Training

Maxime Gueguin drives Simvia's technical strategy, ranging from software industrialization to HPC performance. holding a Ph.D. in computational mechanics, he draws on over ten years of experience in simulation and the integration of open-source codes within production environments.

Holding a PhD in theoretical condensed matter physics, I am now a scientific computing engineer at Simvia. Following my doctorate, I transitioned into the simulation industry, which offered broader career prospects while allowing me to remain connected to physics. Passionate about understanding reality, I continue to be involved in various research and science communication projects in my spare time. Within Simvia, my background as a theoretician makes me versatile and present across all of our codes. With a strong sense for pedagogy, I produce most of the tutorial videos on Simvia's YouTube channel, with a particular focus on the clear and rigorous presentation of both conceptual physics and numerical aspects. With already one year of experience supporting industries working in hydraulic simulation, CFD and structural analysis, I have a solid understanding of the typical interests and use cases of OpenTELEMAC across various sectors.

I am an expert in computational mechanics and a trainer in scientific simulation. Holding a PhD in computational mechanics, I spent several years in academia, working in close collaboration with industry on advanced modeling and finite element analysis challenges. Alongside my research activities and collaborative projects, I taught programming and scientific computing at an engineering school, which allowed me to develop solid pedagogical experience. Today, as Computational Mechanics Tech Lead at Simvia, I bring over 10 years of experience in computational mechanics and industrial simulation environments. I design and deliver high-value training programs for engineers, R&D teams, and PhD students, with a strong emphasis on combining theoretical rigor, software best practices, and real-world applications. My goal is to make complex concepts accessible and to offer a clear progression toward operational skills that can be put to use immediately after training — from an introduction to the methods all the way through to their integration into industrial workflows.

I am a civil engineer specialized in structural analysis and numerical simulation, with over 5 years of experience in the nuclear sector. Expert in finite element analysis using code_aster, I am proficient in both linear and non-linear approaches for the design and verification of complex structures subjected to extreme seismic loadings. My background has provided solid expertise in applying nuclear regulations (RCC-CW, EDF capacity guide) and Eurocodes. Passionate about open-source tools and advanced computational methods, I support industrial clients in their numerical simulation challenges.

Holding a PhD and teaching in fluid mechanics, I practice CFD with one simple conviction: a simulation is only useful if you truly understand what you are doing. Every mesh, every model, every convergence criterion directly influences the results. Between advanced research and industrial projects, I have learned to never take a simulation for granted and to always challenge it against the physics and common sense. In my training courses on code_saturne, I share a pragmatic approach: structuring your methodology, avoiding classic pitfalls, and producing reliable and defensible simulations. My goal is simple: to make you autonomous and confident in your simulations.

Dorian supports code_aster users in mastering the software and resolving their issues. He relies on 3 years of experience in aeronautical R&D, specializing in damage and fracture mechanics.

Maxime Gueguin drives Simvia's technical strategy, ranging from software industrialization to HPC performance. holding a Ph.D. in computational mechanics, he draws on over ten years of experience in simulation and the integration of open-source codes within production environments.

Holding a PhD in theoretical condensed matter physics, I am now a scientific computing engineer at Simvia. Following my doctorate, I transitioned into the simulation industry, which offered broader career prospects while allowing me to remain connected to physics. Passionate about understanding reality, I continue to be involved in various research and science communication projects in my spare time. Within Simvia, my background as a theoretician makes me versatile and present across all of our codes. With a strong sense for pedagogy, I produce most of the tutorial videos on Simvia's YouTube channel, with a particular focus on the clear and rigorous presentation of both conceptual physics and numerical aspects. With already one year of experience supporting industries working in hydraulic simulation, CFD and structural analysis, I have a solid understanding of the typical interests and use cases of OpenTELEMAC across various sectors.

I am an expert in computational mechanics and a trainer in scientific simulation. Holding a PhD in computational mechanics, I spent several years in academia, working in close collaboration with industry on advanced modeling and finite element analysis challenges. Alongside my research activities and collaborative projects, I taught programming and scientific computing at an engineering school, which allowed me to develop solid pedagogical experience. Today, as Computational Mechanics Tech Lead at Simvia, I bring over 10 years of experience in computational mechanics and industrial simulation environments. I design and deliver high-value training programs for engineers, R&D teams, and PhD students, with a strong emphasis on combining theoretical rigor, software best practices, and real-world applications. My goal is to make complex concepts accessible and to offer a clear progression toward operational skills that can be put to use immediately after training — from an introduction to the methods all the way through to their integration into industrial workflows.

