1. Series ( Numerical Suites. Convergence, Convergence series, Convergence series, Comprehensive series.) 2. Linear algebra.

Study of the dynamics of real fluids and applications: Generalised Bernoulli theorem, application to pumps, laminar flows, profile of velocities in pipes, application to viscosity measurements, Euler theorem and applications

1. Modelling of Mechanical Connections 2. Kinematics 3. Modelling of mechanical actions 4. Static of solid and mechanical systems

The primary purpose of teaching in this discipline will be to improve the written and oral expression of students of various origins and often heterogeneous levels and to gradually lead them to a satisfactory mastery language and communication relationships,

This teaching is intended to introduce succinct notions, allowing to identify the organizational and economic constraints to which the activity in enterprise is subject. These constraints influence the decisions taken as well as the technical aspects.

The aim of this teaching is to lay the groundwork for scheduling and planning the production and management of stocks.

This teaching aims at oral and written expression through the study of texts and scientific or technical papers related to the sciences of the Engineer

Applications thermodynamique sur le véhicule

The aim of this teaching is to present the methods for exploiting experimental results and to give elements of experimental methodology. The applied statistical elements introduced in this course present some basic tools for synthesizing, representing and interpreting science data for the engineer.

The student must be able to recognise and determine, from an overall drawing with partial views, the forms and nature of the components of the system, to carry out the 2D view of the components independently, to determine the shape of surface intersections in a view and to realize perspective views ( Sketch, vanishing point,...).

The student must be able to understand and perform design basis or control calculations in rigidity or resistance, as well as deformation measurements (linear static problem).

1. Office automation 2. Computing and Networking Information 3. Data Processing

The aim of this teaching is to introduce the developed engineering approaches to address current environmental issues that affect all Science business lines for the Engineer.

Multi-scale approach of the mechanical behaviour of an elastic material (covalent connection, crystallography, elasticity)

At the end of this module, the student will have to master the concepts of material balance sheets in the reactors, the parameters for the progress of reactions, the speed laws of a reaction, fully mixed open and closed reactors and open piston flow reactors. - Progress Parameters for Reactions - (Law of) speed of reaction, order of reaction, kinetic constant, activation energy. Arrhenius Law - Open and closed reactors perfectly mixed - Open reactor with piston flow

At the end of this module, the student will be able to carry out material and energy balances, he will have acquired a knowledge and an understanding of all the phenomena of thermal transfer (conduction, convection, radiation) and mass (molecular diffusion, convection) can be involved in a process.

At the end of this module, the student will have acquired a systematic practice of the implementation of material, energy and entropy balances for homogeneous closed systems and for open stationary systems. It will master the bases allowing the calculation of the balances between phases of the multi-component systems involved in the sizing of the unitary operations

This teaching is mainly dedicated to discovering the different families of polluting molecules and metals. In a second phase, the physico-chemical characteristics of pollutants will be addressed in order to understand their respective reactivities.

The student is able to analyse a system of energy recovery and transformation from industrial resources (decode industrial resources, propose adapted technical solutions) with the objective of designing the industrial platform supporting the system (assembly of standard components on the structure of the installation) and planning the implementation.

At the end of this module the student must have understood: - Basic concepts of fluid transport: in a pipe and in a porous environment; - Origin and groundwater flow / Geological context and basic concepts on aquifers; - The principle of dimensional analysis; - Material and energy balance sheets;

At the end of this module the student will have to be able to master the unit operations of process engineering at the level of balances between phases, balance sheets and transfer of matter (liq-liq extraction, soil-liq, etc., distillation, crystallization). It must also be able to master the separative techniques of process engineering (adsorption, membrane separation, coagulation, flocculation)

The student must be able to write in a correct syntactic and grammatical way a document supporting his or her internship: a letter of motivation, a CV appropriate to the sector concerned, an internship report (plan, pagination, contents, etc.), an oral presentation (substantive and formalized).

At the end of this module the student will be able to write material or energy balances in transitional mode, to obtain transfer functions from the linearization of these balance sheets or from the analysis of index and impulse responses, to build a counter-loopReaction with PID type regulators and study the response of the closed loop assembly to solicitations (variations of setpoint or disturbances) depending on the parameters of these regulators and analyze their stability.

At the end of this module, the student will have acquired more advanced notions of unit operations for the environment by focusing mainly on unit operations commonly used in water treatment, waste and soil. An introduction to the concept of treatment channels will be made at the end of this module.

At the end of this module the student will master basic concepts enabling him to apprehend industrial reactors. Industrial technologies will be studied (upholstery columns, flattened column, etc.). The concepts of the distribution of residence time and polyphasic reactors will also be presented.

L'étudiant connait les bases des outils modernes de programmation en relation avec les contraintes industriels : programmation orientée objet avec interfaçages, impliquant une approche du BASIC traditionnel dans un Premier temps et ensuite diverses études de cas en Visual basic.