Artificial Intelligence

OVERVIEW

51% of tech leaders report a critical shortage in AI skills, making artificial intelligence one of the most in-demand skillsets in today’s workforce. Our BSc (Hons) Artificial Intelligence degree is designed to prepare you for this fast-growing digital economy, giving you the practical knowledge and confidence to succeed in a wide range of AI and technology-driven careers.

This hands-on course builds strong foundations in computing before developing your expertise in machine learning, deep learning, data science and intelligent systems. You’ll gain experience with modern AI tools and technologies while learning how to design, build and deploy responsible, ethical AI solutions that meet real-world and regulatory requirements.

Throughout your studies, you’ll work on practical projects shaped by industry practice, developing both technical and professional skills such as teamwork, communication and problem-solving. By the time you graduate, you’ll be well prepared for high-demand roles across sectors such as technology, healthcare, finance and manufacturing, with the skills employers are actively seeking.

WHY CHOOSE THIS COURSE?

• REAL-WORLD INDUSTRY ENGAGEMENT – Study in Birmingham, the UK’s second-largest tech hub, home to 300+ AI companies and a £15bn digital economy. Take part in industry visits, Birmingham Tech Week, and live projects with industry partners

• PRACTICAL FACILITIES – Train in specialist computing labs with high-performance workstations for AI, robotics, and deep learning. Get hands-on with industry-standard tools like Keras and PyTorch, plus high-performance computing for data science

• PROFESSIONAL STANDARDS AND ETHICS – Graduate from a BCS-aligned degree designed to support Chartered IT Professional status. Build strong knowledge of AI ethics, governance, and regulation, including bias, fairness, and responsible AI.

• EXPERT TEACHING – Learn from PhD-qualified lecturers and industry experts. Complete a major final year project, developing a real-world AI or computing solution independently.