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The iESSS postgraduate courses offer the necessary knowledge to carry out simulations of different applications with high reliability.

Alexandre Sampaio

SEMCO Product and Applications Engineer Technology in Industrial Processes

“Before I graduate, I performed structural analysis, but I did so in an amateur way, and I had limited knowledge of fluid dynamics analysis. I used to make simplified manual calculations without enough precision. This slowed me down and led to the production of oversized equipment. Today I can carry out calculations that I have not done for a year and a half, and these tools have made my work more competitive. My equipment is more efficient and precise, and therefore more economical.”

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Felipe Jean da Costa

Executive Director of Science, Technology and Innovation – Company: BRENG

“O uso de ferramentas computacionais na área aeroespacial tem sido um importante aliado na predição de fenômenos físicos. O investimento em conhecimento em simulação computacional é indispensável para profissionais de engenharia que atuam em projeto multidisciplinar. Entretanto, parafraseando o nobre patrono da aeronáutica, Alberto Santos Dumont, as coisas são mais belas quando se tem a ampla visão do seu campo de trabalho. No curso “Análise Numérica Estrutural utilizando Método de Elementos Finitos” da pós-graduação do Instituto ESSS, pude notar que o curso faz jus a menção de Santos Dumont, onde os conceitos fundamentais que norteiam uma análise estrutural, no que tange ao método de elementos finitos, são fatores principais abordados em aula, importando assim não só os conhecimentos práticos, mas também no âmbito teórico. Essa filosofia de formar um completo analista, e não apenas um piloto de software, me instigava a cada aula a imaginar cada etapa necessária para analisar a física envolvida no trabalho a mim designado no IEAv”

Hernán Gonzalez Gramaglia

Mechanical Design – National Institute of Industrial Technology – Córdoba /AR

“In my opinion, one of the main benefits of ESSS training is having a web platform that allows you to interact in real time with the teacher during classes and then see the instructor as many times as necessary to correct an idea or make any inquiries. I also see this training model as an advantage to save time and resources. The instructions and knowledge of the teaching staff are very good. Being a practical and theoretical course favors the direct application of knowledge in the work environment. I am currently working in a technology center called INTI, providing technical support for metal-mechanic companies in terms of design and structural calculation.”

Jean Filipini

R&D Supervisor – Fast Technology Industrial

“The ESSS post-graduate course in Structural Numerical Analysis provided me ways to improve my finite element method analysis, allowing the immediate application of the knowledge learned in my professional life.”

Thalis Pacceli da Silva e Souza

Head of the Research Department at Rima Industrial S/A

“I had previously worked with simulations and numerical models, but participating in the ESSS specialization training allowed me to expand and increase the complexity of my models. At the end of the course in EAD, I was able to implement new models (via UDF) to the software, thanks to the teachers, who have a good command of the theoretical content and who also have practical experience in solving problems. In addition, the convenience of being able to study wherever and whenever you want was an important factor in my choice. Today, I work at RIMA Industrial, where together with the engineering department of the company, we model and optimize, , several projects using ANSYS AIM in the newly created area of ​​numerical simulation.”

João Vitor Ricciardi

Mechanical Engineer – Fan Technology Resources

“ESSS’s specialization classwork in Numerical Structural Analysis using the Finite Element Method gave me an overview of various condensed physics in one complete course. Through the course, I was able to see the approximations of the computational models in a different way, increasing my capacity for critical evaluation as an engineer. The disciplines most related to my day-to-day work have contributed to better modeling and obtaining more accurate correlations through comparison with actual tests. In addition, the evaluation method the teachers explained goes far beyond simple and repetitive calculations, challenging the students with projects, critical evaluation, and optimization of structures.”