The BSc in Artificial Intelligence and Robotics at Aberystwyth University focuses on the development of intelligent systems, a field with growing importance across commercial, industrial, and domestic applications. This program provides a strong foundation in core computing principles, including computer architecture, programming, and software design. Students will gain specialized knowledge in the theoretical aspects of artificial intelligence and robotics, alongside practical skills in developing relevant applications and tools. The curriculum is designed to be highly vocational, preparing graduates for diverse career paths in this rapidly evolving sector. Aberystwyth University is committed to delivering a program that emphasizes employability, with practical skills integrated throughout the degree. Students benefit from access to specialized facilities, including mobile, sailing, and aerial robots, manipulator arms, vision and motion tracking systems, and dedicated computing laboratories. Teaching is delivered by experienced lecturers with strong industry links and research backgrounds, ensuring a dynamic and current learning environment.
The program provides a structured progression from fundamental computing concepts to specialised topics in AI and Robotics. The modules are subject to change but provide a clear indication of the course structure. Some modules are also available in Welsh.
A degree in Artificial Intelligence and Robotics from Aberystwyth University prepares graduates for a wide range of careers in advanced technological fields. The program emphasizes the development of essential employability skills, ensuring you are well-equipped for the demands of the modern job market.
Applicants from majority English-speaking countries (Antigua & Barbuda, Australia, the Bahamas, Barbados, Belize, Dominica, Grenada, Guyana, Ireland, Jamaica, Malta, New Zealand, St Kitts & Nevis, St Lucia, St Vincent & the Grenadines, Trinidad and Tobago, USA, and Canadian nationals from Canada) or those holding a degree from these countries are exempt from providing additional English language proficiency proof. All other international students require proof of English language ability, meeting a minimum of CEFR B2 level in each component (speaking, writing, listening, reading) to satisfy Student Visa requirements. English language test results are valid for a maximum of two years. Pre-sessional English Programmes are available for students who do not meet the direct entry requirements.
Tuition fees cover tuition, examinations, and graduation. Loans and grants may be available to help cover tuition and living costs. Irish nationals are eligible for home fee status and Welsh Government support under the Common Travel Area arrangement.
Accredited by BCS (The British Computer Society) — The Chartered Institute for IT.
For international undergraduate students starting in September 2026, the tuition fee is £21,875 per year. These fees are frozen at the entry level for subsequent study years. Most international students are eligible for the International Accommodation Award which can include accommodation costs within your tuition fees.
The standard course duration for the BSc in Artificial Intelligence and Robotics is 3 years. An integrated year in industry is also an option, which would extend the duration.
Entry requirements include UCAS Tariff points ranging from 120 to 96. Applicants must also meet specific academic qualifications and English language proficiency at CEFR B2 level, unless exempt.
Graduates can pursue careers in intelligent robotic design and programming, medical and industrial robotics, AI requiring robotics, software design, IT consultancy, and systems analysis, among other roles.
Applications are submitted through the Universities and Colleges Admissions Service (UCAS) using the program code GH76. Key steps include checking entry requirements, preparing documents like transcripts and a personal statement, and submitting the application via the UCAS website.
Students have access to specialized facilities including mobile, sailing, and aerial robots, manipulator arms, vision and motion tracking systems, and dedicated computing laboratories.