Specialization: Structural Numerical Analysis using MEF (Finite Element Method) | Presential

Presential

360 hours
4 semesters

Specialization

Structural Analysis

Under the light of basic engineering concepts, and with the constant support of simulation based on the Finite Element Method (FEA), using the Ansys Mechanical tool, this specialization enables a simulation technician capable of using CAE technology in a competent and reliable way in various areas of knowledge such as linear and non-linear deformations, fatigue, plastic deformations and other topics of wide application. The course is practical, based on the use of Ansys commercial software, with professors with great experience in industry and academia.

The objective of the course is the practical training of the professional, using the associated theory as a tool for understanding both phenomenologies and numerical and computational techniques. Thus, the student will understand the physics of the problems estudied, being able to perform practical activities of simulation of complex and real systems of engineering.

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Classes:

Methodology

Our modern classrooms are equipped with all the necessary structure to carry out your training. It is not necessary to take your personal computer to the classroom, but it is highly recommended that you have an infrastructure at home to practice the exercises. The electronic didactic material will be available for future consultations.

During the presential meetings the student has the opportunity to interact with the instructor in an instantaneous way. The classes are composed of a limited number of students (up to 25 students), facilitating the interaction between students and teachers. In addition to the classroom space, the students of the ESSS Institute Specialization have a distance learning environment with forums that allow the submission of their doubts in the extra-class period and a vast library with technical content for review of the subject treated in class.

The presential meetings will be given according to the city of choice:
- São Paulo | Fridays from 7pm to 10pm, and Saturdays from 9am to 6pm | Fortnightly
- Rio de Janeiro | Fridays from 7 pm to 10 pm, and Saturdays from 9 am to 6 pm | Fortnight

Target Public

Industry professionals, engineers and designers, students or academic professors interested in specializing their knowledge in simulation techniques for the creation and improvement of real projects in the most diverse areas of engineering.

Program

Watch our class where professor Giuseppe Mirlisenna presents the characteristics of structural analysis using CAE software. Click here and access the content.
- Solid Mechanics Fundamentals
- Numerical Methods in Engineering
- Finite Element Method and Mesh Generation
- Engineering Materials
- Non-Linear Analysis: Of Contacts, Materials and Geometrics
- Modal and Dynamic Analysis: Fundamentals and Computational Modeling
- Heat Transfer Analysis: Fundamentals and Computational Modeling
- Fracture Mechanics and Fatigue Analysis: Fundamentals and Modeling
- Explicit Dynamic Analysis
- Multiphysics Modeling Project Optimization Techniques
- Industrial Application Analysis Seminars

Instructors/teaching staff

Roberto Monteiro Basto da Silva

Master in Technology from the Federal Center for Technological Education of Rio de Janeiro (CEFET). Currently works as a CAE / CAD Application Consultant at ESSS.

Giuseppe Mirlisenna

Master in Electrical Engineering from Mackenzie Presbyterian University. Currently works as a Post-Graduate Coordinator for FEA at ESSS.

João Victor Barbosa Alves

PhD in Chemical Engineering from the Federal University of Rio de Janeiro (UFRJ). Currently works as a CFD Application Trainer at ESSS.

Rubem Ribeiro Neto

Master in Mechanical Engineering from the University of São Paulo (USP). Currently works as a CAE / CAD Application Trainer at ESSS.

Marcos Giovani Dropa de Bortoli

Rodrigo de Sá Martins

Master in Mechanical Engineering from the Federal University of Minas Gerais (UFMG). Currently works as a professor at the ESSS Institute and UFMG.

Germano Freitas

Master in Naval and Oceanic Engineering from the University of São Paulo (USP). Currently working as a professor at the ESSS Institute and the Faculty of Engineering of Sorocaba.

Guilherme Reis

Master in Mechanical Engineering from the Federal UFRGS. Currently works as a Structural Calculation Engineer at Marcopolo and a Instructor at the ESSS Institute.

Requirements

- Degree in engineering or similar courses or experience as a designer. No prior knowledge of computational tools is required.
- Hardware, Software e resources: In order to perform the proposed exercises of the course the student must have the following structure:

Certificate

After the full completion of the course, the student has access to an international certificate, in electronic format, proving the completion of the course with the total hours attended. The certificate is issued by the ESSS Institute, which is a world reference in the subject of Computer Simulation. ESSS guarantees the quality of the course through its experience and recognition as a reference in Computational Simulation. With more than 200 employees, it is undoubtedly the largest CAE company in Latin America, having in its portfolio more than 800 companies worldwide. The faculty is formed by ESSS doctors and masters and invited professors, with solid background in teaching, research and consulting. The Postgraduate course of the ESSS Institute fits in the modality of Post-Graduation at Professional level. It does not include the postgraduate level latu sensu or stricto sensu (master's degree), and has no links with other universities or regulatory agencies. In the last 11 years, we have formed +2000 specialists who work today in the main engineering companies in the world.
- Steps required to complete the Specialization course:

General conditions:

There is no registration fee and the indicated investment already considers all teaching materials.
Discount policy:
- 15% for cash payment at the beginning of the course;
- 7% in case referral of another participant with effectuation in the course;
- 5% for Ansys customers with updated maintenance and support.
Discounts are not cumulative

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Specialization: Structural Numerical Analysis using MEF (Finite Element Method) | Presential

Presential

360 hours 4 semesters

Specialization

Structural Analysis

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More Information

More courses

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