I am a civil engineer specialized in structural analysis and numerical simulation, with over 5 years of experience in the nuclear sector. Expert in finite element analysis using code_aster, I am proficient in both linear and non-linear approaches for the design and verification of complex structures subjected to extreme seismic loadings. My background has provided solid expertise in applying nuclear regulations (RCC-CW, EDF capacity guide) and Eurocodes. Passionate about open-source tools and advanced computational methods, I support industrial clients in their numerical simulation challenges.

Holding a PhD and teaching in fluid mechanics, I practice CFD with one simple conviction: a simulation is only useful if you truly understand what you are doing. Every mesh, every model, every convergence criterion directly influences the results. Between advanced research and industrial projects, I have learned to never take a simulation for granted and to always challenge it against the physics and common sense. In my training courses on code_saturne, I share a pragmatic approach: structuring your methodology, avoiding classic pitfalls, and producing reliable and defensible simulations. My goal is simple: to make you autonomous and confident in your simulations.

Dorian supports code_aster users in mastering the software and resolving their issues. He relies on 3 years of experience in aeronautical R&D, specializing in damage and fracture mechanics.

Maxime Gueguin drives Simvia's technical strategy, ranging from software industrialization to HPC performance. holding a Ph.D. in computational mechanics, he draws on over ten years of experience in simulation and the integration of open-source codes within production environments.

Holding a PhD in theoretical condensed matter physics, I am now a scientific computing engineer at Simvia. Following my doctorate, I transitioned into the simulation industry, which offered broader career prospects while allowing me to remain connected to physics. Passionate about understanding reality, I continue to be involved in various research and science communication projects in my spare time. Within Simvia, my background as a theoretician makes me versatile and present across all of our codes. With a strong sense for pedagogy, I produce most of the tutorial videos on Simvia's YouTube channel, with a particular focus on the clear and rigorous presentation of both conceptual physics and numerical aspects. With already one year of experience supporting industries working in hydraulic simulation, CFD and structural analysis, I have a solid understanding of the typical interests and use cases of OpenTELEMAC across various sectors.

I am an expert in computational mechanics and a trainer in scientific simulation. Holding a PhD in computational mechanics, I spent several years in academia, working in close collaboration with industry on advanced modeling and finite element analysis challenges. Alongside my research activities and collaborative projects, I taught programming and scientific computing at an engineering school, which allowed me to develop solid pedagogical experience. Today, as Computational Mechanics Tech Lead at Simvia, I bring over 10 years of experience in computational mechanics and industrial simulation environments. I design and deliver high-value training programs for engineers, R&D teams, and PhD students, with a strong emphasis on combining theoretical rigor, software best practices, and real-world applications. My goal is to make complex concepts accessible and to offer a clear progression toward operational skills that can be put to use immediately after training — from an introduction to the methods all the way through to their integration into industrial workflows.

I am a civil engineer specialized in structural analysis and numerical simulation, with over 5 years of experience in the nuclear sector. Expert in finite element analysis using code_aster, I am proficient in both linear and non-linear approaches for the design and verification of complex structures subjected to extreme seismic loadings. My background has provided solid expertise in applying nuclear regulations (RCC-CW, EDF capacity guide) and Eurocodes. Passionate about open-source tools and advanced computational methods, I support industrial clients in their numerical simulation challenges.

Holding a PhD and teaching in fluid mechanics, I practice CFD with one simple conviction: a simulation is only useful if you truly understand what you are doing. Every mesh, every model, every convergence criterion directly influences the results. Between advanced research and industrial projects, I have learned to never take a simulation for granted and to always challenge it against the physics and common sense. In my training courses on code_saturne, I share a pragmatic approach: structuring your methodology, avoiding classic pitfalls, and producing reliable and defensible simulations. My goal is simple: to make you autonomous and confident in your simulations.

Dorian supports code_aster users in mastering the software and resolving their issues. He relies on 3 years of experience in aeronautical R&D, specializing in damage and fracture mechanics.