Specialty in Mechanics and Thermal Technologies Science, Technologies, Health Sectors
Specialty in Physics and Engineer’s Sciences
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Download | Objectives | Admission | Careers | Organisation of studies | Internships | Contacts and registrations
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Organisation of the specialty in Physics and Engineer’s Sciences
Organisation of the specialty in Mechanics and Thermal Technologies
Programme of the 1st year of Master’s Degree in Mechanics and Thermal Technologies:
- Civil engineering
- Mechanics and thermal technologies
- Thermal technologies and energy Specialties in 2nd year of Master’s Degree:
- Civil engineering - P
- Mechanics and thermal technologies - R
- Thermal technologies and energy - P – Degree presentation slideshow
- Faculty’s description of the degree in Civil Engineering - P
- Faculty’s description of the degree in Thermal technologies and Energy - P
Application specialty in thermal technology and energy
Application specialty in civil engineering Objectives
The 1st year of Master’s Degree aims at preparing the entry into the 2nd year of Master’s Degree in Thermal Transfers as part of the Masters’ programme from the Science Technologies Health department.
The 2nd year of Master’s Degree aims at providing students, in one year, with high level training that directly prepares them to handle a position in a discipline that offers numerous possibilities. table of contents
Admission
In first year of Master's Degree (M1): admission for graduates of an Undergraduate Degree in Matter Science, Mechanics, Thermal transfers from the Vocational University Institute and other Undergraduate Degree depending on the applicant’s university records.In 2nd year of Master’s Degree (M2), students are limited to 24, the selection being based on records for students from a M1 in a Vocational University Institute in Thermal technologies, industrial systems engineering, M1 in Physics, Mechanics, processes engineering, etc. (it is recommended to have attended in 1st year of Master's Degree at least one Teaching Unit dedicated to Thermal transfers). As part of the continuing training, there are specific modules for the validation of knowledge acquired by experience and creditable modules. table of contents
Careers
2nd year of Master’s Degree (M2) Combustion Scientist in Industry and Construction,
♦ Executive in charge of the "energy" in energy-consuming companies,
♦ Executive in R&D control in many sectors requesting skills in thermal technologies, material, industrial engineering, etc.diams; Executive researcher or technical sales representative in companies that are specialised in thermal equipment manufacturing:
heating, exchanger, air-conditioning, cogeneration, etc. table of contents
Organisation of studies
The Master’s Degree is split into two years of two semesters each. Each semester is worth 30 ECTS credits, the full Master’s Degree is hence worth 120 credits.1st year of Master’s Degree (M1) Scientific and Technological Course (504 hours)
- English/German or Spanish/expression/social sciences course (96 hours)
- Internship in a company (12 to 24 weeks) 2nd year of Master’s Degree (M2) Scientific and Technological Course (300 hours)
- Course in English (30 hours)
- R & D project (120 hours)
- Internship in a company (4 to 6 months) table of contents
Internships
1st year of Master’s Degree (M1): a 12 week to 6 month internship (students in charge of choosing and looking for the internship).2nd year of Master’s Degree (M2): a 4 to 6 month internship (students in charge of choosing and looking for the internship). table of contents
Contacts and registrations
Laboratoire de Thermophysique
UFR Sciences Exactes et Naturelles
Rue des Crayères
Moulin de la Housse
B.P. 1039
51687 REIMS CEDEX 2
Phone: 03.26.91.32.47
Fax: 03.26.91.32.50UFR Sciences Exactes et Naturelles
Scolarité
Moulin de la Housse
B.P. 1039
51687 REIMS CEDEX 2
Phone: 03.26.91.34.19 | 
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