Niels Montanari

- Conducting studies related to greenhouse gas emission balances and organizations' low-carbon transition strategy.

- Designing and developing a methodology and a tool for prospective evaluation and optimizing the development of action plans and transition trajectories in uncertain futures and under techno-economic constraints. Application to decarbonization. Use of Python and constrained and/or stochastic optimization methods.

- Designing training on climate-air-energy transition issues and organizational sustainability.

- Participating in the preparation of France's national greenhouse gas and air pollutant emission inventories for the energy sector on behalf of the Ministries in charge of energy and ecological transitions.

From Sep. 2015 to Sep. 2020: remote work from Tokyo and Yokohama, Japan.

Since Oct. 2020: remote work from Paris, France.

- Research, development, and consulting in the fields of fluid simulation, meshless numerical methods, and visualization. Projects related to flood, tsunami, and fire risks, nuclear safety, chemical reactors, energy transformation, underwater robotics, and special effects.

- Development of software for fluid simulation and flood and fire risk modeling. Development of numerical solvers, software architecture, user interface, and pre-/post-processing tools. Use of C++, Qt, OpenMP, OpenGL, Python, and Git.

- Writing scientific publications, technical reports, and grant proposals. Technical support and scientific guidance for software users (PhD students, engineers, researchers).

Research on fluid simulation for the study of galaxy formation. Emphasis on meshless numerical methods and fluid mixing.