E-Textiles and Wearable Technologies MA

About this course<br/>Build in-depth knowledge and practical experience in e-textiles and wearable technologies at the UKs leading university for e-textile research. Study at Winchester School of Art and combine scientific and design thinking, informed by over 15 years of research and industry partnerships.<br/>Develop your abilities in electronics, textiles, design, and e-textiles clothing whilst expanding your academic and entrepreneurial experience. Learn about advanced manufacturing techniques, innovative materials like graphene, digital printing, and industry-standard technologies through embedded partnerships. Throughout your studies, explore critical themes including sustainability, energy, data security, research ethics, and user-centred design approaches that benefit society.<br/>Work with digital tools including Photoshop, Shima Seiki Apex4, Illustrator, and Clo3D to create pattern designs and technical illustrations. Access dedicated teaching labs, the E-textile Innovation Lab, and specialist facilities for experimentation, physical and virtual sampling, and prototyping. E-textiles are transforming sectors like workwear, medicine, and sports through innovations such as electrically heated workwear, biomonitoring garments with textile-based sensors, and GPS-enabled performance wear.<br/>Your future career<br/>Youll gain subject-specific and employability skills for diverse careers in design, engineering, e-textile material science, wearable technologies, and innovation sectors. Your interdisciplinary collaboration skills will prepare you for success across the growing e-textiles and advanced textiles industry.<br/>Key features of this course<br/>At Southampton youll:<br/><br/>study at the UKs leading institution for e-textile research, combining scientific rigour with creative design practice<br/>access dedicated teaching labs, the E-textile Innovation Lab, New Materials Lab, and advanced design, manufacturing, and testing tools<br/>learn from industry and design experts through lectures, seminars, workshops, real-world project briefs, and technical mentoring<br/>develop practical skills in electronics, textiles, conductive and sensing materials, scalable manufacturing, and sustainable e-textile development<br/>work on live interdisciplinary group projects reflecting current sector concerns, applying inclusive design practices<br/>learn advanced techniques including digital printing, functional materials application, and quantitative and qualitative research methods<br/>complete an independent or industry live project for your final major work<br/><br/>Further information<br/>This one-year full-time masters is structured across three semesters. In semester one, youll learn fundamentals of textiles, electronics, sustainability, and user-centred design. Semester two advances your knowledge of functional materials, manufacturing techniques, market specialisms, and research methods. Your final semester focuses on an independent or industry project demonstrating original contribution to e-textiles practice.