As part of its development and strengthening its skills in modelling and algorithm development, OSE is actively looking for an Energy Systems Modelling Engineer in 100% remote work
Key points
01
Development of model-based approaches
02
Development of 0D/1D numerical models
03
Development of digital twins based on data
04
Deployment and validation of these approaches
job description
The systems studied are mainly physical energetic systems. The candidate will have to delve into the functioning and physics of the various systems studied and will have to deal with operational and business constraints. This position is attached to the modeling and simulation division. The engineer will be required to collaborate on a daily basis with teams with a broad spectrum of skills:
Internally, with engineers from the data science and software development centers of expertise;
Externally, with the company's customers (pre-project meeting, progress meeting, demonstrations, etc.).
The position is 100% teleworking. Punctual and occasional trips to customers are to be expected.
missions
Develop physical and dynamic 0D/1D models of various components of the energy chain that can use multi-domain skills: thermal and thermodynamics, fluid dynamics, mechanics, power electronics, etc.
Perform a functional analysis of a system and define solutions and a modeling architecture to be implemented to meet the need.
Analyze data from operating systems.
Propose processes (experimental or other) allowing the calibration and then validation of the models set up using data collected on the systems in operation.
Participation in pre-project meetings/Costing.
Transcription of customer needs into a technical specification.
Proposal for the development of solutions based on the company's know-how in order to market them.
The team
Yves PAQUETTE
Engineer - Physical modelling
After studying engineering and earning a PhD in fluid mechanics, Yves continued his academic career by spending 2 years at the University of London. Finally, he decided to bring his numerical calculation skills to OSE.
Adrien PEREIRA
Engineer - Physical modelling
Adrien has a degree in engineering from SIGMA Clermont. He spent over 3 years working as an expert in mechanical and structural simulation in the aeronautical industry. He also has a keen interest in programming and optimisation methods.
Bastien MONMARSON
Engineer - Physical modelling
After completing his master's degree in mechanics and energy studies, Bastien earned a PhD in computational fluid dynamics at the LEGI in Grenoble, followed by postdoctoral research. He then channelled his skills into the world of renewable energy and energy savings.
Quentin RIVOIRE
Engineer - Modelling
A generalist engineer from ENSAM, Quentin specialised in digital simulation. He then worked on issues related to hydrofoil development in the maritime sector.
Paul BROUSSEAU
Engineer - Modeling
Paul is a graduate of ENSE3 (Grenoble-INP) in mechanics and energy. He continued in this field by completing a thesis and then two post-doctorates in the fields of fluid mechanics, fluid-structure interaction and marine renewable energies.
Sébastien LE BOUTEILLER
Engineer - Modelling
Sébastien graduated from École des Ponts ParisTech with an exchange year in maritime engineering at ENSTA Paris. He previously worked for a ship wing designer, where he participated in the development of numerous modeling tools for assessing and optimising fuel consumption reduction using wind power.
Théo SAOUZANET
Engineer - Modelling
Théo is an engineer in scientific computing and numerical simulation, specialized in fluid mechanics and numerical modeling, with skills in Python, C++, and CFD. He has worked on the design and optimization of nautical systems as well as the simulation of complex physical phenomena.
Alex FONTANA
Engineer - Modelling
Alex is a specialist in optomechanics and data analysis. He holds a PhD from ENS de Lyon and has conducted several postdoctoral research projects at Université Paris-Saclay and Institut Néel, focusing on the mechanical and thermal properties of silicon nanostructures. He has strong expertise in numerical modeling and high-precision experimentation.
Rémi FRISTOT
Engineer - AI & Modelling
A graduate of IMT Atlantique, specialized in machine learning and data physics, he has worked in R&D on advanced deep learning and computer vision methods applied to ocean modeling.
Julien DUDAS
Engineer - Modelling
Julien is a PhD candidate in physics at the Albert Fert Laboratory (CNRS/Thales), where he works on implementing machine learning algorithms using quantum systems, particularly coupled quantum oscillators. A graduate of ENS Paris-Saclay (Physics Department), he combines strong expertise in quantum mechanics, numerical simulation, and Python development.
Théo SAOUZANET
Engineer - Modelling
Théo is an engineer in scientific computing and numerical simulation, specialized in fluid mechanics and numerical modeling, with skills in Python, C++, and CFD. He has worked on the design and optimization of nautical systems as well as the simulation of complex physical phenomena.
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Rémi FRISTOT
Engineer - AI & Modelling
A graduate of IMT Atlantique, specialized in machine learning and data physics, he has worked in R&D on advanced deep learning and computer vision methods applied to ocean modeling.
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CLOSE
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Julien DUDAS
Engineer - Modelling
Julien is a PhD candidate in physics at the Albert Fert Laboratory (CNRS/Thales), where he works on implementing machine learning algorithms using quantum systems, particularly coupled quantum oscillators. A graduate of ENS Paris-Saclay (Physics Department), he combines strong expertise in quantum mechanics, numerical simulation, and Python development.
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CLOSE
]
Alex FONTANA
Engineer - Modelling
Alex is a specialist in optomechanics and data analysis. He holds a PhD from ENS de Lyon and has conducted several postdoctoral research projects at Université Paris-Saclay and Institut Néel, focusing on the mechanical and thermal properties of silicon nanostructures. He has strong expertise in numerical modeling and high-precision experimentation.
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CLOSE
]
Sébastien LE BOUTEILLER
Engineer - Modelling
Sébastien graduated from École des Ponts ParisTech with an exchange year in maritime engineering at ENSTA Paris. He previously worked for a ship wing designer, where he participated in the development of numerous modeling tools for assessing and optimising fuel consumption reduction using wind power.
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CLOSE
]
Paul BROUSSEAU
Engineer - Modeling
Paul is a graduate of ENSE3 (Grenoble-INP) in mechanics and energy. He continued in this field by completing a thesis and then two post-doctorates in the fields of fluid mechanics, fluid-structure interaction and marine renewable energies.
[
CLOSE
]
Quentin RIVOIRE
Engineer - Modelling
A generalist engineer from ENSAM, Quentin specialised in digital simulation. He then worked on issues related to hydrofoil development in the maritime sector.
[
CLOSE
]
Yves PAQUETTE
Engineer - Physical modelling
After studying engineering and earning a PhD in fluid mechanics, Yves continued his academic career by spending 2 years at the University of London. Finally, he decided to bring his numerical calculation skills to OSE.
[
CLOSE
]
Adrien PEREIRA
Engineer - Physical modelling
Adrien has a degree in engineering from SIGMA Clermont. He spent over 3 years working as an expert in mechanical and structural simulation in the aeronautical industry. He also has a keen interest in programming and optimisation methods.
[
CLOSE
]
Bastien MONMARSON
Engineer - Physical modelling
After completing his master's degree in mechanics and energy studies, Bastien earned a PhD in computational fluid dynamics at the LEGI in Grenoble, followed by postdoctoral research. He then channelled his skills into the world of renewable energy and energy savings.
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CLOSE
]
The team
Ready to join us?
Join a multidisciplinary team where scientific rigor is combined with engineering to design the industrial solutions of tomorrow.