by mechanical engineers who are experts in this sector to pass on their knowledge to students.

The fee structure is divided into three flexible plans. The basic plan gives you two months' access for INR 3000. The pro plan fee is INR 7000 per month and gives you four months of access. The premium plan is for INR 10,000 and gives you lifetime access.

This course equips applicants with the necessary abilities to recreate the motion of a fully functional vehicle, allowing them to appreciate the value of Multibody Dynamics as a subject of knowledge. Topics in the multibody dynamic analysis course curriculum encourage the kinematic study of various car mechanics. After completing this online course, students shall gain the upper hand over other Multibody Dynamics software, ADAMS, and SIMULIA.

Who Should Take This Course?

This course is for anyone with a keen interest in automotive engineering. This includes students, professionals, or individuals who want to explore what is multibody dynamics.

Engineering students with a basic understanding of machine theory can enrol in this course to further their expertise in the MBD area and apply for Multibody Dynamics Engineer positions with OEMs. Professionals looking for upskilling opportunities will find this course advantageous for career enhancement. Any individual seeking opportunities to develop their knowledge of Multibody Dynamics in Automotive Applications will be able to do so through this course.

The course allows applicants to build a professional portfolio from the tasks they complete during their training. Course completion and merit certificates may be seamlessly connected to the students' technical projects, giving them further professional value. The projects have been designed to provide applicants with the required abilities in Multibody Dynamics in Automotive Applications that will help them improve their résumé.

What will you learn?

A Multi-Body Dynamics Course (MBD) is a system of solid bodies or links joined by joints that limit their relative motion. The examination of how mechanical systems move under the impact of forces, also known as forwarding dynamics, is the subject of this course. Because product design usually necessitates grasping how various moving elements interact with one another and their surroundings, motion analysis is essential.

Moving parts create loads that are typically difficult to estimate, from vehicles and aeroplanes to washing machines and manufacturing lines. You will study core vibration focused on the automotive sector and automotive engineering fundamentals, load route, vibration, comfort, etc. Basic vibration will be covered, along with SDF, MDF, Time response, Frequency response, Normal Mode, Random Vibration with PSD Input, Testing, and modelling methodologies.

The course structure includes modelling standards, quality checks, Mat characteristics, etc. You will receive software instruction in Mechanical, Adams, and Motion View, among other topics. You will get an overview of various industry practices and regulatory needs for manufacturers in the US and Europe. The latter portion of the course framework covers problem definition, formulation, modelling, preparation, and simulation.

Skills You Will Gain

  • Using Motionsolve/ Motionview programme and learning about its numerous aspects.
  • Multibody Dynamics (MBD) in an industrial setting.
  • Multibody Dynamics fundamentals.
  • Static, transient, and linear simulations are performed, and simulations are controlled.
  • Using output data, graphs, and contours to investigate test findings.
  • Manage the files created by Adams view and Adam solver.

Key Highlights of The Program

A few highlights of the course:

  • Certification on program completion for everyone and merit certificate for the top 5% of students.
  • The program is 24 weeks long.
  • Project-based learning with one-on-one assistance and three comprehensive projects to highlight on your CV.
  • Learn about essential tools and technologies like Motionview/Motionsolve(Altair Hyperworks). 

Career Opportunities After Taking the Course

After completing the Multibody Dynamics in Automotive Applications course, you can explore career opportunities in the automotive industry and related sectors. Your knowledge of multibody structural mechanics and the ability to use industry-relevant software tools and technologies, such as Altair's Motionview and Motionsolve, will help you chalk out a career in this field.

Various OEM positions require an in-depth knowledge of Altair's Motionview and Motionsolve. This online multi-body dynamics course helps you understand the practical aspects of using these software packages from the industry perspective and learn how to use them for real-life applications. You can apply for various roles that require candidates to thoroughly understand the concepts and working knowledge of the software packages prevalent in the industry.

Some of the roles that you may apply for include the following: 

  • Simulation Engineer
  • Technical Support Engineer for Multibody Dynamics
  • Surveyor – Electric Vehicle Sector
  • Lead Engineer

FAQs on Multibody Dynamics for Automotive Applications using Motionview and Motionsolve

1, Will I be working on any projects during the course?

The course will allow you to learn via 3 comprehensive projects that will enhance your knowledge and you can show on your resume.

2, 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.

3, Is there a list of requirements for the program?

This multi-body dynamics course does not have a specific list of requirements. But a basic understanding of mechanical or automotive engineering concepts will enable you to grasp the subject topics easily.

4, What type of help do I get if I have any doubts?

For any doubts and questions, you will receive professional assistance. Your specialized support engineer and course instructors can be reached through Whatsapp, Email, phone, or video-conferencing. 

5, Will I receive a certificate after finishing the online course Multibody Dynamics for Automotive Engineers?

Skill Lync awards a merit certificate for the top 5% of the class, and every participant receives a course completion certificate.

6, What is the fee for the Multibody Dynamics for Automotive Engineers course?

The fee structure is divided into flexible plans offering three options. The basic plan is for INR 3000 for 2 months of access, the pro plan fee is INR 7000 for 4 months of access, and the premium plan is for INR 10,000 for lifetime access. 

7, What is the duration of the Multibody Dynamics for Automotive Engineers course?

Post Graduate Diploma in Design and Development of a Passenger Car is a 24-week long program. 

8, Is Multibody Dynamics for Automotive Engineers an online course?

Yes, the Multibody Dynamics for Automotive Engineers is a fully online course.  

Instructors profiles

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

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1 industry expert

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

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5 years in the experience range

Instructors with 5 years extensive industry experience.

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Areas of expertise

  • FEA

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