Maxime Seigneur

Context :

Apprenticeship in the industrial direction which manage every project concerning the resources to product (machines, logistics...)
Actions :

Exhaustive study and caracterization of a problem by observing directly the line or exchanging with operators and different points of view
Establishment of a solving problem strategy (GANTT, Ishikawa...) with the elements already at stake and the constraints from the society (budget, delay...)
Using and reajusting an ExcelVBA tool made to simulate the cooling of a product
Establishment of experimental protocols to confirm or deny a solution or a process.
Realization of these protocols :
Ex nihilo : Obtaining the materials, assembling machines if necessary, reproduce the line conditions
On line : Contacting the head of the concerned factory, establishing together date, place and product, restrict as most as possible creation of reject
Data exploitation with reports and/or presentations including data treatment (avoid any interference) and visualization to share the results in the quickest and easiest way

Context :
Technician internship in a context of reorganizing the service to move to another site in addition of the summer holidays which demanded more human resources
Actions :
Realization of various mechanical, thermal, electrical and chemical tests on automotive parts according to an experimental protocol written by the design office
Writing of exhaustive and detailed report about the results of the tests including data treatment and visualization
Shutting down, cleaning, eventually fixing and setting up again the machines for the reorganization of the service
Participation in continuous improvement while creating documents to ensure the monitoring of the machine and the parts in order to avoid any loss or confusion between the design office and the validations service
Results :
Successfully moving out
Able to autonomously keep the tests and the machines going while the manager was absent

Coding of a PhP website using an SqL database to assist the industrialization of a fictional factory (basic use of HTML and CSS)
Establishing a battle strategy of Battleships under VBA Excel with a program analyzing a situation and shooting according to.
Core curicculum includes mechanism, programming, and several fields of industry (project management, production, logistics, continuous improvement ...)
Practical works and projects in cybersecurity, Data management, Data science, reporting

Preparatory class physics-technology
Core curriculum:
• Physics (thermodynamics, optics, electronics…)
• Mathématiques (algebra, analysis, geometry…)
• Engineer sciences (mechanics, industrialization, automatisms…)
Exhaustive and detailed mechanical study of industrial systems
Programming various algorithms in Python (ex : GR code reader or mathematics problem solving)