BSc (Hons) Computer Science
BSc (Hons) Computer Science is a degree focused on programming, software engineering, databases, computer systems and emerging technologies such as artificial intelligence and machine learning. You will develop practical and analytical computing skills through programming, application development, database work, UX design and a final project. It may suit people seeking to move into IT or technology-focused roles, including those returning to study through a foundation-year route.
About this course
This Computer Science degree develops the technical and practical knowledge needed to understand, build and manage software-based systems. You will study programming in Python and Java, data structures, computer systems, databases and object-oriented development, alongside the principles behind algorithms, computational complexity, networks and operating systems.
The course also examines current areas of computing including artificial intelligence, robotics, machine learning, data science and evolutionary algorithms. You will consider how software is designed and delivered through software engineering approaches such as Agile, Scrum and Extreme Programming, while building skills in application development, database management and user interface design.
As you progress, you will undertake research methods and project management for computing and complete a final dissertation project. The course may suit adults returning to education who want a structured route into technical computing, software development or wider IT work.
A three-year full-time route is available. A four-year route with a foundation year is also available in blended mode, providing an additional preparation year before degree-level study.
What you will study
You will study topics including:
• Programming with Python and Java • Data structures, data modelling and computer systems • Hardware architecture and core computer science concepts • Artificial intelligence literacy • Databases, including SQL, NoSQL and JSON • Object-oriented and advanced programming • Software engineering in practice, including Agile, Scrum and Extreme Programming • Algorithms and computational complexity • Networks and operating systems • Application development and management • Research methods and project management for computing and IT • User interface and user experience design • Database management and administration • Artificial intelligence and robotics • Machine learning and data science • Evolutionary algorithms • Information and content management systems • A final dissertation project
The foundation-year route includes communication, digital and research skills, sustainability and society, academic preparation and a foundation project. It also introduces core concepts from computer science and related subject areas.
Modules
Foundation
- Communication Skills
- Digital and Research Skills
- Sustainability and Society
- Foundation Year Project
- Shaping Skills for Success
- Core Concepts of Computer Science
- Core Concepts of Law (optional)
- Core Concepts of Business (optional)
- Core Concepts of Criminology (optional)
- Core Concepts of Psychology (optional)
Foundation Year (Blended)
- Skills for Higher Education
Year 1
- Introduction to Programming
- Data Structures, Data Modelling and Computer Systems
- AI Literacy for the Future Professional
- Databases
- Object-Oriented Programming
- Academic and Career Success
Year 2
- Software Engineering in Practice
- Advanced Programming
- Networks and Operating Systems
- Study abroad (optional)
- Application Development and Management (optional)
- Research Methods and Project Management for Computing and Information Technology (optional)
- User Interface Design (optional)
Year 3
- Dissertation (Final Project)
- Database Management and Administration
- Artificial Intelligence and Robotics (optional)
- Machine Learning and Data Science (optional)
- Evolutionary Algorithms (optional)
- Information and Content Management Systems (optional)
- Mobile Development (optional)
- Human-Computer Interaction (HCI) (optional)
- Computer Security (optional)
- Cyber Security (optional)
- Cyber Forensics (optional)
- Computer Graphics (optional)
- Computer Animation and Visual Effects (optional)
- Games and Interactive Systems (optional)
Assessment
Assessment methods include quizzes, class exercises, portfolios, group work, presentations and reflective assignments.
Entry requirements
Applicants need 112 UCAS Tariff points from three A Levels or an equivalent qualification. Typical offers include BBC at A Level or DMM in a BTEC qualification.
You must have Grade C or 4 or above in GCSE English Language and Maths, or an equivalent qualification.
A Grade C at A Level, or an equivalent qualification, is also required in Computing or IT, a science, Mathematics, or a technology subject.
Careers
This degree may support progression into IT and technology roles, as well as computing-related work in business, law enforcement and public services.
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