University of Birmingham · School of Computer Science
From the appointment of Birmingham's first Lecturer in Computing in 1959, through mainframes, minicomputers, artificial intelligence, cyber security and data science, to a School whose teaching and research now span the full breadth of modern computing.
The institutional story begins in 1959, when a Lectureship in Computing was created in the Department of Mathematical Physics. What began as an effort to provide scarce computing capacity for researchers across the University gradually developed into a distinct academic discipline, a suite of degree programmes, and ultimately the School of Computer Science.
The history is also a story of changing technology. Birmingham moved from paper tape, punched cards and a room-sized KDF9, through interactive terminals, UNIX minicomputers and Multics, to high-performance computing, artificial intelligence, cyber security, robotics, data science and today's increasingly AI-rich curriculum.
The University created a post of Lecturer in Computing within Mathematical Physics and appointed Ken Redish. At roughly the same time, Birmingham began planning a University-wide computing service that would support research in many disciplines while also creating space for research into computing itself.
Birmingham placed a provisional order in January 1961 for an English Electric KDF9. The project proved more difficult than expected: delivery and configuration became the subject of a prolonged disagreement with the manufacturer. A strengthened 16K-word configuration finally passed acceptance testing on 21 June 1965.
The machine occupied seven large cabinets. Rather than being installed in the Watson Building, it was housed beneath the Great Hall in the lower ground floor of Aston Webb, in space previously used as a student cloakroom. Programs were prepared using paper tape and teletypes.
With the KDF9 accepted, the University Computing Service became fully operational. Computing lecturers taught programming to staff and research students, contributed optional courses to Mathematical Sciences degrees, developed software and pursued research, initially with a strong numerical-analysis emphasis.
In 1966 the KDF9 received a major upgrade, adding disk storage, punched-card input/output, a high-speed printer and improved online access. In 1967 the unit was renamed the Computer Centre; Stuart Hollingdale succeeded Ken Redish as Director.
The Computer Centre was granted academic-department status within the Faculty of Science and Engineering for the purpose of running Computer Science degrees. The MSc in Computer Science admitted its first students in October 1969.
This sharpened a distinction that would shape the next two decades: one part of the Centre provided computing services to the University, while another undertook academic teaching and research. The Centre was consequently organised into Service and Academic divisions.
The KDF9 was retired and replaced by an ICL 1906A in a purpose-built Elms Road facility. The Service Division moved with it, while the Academic Division remained around Aston Webb. The resulting physical separation accelerated the emergence of Computer Science as a conventional academic department.
The same year saw the first intake to the BSc in Mathematics and Computer Science, initially one route within the School of Mathematical Sciences.
A Modular One minicomputer was purchased for research and specialist teaching. Unlike the University's central machines, it existed specifically for Computer Science, supporting work in programming languages, operating systems and MSc projects. BCPL was a principal language used on the system.
In 1976 the Computer Centre became the Centre for Computing and Computer Science. The period also exposed how dependent teaching still was on central computing infrastructure: a long operators' strike in 1976–77 took the ICL 1906A out of service and badly disrupted practical programming. A Prime minicomputer was temporarily installed in the old KDF9 room so teaching could continue.
In 1977 the BSc in Computer Science and Electronic Engineering admitted its first students.
A DEC2050 (commonly called the DEC20) brought genuinely interactive computing to much larger numbers of students. Instead of submitting punched-card jobs and waiting for results, students could edit and run programs from online terminals. Demand grew rapidly and the system was soon upgraded.
In 1979 a PDP-11/34 running UNIX was installed in the Academic Division for research and teaching, replacing the Modular One.
The BSc in Computer Science/Software Engineering took its first students. The archived School history records it as the first UK undergraduate degree course in Software Engineering. In the same year, the University established a Microprocessor Laboratory split between Computer Science and Electronic and Electrical Engineering, reflecting the growing importance of smaller programmable systems.
A Honeywell Multics system replaced the 1906A as Birmingham's principal University computer. It supported terminals distributed across campus, including a terminal room in Aston Webb used heavily by Computer Science students. The shift illustrates how quickly interactive computing had moved from novelty to an expected part of teaching and research.
The Centre for Computing and Computer Science was divided, with its Academic Division becoming the School of Computer Science in the Faculty of Science. The archived history describes the 1990s as a period of exceptional growth in research, teaching, student numbers and staff.
The BEng/MEng in Electronic and Software Engineering began in 1992, replacing the older Computer Science and Electronic Engineering degree. In 1993, Birmingham added BSc programmes in Artificial Intelligence and Computer Science and in Psychology and Artificial Intelligence. A Mathematics and Artificial Intelligence BSc followed in 1994.
These programmes show that Artificial Intelligence was embedded in Birmingham's teaching portfolio decades before today's generative-AI boom.
The School moved out of Aston Webb into the Computer Science building as part of the University's West Campus redevelopment, giving the discipline a purpose-built base after decades spread across older University spaces.
The undergraduate portfolio was substantially revised. The older Computer Science/Software Engineering BSc was replaced by BEng and MEng routes, while a new BSc in Computer Science took its first students. At postgraduate level, MSc Natural Computation joined the School's portfolio.
