This module provides a detailed study of the physical controls and processes required to reduce cyber risks, which is essential for all organisations. It explores different physical security architectures, operational practices, and procedural measures designed to follow industry best practices and protect services, systems, and information from physical threats.

In this module, students will learn about full-stack web development, which involves building both the front-end and back-end components of web applications. The programme introduces key tools, technologies, and methods used in this field. Lectures cover essential topics such as server-side scripting, database management, and secure website development, while also addressing front-end design and implementation. Workshops provide practical opportunities to apply these skills by developing and maintaining their own websites.

This module teaches the foundational concepts of modern networked systems, including how they connect to the Internet. It emphasises hands-on learning by offering practical opportunities to configure and deploy common networking equipment such as switches and routers, closely reflecting real-world network setups.

This module focuses on ethical hacking, penetration testing, and vulnerability assessment (VA). Through practical exercises, students will learn how to identify security weaknesses, assess risks, and conduct security testing in a controlled environment. The programme covers key concepts, methodologies, and mitigation techniques to protect networks and systems from threats. Ethical conduct is strongly emphasised, and students must adhere to the module’s ethical agreement throughout their work.

This module aims to integrate and reinforce the knowledge gained from previous Level 4 and 5 modules by providing students with real-world experience working in teams on software or hardware projects. Students will develop teamwork, collaboration, and project management skills through active participation in project planning, development, and delivery.

This module helps students understand the common threats faced in computer networks through hands-on practical activities. It covers the fundamentals of network security, including both active and passive network attacks and the methods used to defend against them. Students will gain practical experience and skills needed to identify and mitigate various network security issues.

This module begins by examining the professional standards and responsibilities associated with careers in the Computing and IT industry. Students explore professional conduct and the social, legal, and ethical implications in line with BCS guidelines. During the first semester, students also begin planning their final-year project by selecting a topic, consulting with faculty, and developing a project proposal. They then start a literature review under the guidance of an assigned supervisor, who provides regular feedback through meetings. In the second semester, students work independently on the main part of their final-year project, continuing to meet with their supervisor. The project is assessed by both the supervisor and an additional faculty member.

This module enables students to understand key theories and methodologies in computer forensics before applying them in practical investigations. It covers the full investigation process, including seizure, evidence handling, data analysis, interpretation, reporting, and presentation. Students work with different operating systems and technologies to uncover digital evidence related to potential cybercrimes. Through hands-on exercises, they use industry-standard tools and techniques to learn how data is stored, recovered, and analysed from electronic devices.

This module focuses on identifying and understanding the risks and threats that affect IT systems and e-business environments. Students analyse vulnerabilities and potential threats, then select and implement appropriate countermeasures to protect data confidentiality, integrity, and availability (CIA). Using practical tools and techniques, they learn to assess risks, evaluate their impact, and apply security measures to reduce the likelihood and consequences of incidents.

Building on the foundations of second-year full-stack development, this module explores advanced concepts in full-stack web application development. It emphasises the importance of architectural design patterns and Service-Oriented Architecture (SOA). Students also learn about both current and emerging technologies used in modern full-stack development.

This module covers both the theoretical and practical aspects of Cyber Threat Intelligence (CTI). Students learn to develop and evaluate effective threat intelligence strategies and tactics. The course also provides an overview of cybersecurity tools and techniques used for threat detection and response. Students gain foundational and advanced skills needed for conducting risk assessments and producing actionable threat intelligence. The module also addresses legal and ethical considerations related to CTI, and examines data-driven methods for analysing online behaviour to predict potential cyber threats or illegal activities.

This module focuses on advanced network concepts, including modern trends in network design and management. Students use widely adopted commercial software to design networks and simulate their performance, gaining practical experience in analysing and improving network efficiency.

This module builds on concepts from High-Performance Computing and Database modules to provide a deeper understanding of Big Data. It covers key theories, practices, and technologies, including Distributed Systems, and explores the latest methods for processing and managing large-scale datasets.