BSc (Hons) - Computer Science

Year one

In Year 1, the emphasis is on helping you become independent in your learning. You will study the fundamental concepts of computer science, including computer programming, data structures and algorithms, and computer architecture, and apply these techniques to solve well-defined problems.

• Fundamentals of Computer Science & Programming
  This module introduces the fundamental principles of computer science. You will learn about how computers work, the basic building blocks of computer systems and how computers and computer systems are used in business and industry. You will also explore data, data communication and encryption.
• Networking Fundamentals
  This module introduces the fundamental principles of networking, providing a practical and theoretical foundation for understanding computer systems and their interconnections. You will explore different network configurations and security considerations, gaining hands-on experience in setting up and troubleshooting networks.
• Introduction to Computer Systems
  This module aims to develop your foundational understanding of computer systems through both theory and practical application. You will explore the evolution of computing, develop problem-solving and computational thinking skills, and study core concepts such as Boolean logic, computer hardware, operating systems, and system maintenance.
• Information Systems Design
  You will find out how business functions, how computers are used to support this work, and learn how to understand business requirements to deliver an appropriate computer solution. As part of this, you'll be introduced to Unified Modelling Language (UML) to analyse, document and visualise systems.
• Designing Computing Solutions
  You will learn about the fundamentals of systems and software to design, build and test your own software solutions. You’ll find out about the software development life cycle, and the processes of data integration, software testing methods and project management.
• Web Development
  The main aim of this module is to develop a range of skills through an interesting and relevant project. You will work as part of a team to explore the processes required to develop, test and deploy a web-based app.

Year two

In Year 2, the emphasis is on building your confidence. Problems become more broadly defined and can involve various technical and commercial factors and constraints. In performing your analysis, and developing your solutions, you will draw on your new knowledge from across 5 in more advanced topics such as application development, network management, data science, software engineering and cyber security.

• Application Development
  This module aims to develop your understanding and practical skills in designing and building software applications. It introduces a range of development environments, programming frameworks, and user interface design principles (e.g., usability and user experience).
• Big Data & Data Science
  This module aims to develop your understanding of the principles and practices of data science and data analytics. It introduces key concepts in data processing, machine learning, and data visualisation, alongside practical skills in designing and implementing data-driven applications. You will explore the use of modern data science tools and frameworks, and how applied analytical techniques provide insights from large and complex datasets.
  
• Database and Enterprise Systems
  This module aims to develop your understanding of the design, implementation and management of database and enterprise systems within modern organisations. It explores relational and non-relational database technologies, enterprise system architectures and the integration of data across business functions.
• Network Management & Administration
  This module aims to develop your practical and theoretical understanding of network management and administration. You will gain hands-on experience in configuring and managing a range of network devices and services, including routers, switches, servers, and wireless technologies.
  
• Software Engineering
  This module is designed to build your proficiency in programming and software engineering. It emphasises the design, development, and testing of software solutions, with opportunities to explore applications that interact with hardware as well as purely software-based systems. You will be introduced to Agile methodologies to support collaborative, iterative development within team environments.
• Cyber Security and Ethical Hacking
  This module aims to develop your understanding of core cybersecurity concepts and practices, with a focus on identifying threats, managing vulnerabilities and implementing effective security controls. You will gain hands-on experience in using industry tools to perform ethical hacking tasks, including reconnaissance, vulnerability scanning and basic penetration testing.

Year three

In Year 3, you will engage with complex problems that are subject to some technical uncertainty. You will be creative and resourceful in applying a range of tools, theories and methods in a broad range of contexts. You will deepen your knowledge by studying specialised subjects including artificial intelligence, data science and cyber security. You will work on real-world projects, and your solutions will have immediate commercial value.

• Professional Project
  The Professional Project is the capstone of your degree. You will undertake a substantial and independent piece of research into a topic of your choice, related to one of your taught modules in year 3.
• Cyber-physical systems, Robotics & Autonomous Technologies
  This module aims to develop your theoretical and practical understanding of cyber-physical systems (CPS), focusing on the integration of technologies such as automated systems, robotics and mobile drones utilising Internet of Things (IoT). It also covers the boundaries and convergence of Information Technology (IT) and Operational Technology (OT).
• Artificial Intelligence
  This module aims to provide you with a deep and practical understanding of Artificial Intelligence (AI) concepts, techniques and applications. It explores emerging areas of AI, including intelligent agents, search algorithms, reasoning, natural language processing and ethical AI. You will engage with real-world problems and develop intelligent systems using modern frameworks and tools, preparing you for careers in AI development, research and innovation.
• Network Infrastructure Engineering
  This module aims to develop advanced knowledge and practical skills in designing, implementing, managing, and optimising enterprise-scale network infrastructures. You will explore the configuration and integration of key routing, switching, security, and redundancy technologies, alongside network management, monitoring, and automation approaches that support high availability, scalability, and performance.
• Immersive Technologies
  This module introduces you to the rapidly evolving field of immersive technologies, including Virtual Reality (VR), Augmented Reality (AR), and Mixed Reality (MR). You will investigate how these technologies are applied across various industries (e.g., education, healthcare, engineering, creative media etc.) and explore their technical, innovative, and ethical implications.