The School also installed what its archived history described as the UK's first Itanium2-based 64-bit cluster, reflecting the increasing importance of high-performance computing infrastructure.
In 2004 the Computer Science/Software Engineering BSc gave way to Computer Science with Business Management, while the MSc Internet Software Systems began. By 2006 the School had expanded to six MSc programmes, with Computer Security and Intelligent Systems Engineering among the additions.
Birmingham's established security research became formally recognised through the UK's Academic Centre of Excellence in Cyber Security Research (ACE-CSR) scheme. A first documented funding period began at the end of 2013, and the University was re-accredited by the National Cyber Security Centre and EPSRC in 2017 for a further five years.
By this point, cyber security and privacy had become one of the School's most visible areas of external impact, with work spanning applied cryptography, transport systems, electronic voting, infrastructure, hardware and connected devices.
In REF 2014, the School was reported within the top quartile of UK Computer Science institutions. Around the same period the School's public profile increasingly highlighted robotics, natural computation, imaging, human-computer interaction, theory and security alongside its long-standing AI activity.
In 2017 the University and PwC announced a four-year, fully funded technology degree apprenticeship built around a Birmingham Computer Science degree. The first cohort arrived in 2018, combining academic study with work-based technology projects.
Computer Science was also among the first subjects offered at the University of Birmingham Dubai. The Dubai campus opened in 2018 and welcomed its first students that September, extending Birmingham Computer Science teaching beyond the Edgbaston campus.
The University became a partner of The Alan Turing Institute in 2018, deepening links to the UK's national institute for data science and AI. By 2019 the School was reporting substantial recruitment of new academic staff in cyber security, artificial intelligence and theoretical computer science, alongside its largest-ever first-year undergraduate cohort at the time.
The School launched new advanced MSc programmes in Artificial Intelligence and Machine Learning and in Data Science. The year also brought the COVID-19 closure of the physical building and a rapid move to online teaching and collaboration; students completed their degrees remotely and the School held its first virtual graduation celebration.
The postgraduate portfolio expanded again with Responsible Data Science, developed jointly with the School of Law, and FinTech in partnership with Birmingham Business School. In September, the University formally launched the Institute for Interdisciplinary Data Science and Artificial Intelligence, drawing together expertise across the institution with Computer Science playing a central role.
The University's published REF 2021 results place Computer Science 3rd in the UK for research GPA and for 4* research. The current School describes its work through themes that include Science for AI & AI for Science, Theory of Computation, Cyber Security and Privacy, Socio-Technical Systems, and Perception, Language and Action.
The first cohort of the PwC technology degree apprenticeship completed the four-year programme in 2022. In the same period, Birmingham's international teaching footprint became more visible as the University moved into its new purpose-built Dubai campus, where Computer Science is among the subjects delivered.
The University of Birmingham and IIT Madras launched a Joint MSc in Data Science and Artificial Intelligence, with students studying in both Chennai and Birmingham. The partnership added a distinctive international postgraduate route to the School's growing Data Science and AI portfolio.
The School held its first Industry Club event, bringing together more than 30 industry members with academics from across its research themes. Contemporary School activity also increasingly highlighted Year in Industry placements, employer engagement and opportunities for students to work with emerging AI technologies.
The 2026 National Student Survey provided a strong education-focused endpoint to this history. Computer Science was ranked 1st in the Russell Group overall. Within the survey themes it was 1st in the Russell Group for Assessment and Feedback, 2nd for Teaching on my Course, 2nd for Learning Opportunities and 4th for Academic Support.
Artificial Intelligence also recorded exceptional results: 1st in the Russell Group — and 1st in the UK — for both Teaching on my Course and Learning Opportunities, alongside 4th in the UK for Assessment and Feedback. At University level, Birmingham achieved its highest-ever NSS results, with 87.4% overall student satisfaction and a record 82% response rate.
After more than six decades of change in machines, programmes, research fields and modes of teaching, the School entered the second half of the 2020s with student experience recognised alongside its long-standing research strengths.
The School's current research structure spans AI, theory, cyber security and privacy, socio-technical systems, computer vision and imaging, natural language processing, robotics, cognitive science and interdisciplinary applications.
Undergraduate, integrated Masters and postgraduate programmes combine core Computer Science with areas such as AI, security, software engineering and data science, alongside industry links, international delivery and research-led specialist options. Selected MSc programmes now offer both September and January entry, reflecting a move towards more flexible year-round postgraduate delivery.
Historical provenance
The School's original history records that the material covering 1959–1994 was prepared by Tom Axford, with particular thanks to Peter Walling for information about the early years of the University Computing Service. It also acknowledges the many colleagues who contributed information and photographs.
This consolidated edition preserves that acknowledgement and is based principally on the former School of Computer Science history pages, archived by the Internet Archive. The post-2006 continuation has been compiled from publicly available University of Birmingham sources current to September 2026. This University-use edition also incorporates images from University of Birmingham news, research and Dubai pages, alongside openly licensed photographs from Wikimedia Commons and Unsplash.
If this page is developed further, recollections and corrections from former staff, students and alumni would be valuable additions—particularly for the period after the original history stopped being maintained.
Sources are grouped below so the historical narrative remains the focus. Expand the panel for the full provenance and image credits.
