Online Courses

Practical and dynamical courses available 24 hours a day.

Our best courses for you to study whenever you want

With our practical simulation modules, you set your own learning pace. Coursework is available 24 hours per day, 7 days per week. International certification is available for each completed module. Materials are explained by specialists with experience in the applications. Information is taught in your language in an objective way.

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FreePass: Unlimited access to all Virtual ESSS courses

1 year of access to the most complete technical library on the market for engineering education, updated periodically.

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Investment: USD$500

Find your Online course

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Geometry and Mesh
Mesh Generation for CFD

This course is aimed at users of Ansys CFD software (CFX and Fluent) interested in learning about the mesh generation features of Ansys Meshing and Fluent Meshing software.

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Electromagnetism
Transformer Analysis with Ansys Maxwell

The objective of this course is to teach simulation techniques, using the Ansys Maxwell simulation software, specifically focused on transformer analysis.

R$ 800,00

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Multiphysics
CAE Fundamentals (Computer Aided Engineering)

This free course is a courtesy of the ESSS Institute for you who want to start your journey in the computer simulation universe.

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Computational Fluid Dynamics (CFD)
Introduction to Computational Fluid Dynamics (CFD) using Ansys

In this course, you will begin your journey on learning about Computational Fluid Dynamics (CFD) using Ansys.

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Structural Analysis (FEA)
Introduction to Structural Simulation using Ansys Mechanical

In this course, the students will have the opportunity to start their simulation learning in Finite Element Structural Analysis (FEA) with the use of Ansys software.

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Structural Analysis (FEA)
Introduction to Geometric Modeling using Ansys SpaceClaim

Learn geometric modeling applied to Structural Analysis (FEA) and Fluid Dynamics Analysis (CFD) simulations and understand the basic features of Ansys SpaceClaim software.

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Discrete Element (DEM)
Introduction to Discrete Element Method using Rocky DEM

In this course, participants will learn how to use Rocky DEM software to better understand particle dynamics by making use of the Discrete Element Method (DEM).

Advantages of learning with ESSS Institute

Study wherever and whenever you want
Networking with engineering professionals
Courses developed by experts
Certificate with international validity

Testimonials

Luis Hernán Rodríguez Cisterna

Researcher and Engineer

UFSC Heat Pipe Laboratory – LABTUCAL

“The objective of the courses was to enable our staff – researchers, doctoral students, and master’s students – to use ANSYS Mechanical and nCode, aiming at the structural numerical simulations of diffusion-welded compact heat exchangers, in the context of a cooperation agreement between UFSC Heat Pipe Laboratory – LABTUCAL and Petrobras. The training considerably reduced the learning time, not only in numerical tools but also in the main concepts involving this type of analysis. Highly qualified teachers were able to apply concepts directly to the physical problem of our application, making understanding and contextualization easier. From the first contact for the course until the certificate delivery, ESSS experts were great, undoubtedly the great differential of the company.”

Testimonials

Carlos Rogério Jahn

Researcher

SENAI Institute of Innovation in Manufacturing and Laser Systems

“The idea proposed by ESSS was to help our team understand specific applications in equipment operation. The objective was the optimization of its construction, aiming at improvements in manufacturing, assembly, and costs. Industrial equipment has many built-in physics, and an engineering team doesn’t always have experts in all areas. In this case, the dedicated ESSS course was of great help to our company, supplying knowledge that we did not contemplate at that time. The proposal and joint work with ESSS filled in the team’s technical gaps. During the process, we checked if any physics could have a bigger impact than others, aiming at an optimal final result. The result was a complete understanding of all the equipment’s physics.”

Frequent doubts

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