CBIT Associate Diploma in Cyber Security Management (Level 5)

This module explores the role of Artificial Intelligence (AI) in enhancing cyber security practices. It introduces students to fundamental AI concepts, including machine learning and its application to cybersecurity challenges. Learners will gain theoretical knowledge on how AI can be used to detect threats, mitigate risks, and defend against cyberattacks. The focus will be on understanding AI algorithms and frameworks used in cyber defense, while also addressing the ethical and security concerns surrounding AI in cybersecurity.

This module aims to develop learners’ theoretical understanding of advanced security testing techniques and incident response strategies in cybersecurity. Learners will explore key concepts, models, and terminologies related to security threats, vulnerabilities, and incident response protocols. By the end of this unit, Learners will be able to critically analyse and evaluate the significance of cybersecurity measures for protecting both individuals and organisations in the digital landscape.

This module aims to equip learners with a solid understanding of information security principles, risks, and the management of those risks within various digital environments. Learners will explore the concepts of confidentiality, integrity, and availability, as well as the importance of secure system design. By the end of this module, learners will have developed a theoretical understanding of cryptographic methods, information security controls, and the socio-technical challenges in ensuring security and privacy.

To provide learners with an understanding of the principles of software design and architecture, emphasising theoretical frameworks, architectural models, and the importance of secure design practices. This module aims to equip learners with the foundational skills needed to structure and analyse software requirements, apply design patterns, and recognise architecture’s role in secure software development.

This module provides learners with foundational knowledge of security principles, models, and methodologies applied within operating systems, databases, and virtual environments. It emphasises understanding and analysing cybersecurity threats, assessing vulnerabilities, and exploring mitigation techniques. Learners will gain insights into the CyBOK (Cyber Security Body of Knowledge) concepts relevant to operating systems and virtualisation security, as well as key principles of authentication, authorisation, and accountability.

This module introduces learners to the fundamental principles of secure software engineering, focusing on theoretical knowledge of vulnerabilities, security risks, and strategies for securing software systems. Learners will explore the lifecycle of secure software development, vulnerabilities in operating systems, and methods to evaluate and mitigate threats, ensuring that applications are designed with security as a core component.

The aim of this module is to provide learners with a foundational understanding of the multidisciplinary nature of cybersecurity. It will introduce learners to the current cybersecurity threat landscape, key principles of secure communication, and the role of various actors in the field, including governments, organisations, and individuals. Learners will explore the importance of managing cyber risks, the impact of legal, social, and human factors on cybersecurity, and how fundamental security principles are applied to protect systems from attack.

This module provides learners with a foundational understanding of the structure and functionality of modern computer systems, focusing on operating systems and hardware architecture. It covers key concepts in system architecture, the role of operating systems, and their essential features across different platforms (e.g., Windows, Linux, OS X). Learners will gain theoretical knowledge of how operating systems manage resources, processes, memory, and security.

This module aims to provide learners with an in-depth understanding of the principles of computer and network security within a cyber management context. The focus will be on examining network architectures, identifying security vulnerabilities, and exploring countermeasures through a theoretical lens. Learners will develop critical knowledge of how to implement and manage cyber security policies, access control systems, and network security mechanisms to mitigate cyber threats in a professional setting.

This module aims to equip learners with a thorough theoretical understanding of database systems, data modelling techniques, and data management principles, with a specific focus on cybersecurity. The unit will explore key database structures, relational models, and security measures that ensure data integrity and protect against cyber threats. Learners will develop the ability to conceptualise, design, and evaluate secure databases, emphasising the importance of data protection in cybersecurity management.

This module aims to introduce learners to foundational programming concepts, focusing on how they relate to cyber security applications. Learners will develop an understanding of programming principles, object-oriented design, and essential programming structures. Emphasis will be placed on theoretical concepts relevant to cyber security, enabling learners to understand how programming knowledge can support security practices and cyber defenses.

This module introduces learners to the foundational concepts and theoretical frameworks of cyber security operations. It emphasises the identification and evaluation of security threats, vulnerabilities, and defense mechanisms, as well as an understanding of legal and ethical considerations in managing cyber security risks. The unit is designed to equip learners with knowledge and critical thinking skills essential for addressing cyber security challenges in organisational contexts.