Your Destination to Expert Engineering Simulation Tools, Training & Support

Solve Your Engineering Simulation Challenges through Expert FEA and CFD Training and Software Implementation

THINK SIMULATION TECHNOLOGIES

Your one stop solution for Comprehensive Computer Aided Engineering Simulation Tools, Support and Training

We Train.

Our training courses can help you achieve your goals, whether you want to improve your skills, resume training, or learn how to use FEA & CFD tools for the first time.

We Implement.

As a value added re-seller for MIDAS SOFTWARE, we implement NFX and MeshFree in your organization so that you can maximize your investments.

We Support.

With our unmatched technical support you can  leverage CAE technology to define design improvements, saving significant prototype cost and time.

Need Help?

Whether it is learning or Support we are dedicated towards your success on CAE platform. We are just a call away.

Our Online Training Resources

With online training getting more and more acceptability, we have devised an online learning platform thinkcae.com. This platform helps engineers learn the skills required to master the industry leading CAD & CAE applications and industry topics. In short thinkcae.com is an online learning and teaching marketplace for Engineers and Educators.

Testimonial

“FEA is a tough nut to crack. It was simplified and made approachable through an understanding of core concepts behind the analysis. Amit and his team rescued our analysis deadlock with an intelligent approach towards FEA. They are the master at their work. Excellent work and best wishes for future. Keep it up.”

Dastagir Shaikh - Java Motorcyles Pvt Ltd

Our History

Started our operations in 2009, with a small engineering simulation project from a well known EOT crane manufacturer, resulting in saving effective time and cost for the project.

Since then we believe in utilizing CAE at the design stage that has proven to offers an innovative process, which will lead to securing initial product quality, a decrease in product development time and reduced costs. With the increase in the number of simulations, the need for producing physical prototypes will significantly decrease.

Upcoming Practical Workshops on Engineering Simulation Tools

Training is an important component of success for any engineer doing the analysis. We offer many different expert training classes in FEA , CFD & Engineering Tools to maximize your skills for product development and optimization. Our technical team has developed a series of the workshop session in association with Engineering Colleges to help you maximize your engineering design simulation skills

Finite element analysis means simulating nature, therefore giving you insight into the world you live in and enriching your life. This workshop, Practical Insight to ANSYS, is an introduction to using ANSYS finite element software. First, you will start by modelling a Trailer Hitch Assembly & its component and solve your first 3D finite element model. Then, you will explore the user interface, creating your first 3D model, and setting up the loads and boundary conditions.
Finally, you’ll view the results and ensure the safety of the component under the given loads. After taking this workshop, you’ll know the basics of how to navigate through the ANSYS interface and be equipped with the tools to develop and analyze your own models.

SOLIDWORKS Flow Simulation can be used in a diverse array of applications and has been designed to be extremely flexible. Whether you are developing an automobile, the wing of an airplane, or an exhaust valve, using SOLIDWORKS Flow Simulation in the product development cycle can help you build a better product in less time.
In this workshop you shall be introduced to practical aspect of the CFD tool to Simulate Flow in a Static Mixer which simulates a mixer consisting of two inlet pipes delivering water into a mixing vessel; the water exits through an outlet pipe. A general workflow is established for analyzing the flow of fluid into and out of a mixer at different inlet temperatures.