msc creative robotics offers a unique blend of robotics, creative practice, and cutting-edge technology within the vibrant environment of a world-renowned creative university. this innovative programme is designed for students passionate about exploring the intersection of art, technology, and robotics, providing the skills and knowledge to shape the future of creative robotics. the course offers an extensive range of skills and insights essential for advancing in the field of creative robotics. you will learn how robotics can be used to create art and performances, while critically examining the ethical implications and societal impact of robotic technologies. you will develop advanced skills in programming languages such as python and c++, and work with robotic open development frameworks such as ros (robot operating system) to design, build, and test complex robotic systems. through hands-on projects, you will design and build creative robotic systems, fostering a practical understanding of hardware and software integration. you will master digital fabrication techniques to design and construct robotic components, equipping you with the tools to bring your creative visions to life. additionally, you will work with industrial-standard robots, including robotic arms and humanoids, gaining practical experience in programming and deploying systems used across various industries. furthermore, you will explore how concepts of embodiment from philosophy, neuroscience and cognitive science have influenced the design of a robot’s body, mind, and environment in tandem. you will build a deep understanding of compliant and adaptive design to facilitate safe and effective human-robotic interaction. we are committed to ensuring that your skills are set within an ethical framework and are working to embed ual’s principles for climate, social and racial justice. what to expect advanced creative robotics skills: develop advanced skills to translate creative direction into robotic design and deliver impactful creative robotics projects. extend your practice: the course is designed to give practitioners from different academic and creative disciplines the chance to extend their practice into the exciting, emerging robotic domain. research informed robotics teaching: the course is informed by cci’s research themes and research on human-robotic interaction and design research in creative, social, and evolutionary robotics. critical engagement with robotics: as a postgraduate student you will develop a critical understanding of robotic development and explore the role of robotics in shaping the future. an inspiring community: as a postgraduate student at cci, you will become part of a community of inspirational, forward-thinking creative computing practitioners, with access to a programme of public events exploring the most relevant contemporary aspects of creative computing. a supportive environment: you will have access to both technical and pastoral support and be part of a community committed to promoting accessibility, diversity and inclusion. industry experience and opportunities you will learn using industry standard tools and frameworks, ensuring you are ready to progress to a wide range of roles across the technology sector. you will benefit from industry talks and have the opportunity to meet industry representatives during your studies. entrepreneurship, co-creation and problem-solving is encouraged throughout the course, and you will be offered support by cci staff to develop these skills. the opportunity to start enterprises will be supported through access to incubator programs, as well through team entrepreneurship pedagogies. career opportunities graduates will be well-equipped to pursue careers in creative industries, research and development, robotics engineering, and beyond. whether you aspire to design interactive robotic installations, work in cutting-edge ai and robotics companies, or advance academic research, this course provides a strong foundation. mode of study msc creative robotics is offered in full-time mode and runs for 45 weeks over 15 months, with a break over the summer. you will be expected to commit an average of 40 hours per week to your course, including teaching hours and independent study.