Training Offers MPH

Program name: Materials and physico-chemistry control

Program Description: 

The student trained in the Bachelor’s degree “Physical Measurements” designs and implements the measurement chains. He leads the exploitation of the results of these measurements and verifies their reliability. The graduate student in “Physical Measurements” responds to these missions thanks to a training based on solid scientific knowledge in physics, chemistry materials, mathematics, statistics, metrology, electronics, electrical engineering, automation, computer science; extensive practice of laboratory techniques, project implementation and a long-term internship in a company; learning rigor, autonomy, taking responsibility and team leadership. The scope of the fields of intervention of the Licensee “Physical Measurements” justifies the existence of the specialty “Materials and Physico-Chemical Control” where the development and characterization of materials, as well as analysis techniques predominate.

Requirements: 

A minimum requirement of baccalaureate in mathematics or mathematics techniques or experimental science. An average of 11/20 is required to access this degree; in addition to an average of 10/20 in physics.

Program’s content

First Semester:

  • Electricity 1
  • Mechanics 1
  • Atomic and molecular structures
  • Chemical analysis methods
  • Optical systems 1
  • Energy conversion
  • Mathematics 1
  • Metrology 1
  • Supervised project
  • Languages, Culture and Communication 1
  • Socio-professional knowledge and practices

Second Semester:

  • Electricity 2
  • Mechanics 2
  • Thermal Transfers
  • Optical systems 2
  • Structure of materials
  • Electronic systems
  • Mathematics 2
  • Computer science
  • Supervised project
  • Languages, Culture and Communication 2

Third Semester:

  • Sensors-Conditioners
  • Signal Processing Techniques 1
  • Instrumentation Computing 1
  • Instrumention electronics 1
  • Material properties
  • Wave-Photonic Optics
  • Harmonic Analysis and Statistical Analysis
  • Metrology 2, Quality
  • Fluid mechanics
  • Thermal machines, Cryogenics
  • Supervised project
  • Languages, Culture and Communication 3

Fourth Semester:

  • Electrochemical and separation analyzes
  • Low Pressure Techniques: Vacuum
  • Automatic
  • Instrumention electronics 2
  • Metrology 3, Quality 2
  • Vibration and acoustic mechanics
  • Supervised project
  • Company internship
  • Languages, Culture and Communication 4

Fifth Semester:

  • Spectroscopic techniques
  • Nuclear techniques
  • thin films 1
  • thin films 2
  • Photonics
  • Modification of material properties
  • Expertise and control of industrial products
  • Supervised project
  • Languages, Culture and Communication 5
  • Mathematics for engineering sciences

Sixth semester:

  • Company internship

Program name: Instrumental techniques

Program Description: 

The student trained in the Bachelor’s degree “Physical Measurements” designs and implements the measurement chains. He leads the exploitation of the results of these measurements and verifies their reliability. The graduate student in “Physical Measurements” responds to these missions thanks to a training based on solid scientific knowledge in physics, chemistry materials, mathematics, statistics, metrology, electronics, electrical engineering, automation, computer science; extensive practice of laboratory techniques, project implementation and a long-term internship in a company; learning rigor, autonomy, taking responsibility and team leadership. The scope of the fields of intervention of the Licensee “Physical Measurements” justifies the existence of the specialty “Instrumental techniques” where the accent is on electronics, IT and instrumentation for measurement chains realization and managing.

Requirements: 

A minimum requirement of baccalaureate in mathematics or mathematics techniques or experimental science. An average of 11/20 is required to access this degree; in addition to an average of 10/20 in physics.

Program’s content

First Semester:

  • Electricity 1
  • Mechanics 1
  • Atomic and molecular structures
  • Chemical analysis methods
  • Optical systems 1
  • Energy conversion
  • Mathematics 1
  • Metrology 1
  • Supervised project
  • Socio-professional knowledge and practices

Second Semester:

  • Electricity 2
  • Mechanics 2
  • Thermal Transfers
  • Optical systems 2
  • Structure of materials
  • Electronic systems
  • Mathematics 2
  • Computer science
  • Supervised project
  • Languages, Culture and Communication 2

Third Semester:

  • Sensors-Conditioners
  • Signal Processing Techniques 1
  • Instrumentation Computing 1
  • Material properties
  • Wave-Photonic Optics
  • Harmonic Analysis and Statistical Analysis
  • Metrology 2, Quality
  • Fluid mechanics
  • Thermal machines, Cryogenics
  • Supervised project
  • Languages, Culture and Communication 3

Fourth Semester:

  • Electrochemical and separation analyzes
  • Low Pressure Techniques: Vacuum
  • Automatic
  • Instrumention electronics 2
  • Metrology 3, Quality 2
  • Vibration and acoustic mechanics
  • Supervised project
  • Company internship
  • Languages, Culture and Communication 4

Fifth Semester:

  • Optronics
  • Renewable Energy, Production andstorage
  • Instrument electronics 3
  • Acoustic Measurements
  • Vibration Measurements
  • Networked measurement systems
  • Supervised project
  • Languages, Culture and Communication 5
  • Mathematics for engineering sciences

Sixth semester:

  • Company internship
Back to top button