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Quick Facts
| Medium Of Instructions | Mode Of Learning | Mode Of Delivery |
|---|---|---|
| English | Self Study | Video and Text Based |
Course Overview
Finite element analysis is used across all engineering disciplines. The Finite Element Analysis programme is designed to help students understand how it is utilised by engineers today. If you would like to know how to solve any complex engineering problem by dividing the component into smaller parts, you would greatly benefit from this course.
Through the Finite Element Analysis training, you will learn how finite element analysis helps troubleshoot old designs and evaluate the feasibility of new ones. Additionally, you will deepen your knowledge of finding solutions at times when you lack a prototype.
With the use of Hypermesh and Ansys for finite element analysis, as well as the use of CATIA for geometric modelling, you can solve any engineering problem. The Finite Element Analysis certification course teaches you how to do just that.
Upon finishing the course, you will earn a certificate and be empowered enough to carry out independent analysis, no matter what engineering problem you set out to solve.
The Highlights
- 12-week course
- Online course
- Notes provided in PPT format
- Theory and practical classes
- Use of Hypermesh and Ansys software
- Certificate upon completion
- Course offered by Ramaiah University of Applied Sciences
Programme Offerings
- 12-week course
- Online Course
- Lab and theory classes
- Usage of fine element analysis
- Usage of Hypermesh and Ansys software
- Project-based assessments
Courses and Certificate Fees
| Certificate Availability | Certificate Providing Authority |
|---|---|
| yes | MSRUAS Bangalore |
- The fees may be paid in cash/DD at the University, The DDs must be drawn in favour of "M. S. Ramaiah University of Applied Sciences payable at Bangalore"
Advanced Certificate Program in Finite Element Analysis Fee Structure
| Fee | Amount in INR |
| Registration Fee | Rs.2,000 |
| Tuition Fee | Rs.27,000 |
| Total Fee | Rs.29,000 |
What you will learn
The Finite Element Analysis syllabus will equip you with the knowledge of:
- How to solve different Engineering problems by creating finite element models
- How to become proficient in using Ansys and Hypermesh for post-processing, solving, and modelling
- How to arrive at converged FE results by analysing industry-specific problems for boundary conditions and by imposing appropriate element types
- How to describe finite element methodology for various classes of engineering problems
Who it is for
To make the most of the Fine Element Analysis online training, you must either be an aeronautical engineer or a recent graduate of Mechanical, Automobile, and machine tool design engineering.
The Syllabus
Theory
- PDM Basics
- Introduction to CAD, CAM, CIM, and CAPP
- Rapid Prototype Techniques
- CAD Environment including Hardware and Software
- Engineering Drawing Fundamentals
- Introduction to Reverse Engineering
- Computer-Aided Product Development Cycle
- Fundamentals of metrology and GD & T
Laboratory
- Sketcher
- Part Modelling
- Assembly
- Drawing with GD and T
- Wireframe and surface modelling
Theory
- Introduction
- Basic aspects of discretisation method
- 1-D meshing
- 2-D meshing
- 3-D meshing
- Boundary conditions
Laboratory
- Quality correction methods for both 2D and 3D elements
- Deck preparation for Ansys, Nastran, CFD, LS-DYNA,
- Geometry review and clean up, 2-D meshing, 3-D meshing, quality checks for 2D and 3D
- elements
- Types of 1-D elements, 1-D elements applications for assembly components connectivity
- Introduction to Altair Hypermesh, Menus in HM
- Meshing exercises on automotive and aerospace-related components
Theory
- Finite element theory
- 1D and 2D Element
- Finite Element Modelling
- Heat Transfer Finite Element Analysis
Laboratory
- Nonlinear analyses – Contact non linearly
- Case studies, ANSYS
- GUI – basics and general analysis procedure
- Finite Element Modelling Techniques
- Thermal Analyses
- Pre-processing
MSRUAS Bangalore Frequently Asked Questions (FAQ's)
The duration of the course is twelve weeks, with four weeks given to each module’s teaching.
The total course hours for the Finite Element Analysis programme is 360 hours. Out of this, 60 hours will be devoted to theory, 210 hours will be devoted to laboratory teaching, and the rest 90 hours will be allotted to project making.
Yes, you check out the recommended reading material on the course website.
The class notes related to this programme will only be provided in PPT format to the candidates.
The software tools which are used during the programme are CATIA/UG, Hypermesh, and Ansys.