Why should you study MA Fashion at Middlesex? At Middlesex, we take an innovative approach to Fashion that enables you to specialise while collaborating, experimenting, and enhancing your skills with students and staff from across the department. Taught by some of the UK's leading practitioners and technical experts, you'll explore your chosen area of Fashion within a contemporary framework that will equip you with the practical skills, business acumen and industry insights you need to succeed in today's global market.
Based on our £80 million Art and Design School, our course features state-of-the-art facilities and specialist workshops fitted with both new and traditional equipment to enable you to fully realise your visions. Through a combination of workshop enquiry, in-depth research and critical understanding of your practice, we ensure that you graduate with the skills, knowledge and body of work to advance your Fashion career in new, challenging and imaginative directions.
Exceptional facilities that are among the best in the country, including traditional fashion workshops and equipment for screenprinting, knitting, weaving, digital printing, embroidery, metalwork, photography, reprographics, film, laser cutting, 3D printing and more
Flexibly designed module content to enable you to bring your interests and ambitions to every assessment, whether that's making textiles, designing jewellery, creating a book, producing a magazine, evolving an existing specialism you have, and more
Despite being a new MA course we have an international reputation for high calibre graduates from our BA Fashion programmes who have gone on to work for Givenchy, Kenzo, Vivienne Westwood, Preen, Aquascutum and ASOS
Opportunities to start your own label with recent examples including Boudicca, Christopher Raeburn and Ashley Isham
Access to networking opportunities, world-leading research and expertise through the Art & Design Research Institute (ADRI) on campus
- As a student of this course, you'll receive a free electronic textbook for every module.
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