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.
This MSc provides engineering students with a comprehensive understanding of all relevant aspects of the product creation process. The courses cover market segment definition, product dimensioning and calculation, product manufacturing and product recycling and re-use. The classes include all aspects of sustainable product creation and have an interdisciplinary scope with mechanical and electrical know how.
This MSc in Engineering course builds on previous study of Postgraduate Diploma in Engineering or our MEng, and offers you an opportunity to research an engineering topic in depth.
The functionality of any modern technical product depends decisively on the specific properties of the materials used . Novel materials based on polymers, metals, semiconductors, composites or nanostructures represent challenges to basic research in terms of understanding existing materials and developing new ones.
ESIEE Paris offers an International Master of Electronics, toward three different applications: WIRELESS COMMUNICATIONS, WIRELESS COMMUNICANT SENSORS, MICRO-NANO-TECHNOLOGIES. Entirely taught in English, it trains engineers and young scientists with a high technical added value in the field of electrical engineering, together with strong management skills. This includes communications systems, analog and digital high-speed circuits, optoelectronic, ..., sensors, BioMEMS, optical MEMS, nanodevices, energy, environment, ..., wired and wireless sensor networks for automotive, domestic and industrial applications .
The Nordic Master in Macromolecular Materials, Polymer Technology track provides students with the comprehensive tools needed to develop future materials for advanced health care, energy production, green packaging, surface coatings and many other applications. Students study at two universities, graduate with a double degree and acquire comprehensive skills is polymer technology. The programme was developed to take advantage of the strengths and research specialisations of each member university.
The Master’s Qualifying Programme is available as a one, two or three-term programme, with guaranteed progression to a wide range of Master’s degrees at Coventry University. You will live and study your Foundation programme at our state-of-the-art Centre located at the heart of the Coventry University campus.
The Master and Ph.D. programme in Crystallography and Crystallization is offered in a joint effort between the University International Menéndez Pelayo (UIMP) and the Agencia Estatal Consejo Superior de Investigaciones Científicas (CSIC). The Master’s features collaboration by both Spanish and international institutions.
La Universidad Internacional Menéndez Pelayo (UIMP) y la Agencia Estatal Consejo Superior de Investigaciones Científicas (CSIC) han programado, en alianza académica, el Programa Oficial de Máster Universitario y Doctorado en Alta Especialización en Plásticos y Caucho.
The Programme MSc in Physics is tailored to BSc graduates who aspire to deepen their knowledge of physics and to pursue a research career within a university, industrial or research laboratory. The programme provides professional knowledge and practical skills in the prospective areas of modern physics: mesoscopics and physics of advanced materials with unique properties.
The goal of the programme is to educate students with the leading competences in the field of material science and engineering, research and simulation of material structure formation and properties, laser technologies, additive advanced technologies etc. The participants will study independent and multidisciplinary courses combining science and engineering which will enable them to be highly trained for a further professional career in the leading industrial companies.
The aim of the program is preparing Masters of Science in Civil Engineering with high-level of knowledge in the field of management and organization construction projects, design of buildings and structures. Upon graduation participants will have acquired the knowledge and skills needed for a future successful career in construction.