BSc Creative Technology and Robotics
About this course
Creative technology and robotics is a degree that sits at the intersection of engineering, computing, and creative practice, concerned with designing and building intelligent, responsive, and interactive systems that challenge the boundaries between machine and environment, tool and artwork, and technology and culture. Robotics encompasses the mechanical design, electronic systems, and software that enable machines to perceive their environment and act within it, and in creative applications these capabilities are applied to produce work that is expressive, interactive, or provocative rather than purely functional. The discipline draws on computer science, electronics, human-computer interaction, and design thinking, and it rewards students who are technically confident and creatively ambitious. At Norwich University of the Arts, you will study creative technology and robotics over three years of full-time study. The programme develops your skills in programming and electronics alongside a deep engagement with the design thinking and conceptual frameworks that distinguish creative practice from purely technical work. You will build robots and interactive systems, develop the software to drive them, and design the contexts in which they operate and are experienced. Critical and contextual studies examine the history and theory of technology in art and the broader cultural questions that surround artificial intelligence, automation, and the agency of machines. Studio-based project work is central throughout, and you will develop a portfolio that demonstrates both your technical competence and your creative vision. Graduates from creative technology and robotics programmes work across a distinctive range of sectors. Interactive art and installation, museum and gallery interactive design, theatre and performance technology, and the games industry are contexts where the combination of creative and technical skills developed in the degree is directly applicable. Technology companies working on robotics, smart environments, and human-computer interaction employ graduates with both programming depth and design awareness. Education and outreach roles, introducing children and young people to robotics and creative computing, are another path. Postgraduate study in robotics, creative computing, interaction design, or related fields is available for those who want to develop greater technical or research depth.
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