Development of a calibration protocol for a physics-based building model, based on the exploitation of measured data

Developpement of an application for data visualisation-Version controlling using GitHub-Python programming conforming PEP-Setting up automatic test-Refactoring the code

Development of a numerical method for evaluating the performance of ventilationsystems.– Implementation the models of the test buildings and the reference ventilation systems.– Python programming of the automation of the writing of the input files of the model, aswell as the launching of the calculations and exploitation of the results.– Completing and testing a fully-developed Python code to write and modify relevant filesconstituting a TNRSYS-CONTAM model.– Evaluation of the functioning ventilation systems and quantify the influence of thedifferent parameters of the selected models.• Technologies : TRNSYS/CONTAM/Python

Implementation of simulations using OpenFOAM for haeomodynamical applications.– Development the computational algorithms and design modelling processes to conductsimulations.– Setting up the solvers on open-source platform OpenFOAM in order to simulateblood flow in human aorta, post-processing and validation of the results.• Technologies : OpenFOAM/GMSH/AutoCAD/ParaView/Linux

- Technical studies: technical studies to determine customers' needs for industrial pumps. This involves analyzing technical specifications, understanding performance requirements and recommending appropriate solutions.- Sales proposals: preparing detailed sales proposals, taking into account customer requirements, technical specifications and costs.- 2D and 3D Computational Fluid Dynamics (CFD) simulation to model and accuratelypredict liquid flow inside pumps using ANSYS-FLUENT software alongside innovative CFD methods. - Performance monitoring: ensuring that the industrial pumps installed operate correctly and achieve the expected performance.• Technologies : Excel/Word/AutoCad