University of the Arts London

What you'll study

The MPhil/PhD in Creative Computing is a research degree that supports sustained, original enquiry into areas where computation and creative practice meet. Research topics commonly include interactive systems, generative art, creative AI, data visualisation, physical computing, AR/VR/MR experiences, sonification, networked media, computational design, and speculative or critical approaches to technology.

Programme structure is supervision-led rather than taught; you will work closely with one or more supervisors to develop a research proposal, carry out practice-based and/or theoretical research, and produce a substantial thesis (which may include artefacts, exhibitions, code repositories and written exegesis). Full-time registration typically spans three to four years, with part-time options also available.

Training and support typically cover research methods (qualitative, quantitative and creative methods), ethics and governance for human-centred research, advanced programming and prototyping tools, documentation and dissemination practices, and preparation for public-facing activities such as exhibitions, performances and publications. You will have access to UAL's cross-college technical facilities—studios, workshops, fabrication labs, audio-visual suites, and digital studios—to prototype and present work.

Entry requirements

Applicants are expected to hold a relevant master's degree (or equivalent professional experience and a strong research portfolio). Typical entry is for those with qualifications in creative computing, interaction design, fine art with computational practice, media arts, computer science with an arts focus, or related disciplines.

• A clear and feasible research proposal that demonstrates originality and alignment with supervisors' expertise.
• A portfolio of recent work showing technical competency and creative rigour (code samples, projects, documentation, exhibitions or artefacts).
• Academic references that speak to research potential.
• Applicants whose first language is not English must meet UAL's English language requirements (evidence of an accepted English test or equivalent qualifications may be required).

Selection typically involves an interview with potential supervisors and the research admissions panel. Candidates may also be asked to discuss technical approaches, methodological plans and intended outputs. Applicants are encouraged to contact potential supervisors in advance to discuss fit.

Career prospects

Graduates of Creative Computing PhD studies move into a variety of roles across academia, industry and the cultural sector. Common career paths include:

• Academic and research positions (postdoctoral researcher, lecturer) in arts, design and computing departments.
• Research and development roles in industry labs focused on human–computer interaction, creative AI, immersive media and interactive experiences.
• Creative technologist, lead developer or technical director roles in creative agencies, game studios and experiential design consultancies.
• Curatorial, production and technical leadership roles within museums, galleries and cultural institutions that present digital work.
• Entrepreneurial routes: founding studios or product ventures that commercialise creative technologies, tools or services.

Because the programme emphasises both critical thinking and demonstrable technical practice, graduates are well placed to bridge disciplinary gaps between artists, designers, engineers and producers.

Why study at University of the Arts London

UAL offers a highly interdisciplinary arts context across its colleges (including Central Saint Martins, London College of Communication and others), which is particularly valuable for creative computing researchers who wish to engage with fine art, design, fashion, film and media practices. The university supports practice-based research and encourages cross-college collaborations, public exhibitions and industry partnerships.

Doctoral researchers benefit from access to a wide range of specialist facilities and technical support—digital studios, fabrication and electronics workshops, audio-visual suites and exhibition spaces—alongside research training, peer networks and events organised by UAL's research and doctoral community. Supervision is tailored to individual research projects, drawing on staff with expertise across computation, creative practice and critical theory.

UAL's London location provides proximity to a rich cultural and creative ecosystem, enabling collaboration with galleries, festivals, studios and tech companies, as well as opportunities for public presentation and professional networking.