Textile Engineering




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The International Master of Science in Textile Engineering is a two-year master’s programme in the field of textile engineering. The programme is supported by the European Commission as an Erasmus Mundus Joint Master Degree. It was and still is a unique programme offering advanced education in Textile Engineering in which the latest developments in the textile field as well as contemporary teaching methods are incorporated.The most renowned specialists from all over the world in the multidisciplinary domain of textiles are brought together and contribute to the educational activities. The programme’s objectives are acquisition of advanced knowledge in textile science and engineering, personal development and international networking. Knowledge addresses textile materials, processes and applications. Horizontal learning lines include digital technologies, scientific thinking, entrepreneurship and sustainability. Intensive mobility, multicultural student groups and immersion in local cultures guarantee the development of Intercultural competences. Upon completion of the programme, students are awarded a master degree from the universities where they have spent a semester.The programme of the MSc in Textile Engineering is a full-time two years programme, organised at different locations, lectured in English. The first three semesters are hosted in a different universities (semester 1: Ghent University-Belgium semester 2: rotates between University of West-Attica-Greece, Polytechnic University of Valencia-Spain and University of Haute Alsace-France and in semester 3 students can chose between University of Borås-Sweden and Kyoto Institute of Technology-Japan). The fourth and last semester is dedicated to the dissertation at one of the participating universities. Local and visiting professors teach specific knowledge in course modules that usually cover one or two weeks.Elective courses allow students to take an international internship or summer school or to follow specialist courses at one of the hosting universities. Next to the traditional lecturing methods, active methods are used such as blended learning, case studies, projects, practical work in laboratories etc. To link theory with practice, industry is actively involved.
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Admissions Requirements
Bachelor degree (minimum 180 ECTS credits or equivalent) in the fields related to engineering or science (including but not limited to material science, textiles, chemistry, bioscience, mechanical engineering) including 15 ECTS in mathematics and a total of 10 ECTS pure or applied chemistry and physics or an equivalent level, from a recognized university or engineering college. Deadline: 1st March