Applied Physics and Chemical Engineering
2-year Undergraduate Course
The DUT ( Diplôme Universitaire de Technologie) Mesures Physiques is a French national undergraduate diploma for candidates/students having a good scientific "baccalaureat" (fairly equivalent to “A” levels in Maths and Science). They attend a two-year course, working an average 35 hours per week at the IUT. Lectures account for 20% of the total time, tutorials 40% and lab work 40%. Their course culminates in a minimum of 11-week work placement. The emphasis is put on lab work and applied science.
Two-year syllabus: 1800hrs
Common core syllabus:
- Chemistry (Analytical Chemistry, Atomic and molecular structures, Spectroscopic Techniques, Chromatography, Electrochemistry, Nuclear Techniques)
- Physics (Electricity, Electromagnetism, Thermics, Thermodynamics, Optics, Vacuum, Fluid mechanism, Material resistance) - Electronics (Analogical and numerical)
- Automation (Linear electronic control, PID)
- Optronics (photodetection, optical sensors, spectroscopy)
- Metrology (International standards)
- Quality & Control (Process Optimization)
- Computer science (C Language , LabVIEW)
- Photonics (optical fibers, LED, LASERS, light modulation and amplification)
Mathematics for physics and signal processing (Fourier Analysis, Sampling, Modulation)
- English: technical language and communication (Cvs, cover letters, job interviews, group discussions and oral presentations, reports, e-mails etc. )
- Communication/Management: cultures and societies - Understanding the main operational fields of an organization, management methods, implementation of organization strategies, information technology management
In year 2, the students choose one from two options:
MCPC (Materials and Physicochemical Controls or Chemical Engineering)
- Materials: Properties and structure, Crystallography, Characterization Techniques (DTA/DSC, X-RAY diffraction and fluorescence, Scanning Electron Microscopy, Vacuum deposit techniques (sputtering and evaporation), Semi-conductors.
- Chemistry: organic chemistry, Polymers, Analysis Techniques (Atomic absorption, Flame Emission, N.M.R. Spectrometry, Mass Spectrometry, Spectrometry (UV- Vis, FTIR), Chromatography( gas- liquid), Electrochemistry, Nuclear Techniques, Industrial product control
IT (Instrumental Techniques or Applied Physics )
- Electronics (Power Electronics, Data Acquisition Technology, Filtering)
- Microprocessors (Memory architecture, Microprogrammed systems)
Acoustics (Architectonic acoustics, Noise characterization)
Tutored projects (about 300 hrs):
Technical or scientific applications in groups supervised by a tutor
The internship period
A first compulsory work experience in a company
- The Internship/work placement period is scheduled for a minimum of 10 weeks during the 2nd year course
- In France or Internationally
- To apply the knowledge and skills the students have acquired and to develop new ones.
- To adapt to a different environment and a different culture, in an English-speaking country : to adapt to new tools, to a new corporate culture, to improve their skills in professional English through practicing it.
When is the placement?
The placement usually takes place from early April to late June, but may last longer if the student and/or University so wishes.
What kind of projects can students work on?
Here are some examples of project:
- An investigation of oscillator circuit designs for surface acoustic wave sensors
- Light Scattering by surface tension waves
- Advanced oxidation processes using a new catalyst in the treatment of industrial waste waters
- Development and validation of analytical methods for the analysis of antibiotics in animal feed
- Construction and handling of a clean energy reduced car
- Construction and handling of a superconducting levitation train , Chemical Engineering, Physics, and Electronics.
Students are trained:
- To carry out all types of measurements and then to interpret and analyze them.
- To design and implement an industrial system
Sectors of Activity and Students' job profile :
Students are trained to integrate and to evolve in the real working world in industry and research in many different fields such as those of the automobile, aeronautics, electronics, optics, materials, chemistry, environment … and to adapt to new technologies.
Here are some possible positions and responsibilities:
- project manager,
- quality manager,
- production engineer,
- research engineer …
>>> For further information please contact:
Didier DEMIGNY (Head of Department) - email@example.com
Département Mesures Physiques, IUT de Lannion (Université de Rennes 1), BP. 30219, 22302 LANNION, France
Phone: 00 33 2 96 46 94 55 – www.iut-lannion.fr