Materials engineering field looks into relationships between properties of materials and their mechanical structure at atomic level. This field also deals with practical application of material when the main factors of that are its properties, chemical structure, final form. Materials engineering has supportive areas as thermodynamics, mechanics, nanosciences , etc. Graduates gain understanding in behaviors and properties of various substances, from raw materials and designed products. They are employed by companies whose products are manufactured of ceramics, metal, rubber, plastic, etc.
The second cycle of studies offers specialised training in Materials Engineering and confers on the student the degree of Master in Materials Engineering, which is deemed necessary for the profession of Materials Engineer, according to the levels of qualification required by the Order of Engineers. The Master Programme in Materials Engineering aims not just at the traditional areas of Engineering but also at the new emerging areas, such as functional materials, micro and nanotechnologies and Biomaterials.
This MSc in Engineering course builds on previous study and offers you an opportunity to research an engineering topic in depth.Our MSc in Engineering is accredited for Chartered Engineer status by the Institution of Engineering Designers (IED) and the Chartered Institution of Building Services Engineers (CIBSE). A pathway through our MSc is also accredited by the Institution of Mechanical Engineers (IMechE) and the Institution and Engineering and Technology (IET).
Graduate students are awarded the M.Sc. degree in Materials Science and Technology after successfully completing the required programme of study and sucessfully defending and writing their M.Sc. Thesis.
The aim of this programme is to develop skills, knowledge and understanding related to durability of structures and structural materials, and to develop critical and analytical problem solving skills across a broad range of subjects in the built environment. It also aims to develop transferable skills in preparing for a successful career in industry, commerce or academia.
Design and Manufacturing is one of the two major subjects of the LUT Master's Degree Programme in Mechanical Engineering.The programme aims to provide in-depth knowledge within design- or production related areas such as machine design, steel structures, virtual prototypes, welding technology, laser technology, as well as modern production systems and production planning.
Polymer science is an interdisciplinary area comprised of chemical, physical, engineering, processing, and theoretical aspects. It also has enormous impact on contemporary materials science.
Whether you are currently employed in the timber industry, or are looking to enter, this course will equip you with a comprehensive knowledge of the relevant management and legislative issues. Unique in the UK, the course draws on the education, research, consultancy and knowledge transfer expertise of the Edinburgh Napier-based Building Performance Centre, the Scottish Energy Centre, and the Centre for Timber Engineering.
Nous formons des Masters en Sciences de Ingénieur Industriel (5 ans). Le premier cycle de 3 ans regroupe des cours généraux, scientifiques et orientés technique de base et permet d’obtenir le grade de Bachelier en Sciences Industrielles. Le second cycle de 2 ans délivre le grade de Master en Sciences de l’Ingénieur Industriel * automatisation * électromécanique
The Mamaself programme is a 2 year Masters programme : Mamaself has been selected in the Erasmus Mundus 2 European programme. The grants are now available for both European and Non-European students.
Graduates of this programme are well equipped for subsequent studies in a relevant PhD programme and/or for employment in agribusiness, food processing companies, agricultural machinery industry, environmental management, industry etc.
The Masters Programme in Textile and Fashion Design aims to further develop and deepen your artistic, technical, theoretical and reflective skills and abilities as textile/fashion designers. The programme offers in-depth practice-based studies in work developed by the students in a progressing system that starts with the application project and ends with degree work.
Advances in technology depends more and more on the discovery and development of new materials having particular desired properties. In addition to mechanical strength, various structural, optical, electrical, magnetic and thermal properties are demanded from materials depending on the application.