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Quick Facts

Medium Of Instructions	Mode Of Learning	Mode Of Delivery	Frequency Of Classes
English	Self Study	Video and Text Based	Weekdays

Course Overview

The finite Element Method (FEM) is the most extensively used numerical tool by engineers and scientists to solve and address many real-life problems. It helps by solving partial differential equations. The differential equations which arise during the analysis of structural integrity of civil and mechanical components are subjected to various kinds of loading, heat transfer, and fluid flow. The course of Certificate course on finite element methods and hands-on experience shall help the learner to grab a firm understanding of the concepts and applications of finite element methods.

Certificate course on finite element methods and hand-on experience training will inculcate the knowledge of finite methods and help the learner to use them for solving various problems. This is the 5-week online certificate course organized by the Department of Mechanical Engineering, Department of Civil Engineering, and Center of Futuristic Defence and Space Technology

Indian Institute of Technology Indore. The candidate shall also receive a certificate course on finite element methods and hands-on experience by IIT Indore.

The Highlights

100% online course
Instructor-paced learning
5 weeks duration
Certification
Industry-experts led training

Programme Offerings

Online instructor-paced learning
Certification
5-week duration

Courses and Certificate Fees

Certificate Availability	Certificate Providing Authority
yes	IIT Indore

A candidate can pay for the Certificate course on finite element methods and hand-on experience fee through bank transfer. After the successful completion of payment, transfer send the confirmation by attaching the transaction slip to indrasen@iiti.ac.in and schaudhary@iiti.ac.in with cc to phd1901103008@iiti.ac.in. The details of the bank account in which the candidate can submit the fee are mentioned below.

Account Name: Registrar, IIT Indore

Account Number: 1476101027440

Bank Name: Canara Bank

Branch: IIT Simrol, Indore

IFSC: CNRB0006223

Fee structure for Certificate course on finite element methods and hand-on experience

Name of the course	Fee in INR
Certificate course on finite element methods and hand-on experience	Rs. 11,000 +18 % GST

Eligibility Criteria

Academic Qualification

A candidate taking up the Certificate course on finite element methods and hands-on experience classes should have basic knowledge of the concept of finite element methods.

Certification Qualifying Details

The Certificate course on finite element methods and hand-on experience shall be awarded to the learner who shall complete the course and pass the associated assignments with a minimum of 40%. The certification shall open gates of opportunities for the learners in this domain.

What you will learn

The certificate course on finite element methods and hands-on experience syllabus is comprehensive in nature. The course shall guide the learner on various concepts and applications of the FEM. The aim of the course is to generate minds that have proficiency while using the FEM and have the curiosity to find solutions through finite element methods.

Who it is for

Doctoral Researcher

Certificate courses on finite element methods and hands-on experience benefit people who are doctoral researchers in FEM. The course will also be advantageous for engineers who are looking forward to building up their careers by learning the concepts of FEM.

Admission Details

To get admission to the online Certificate course on finite element methods and hands-on experience, follow the steps mentioned below.

Step 1: Visit the website of IIT Indore or click on the direct link

Step 2: Check for the events on the website and click on the event of certificate course on finite element methods and hand-on experience.

Step 3: Fill in the google form and send the confirmation to the indrasen@iiti.ac.in and schaudhary@iiti.ac.in with cc to phd1901103008@iiti.ac.in.

Step 4: Complete the enrollment process by paying for the Certificate course on finite element methods and the hand-on experience certification fee.

Step 5: Start learning by attending the Certificate course on finite element methods and hand-on experience classes.

Application Details

The candidate can register for the course by filling up the google form. The link for the google form is https://forms.gle/ydZb9jc5aAymCmzo8. The candidate should then send the confirmation mail to indrasen@iiti.ac.in and schaudhary@iiti.ac.in with cc to phd1901103008@iiti.ac.in.

The Syllabus

Revision of basics concepts theory of elasticity
Revision of basics concepts theory of elasticity
Assignment #1 on Elasticity
Calculus of variations-I
Calculus of variations-II

Calculus of variations-III
Assignment #2 on Calculus of variation
Assignment #3 (basic training on Abaqus)
1D FE formulation -I
1D FE Formulation -II

1D FEM Bar Stiffness, force vectors in terms of natural coordinates
1D FEM isoparametric mapping.
1D FEM quadratic bar element
1D FEM Beam Element
Assignment # 4 on 1D FEM

2D FEM General FE equation for 2D
2D FEM: Stiffness Matrix and Force Vector
2D FEM: 3 node Triangular Elements
2D FEM: 6 node Triangular Elements
4node rectangular elements

2D FEM: eight- and nine-noded elements
2D FEM: Mapped Elements
Assignments on 2D FEM
Numerical integration
Accuracy and Convergence

Instructors

IIT Indore Frequently Asked Questions (FAQ's)

1: What is the duration of the online certificate course on finite element methods and hand-on experience?

The duration of the course is 5 weeks.

2: What is the time schedule for the classes?

The classes will be held from 5 PM to 7 PM, from Monday to Friday.

3: Who shall issue the certificate after the completion of the course?

The certificate shall be issued by IIT Indore.

4: What are the requirements to receive the certificate?

The candidate should pass the assignments and quizzes with a minimum of 40% to receive the certificate.

5: Who is the provider of the course?

This course is provided by the Department of Mechanical Engineering, Department of Civil Engineering, and Center of Futuristic Defence and Space Technology, Indian Institute of Technology Indore.