Victor Vaillant Email & Phone Number

Paris, Fr

Boulogne-Billancourt, Île-De-France, France

Conception de chaufferie bas-carbone avec géostockage d'énergie thermique

Ile-De-France, France

This is my first assignment as an air conditioning engineer through a consulting company.Working alongside experienced HVAC engineers, I conduct studies (calculations, plans and diagrams, writing tender documents, and analyzing bids).This experience provides me with the opportunity to work on diverse projects in an international environment (palaces in Saudi Arabia, office building renovation in France, rehabilitation project for Les Invalides, showroom design, ...).

Baillargues, Occitanie, France

At Vitaclim's engineering office, the engineer is a privileged interlocutor in the HVAC project.During the project, he uses his technical expertise to support the client.I have been assigned several tasks during the mission :- HVAC installation design- Cost estimation- Drawing the 3D execution planI also had the opportunity to work on a project aimed at automatising the HVAC project management with Vitaclim's ERP.

First mission as a consultant at ENGIE Crigen Lab from October 2019 to February 2020.Project conducted at ENGIE CRIGEN Lab:-> Assistance to a patent application for an industrial refrigeration control software;-> State of the art in waste heat recovery & energy efficiency in the metalworking industry;-> Assistance to the design of an API aiming at computing carbon emissions in the industrial sector;-> Study of the steel rolling furnace at ArcelorMittal.

Douai

After my End of Studies Project at Durham University, I realised that I was deeply interested in research. To continue on this path, I choose to join the Research Option offered at IMT-Lille-Douai. Below is a short description of this experience.The research project was conducted at the Department of Energy Engineering of the IMT-Lille-Douai and concentrates on an experimental Pressure Swing Adsorption (PSA) cycle system for biogas upgrading. The innovative aspect of the project is that the optimisation approach of the PSA cycle is based upon heat recovery. This idea takes its roots in the fact that temperature alters the kinetics of the PSA cycle.Below are listed the project's aims:-> Designing a 2D-CFD model to gain a physical understanding of an experiment; -> Study of the reliability of the CFD model & the influence of different parameters;-> Study of the thermal transfer impact on the PSA cycle efficiency;-> Calculation of the potential benefits of the optimised PSA cycle;-> Discussion about potential improvement aspects.STAR-CCM+ has been used to build the physical model and run the simulations.

Durham, United Kingdom

In 2017, I decided to accomplish my end of studies project at the engineering department of Durham University, before coming back to France to finish my education.This project focused on the implementation of a numerical method, the Extended Finite Element Method (XFEM), which derives from the Finite Element Method (FEM).It was based on a previous work that consisted of building a program to compute the potential benefits of the XFEM compared with the FEM in the case of a high-Temperature gradient thermal boundary cooling Problem.The principle of the XFEM is to add hyperbolic tangent "enrichment" functions to the basis of polynomial shape functions commonly used in FEM, on the elements where the convective thermal transfer is occurring.The project's aim was to modify these "enrichment" functions according to time in order to increase the computational efficiency of the numerical method.The main stages of the project were the following:-> Literature review regarding time-adaptive methods & the XFEM;-> Creation and implementation of a time-adaptive algorithm aiming at reducing simulation cost in case of high-temperature gradients;-> Analysis of the results & final report redaction;Tools employed: python, paraview, gmsh, microsoft office

Douai, France

At the time, Hexa Ingenierie was a company of 44 employees, divided into three main departments: the Environment Department, the Buiding Department & the Energy Department which I integrated.The topics addressed relate to cogeneration & residential boiler room management contracts.Here are the main tasks carried out during this internship:-> Creation of an excel workbook to study cogeneration units installation feasibility in buildings & the associated return on investment-> Writing reports regarding several building heating system management contracts

Water Treatment Plant - Arras, France

This internship was my first contact with the industrial world and it took place in a water treatment plant near Arras, in the north of France. The main project focuses on the plant's energy management.Additionally, this experience provided me with the opportunity to share the workers'everyday life & to demonstrate my ability to get integrated into the team.Here is a summarised description of the main tasks I have accomplished:-> Energy consumption inventory-> Participation in the ISO 50001 Audit (Energy Management) conducted by Veolia Water-> Energy management improvement ideas-> Assistance to workers for the water & mud analysis & other daily tasks

Engineering Diploma, Masters' Degree In Engineering

Activities and Societies: Member of the IMT-Lille-Douai Athletic Club-->Non Scientific & Technical Courses: ______-Introduction.

M1, Energy Engineering Major

Activities and Societies: Member of the École des Mines de Douai Athletic Club Participation in Sports Events: "Record de l'heure", French.

L3, General Engineering

Activities and Societies: Member of the École des Mines de Douai Athletic Club-->Language Courses: ______-English; ______-Spanish..

Preparatory Classes For Engineering School - Physics And Chemistry Option

Two-years intensive training courses in Mathematics, Chemistry and Physics -->Scientific Courses Contents: ______-Mathematics: Linear.

First Year Of Medical Studies, Health Sciences

Scientific Baccalaureate With Honors, Mention Très Bien