Complete
Computer Aided
Engineering
Course (CAE)

The course objective is to make learner 'Industry-Ready.'

At the end of the course, a full-scale industrial project, complete with non-linear behavior is allotted to test the skills of the learner.

Recent graduates, working professionals who want to switch to engineering analysis will benefit the most from the in-depth knowledge provided. The industrial project directly adds experience on to their Resume. We encourage and support learners to complete more than one project.

We also help learners develop soft skills that will assist the learner in interview preparation, team dynamics and professional communication.

This course is also popular amongst graduates who intend to pursue their master's degree in US, UK or European Universities.

We follow the US GPA grading system to provide transcripts and letters of recommendation.

Advanced mechanical design and engineering of systems is a multi-faceted activity. Prototyping cost and testing challenges, clash with tight schedules for design development.

Such a scenario demands fast adoption of virtual simulation techniques. CAE (Computer Aided Engineering) is an amalgamation of such virtual simulation methods.

ANSYS, ABAQUS, and NASTRAN are at the front-end, while FEA (Finite Element Analysis) forms the backbone.

Structural, Thermal, Vibration, Fatigue and Durability simulations has increasingly become compulsory for design.

International standards like the ASME, DNV, API, IS, etc. have revised codes to include CAE simulations in design finalization.

A qualified design engineer is the one, who relies on the combination of their analysis skills like ANSYS and fundamental knowledge of FEA.

Introduction Finite Element Analysis Programming

Linear and Non-linear Structural Analysis with industrial project.

Thermal-Structural Coupled Analysis

Transient and Harmonic Analysis with industrial project

Random Vibration Analysis with industrial project

Personal Development / Soft Skills ​

Mechanical engineering professionals working in 3D modeling, who want to seriously consider analysis as their career path.

ASME Div 1 code designers, intend to incorporate Div 2 ‘design by analysis’ approach in Static Equipment Design.

Civil Engineers currently working on STAAD and other structural design tools and banking on upgrading to CAE based structural design.

Recent Mechanical/Civil engineering graduates, contemplating to widen their knowledge and target opportunities in engineering analysis.

Aspiring mechanical/civil engineers seeking admission for Master’s degree in European and US universities.

Comfortably tackle an APDL workflow of generating a model, meshing, solving and post-processing.

Develop an In-depth understanding of 1-D and 2-D analysis in APDL.

Get exposed to executing full scale analysis in ANSYS workbench.

Execute an industrial level project with contact and material non-linearities.

Comprehend mesh convergence, solution convergence and efficient ways of handling stress singularities.

Understand concepts in Fatigue and Random Vibration analysis and their execution as per international standards.

Duration:

Total Hours : 210Hrs

Saturday - Sunday, 6Hrs per day

18 Weeks

Course Fees:

Rs 2,00,000/-

USD 2500

mail:

info@vaftsycae.com