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We are a world class business school located in the heart of London, Dubai, Islamabad and Lagos.
We are one of the fastest growing British business schools with a stylish blended
learning model that is both online and on campus.
Accredited Degrees
Gain a British (BSc or BA or BBA) which is recognized and accepted worldwide.
Great Value + Low Fee
Competitive tuition fees, giving you an edge in your chosen career.
Dual Qualifications
Earn a British (BSc or BA or BBA) + Extended Diploma in Business Management.
Final Semester on Campus
Undergo your final semester on campus.
The programme includes modules in secure programming, cybercrime investigation, web and mobile development, and advanced networking. Students develop skills in risk analysis, penetration testing, data analytics, and cryptographic protocol implementation. They learn to assess system vulnerabilities, design secure solutions, and manage digital infrastructures. Real-world application is supported through placements and project-based learning.
Learning outcomes:
For entry into Bachelor's Degree in Cyber Security, learners must possess the following:
* Relevant/Local Board of Examination Result in your Country, which must include at least 5 'C' Grades in English and 4 other subjects.
* Mock Examination Result can also be accepted for initial Conditional Admission, pending the release of the Board of Examination Result. (This is assessed on a case by case basis)
* Learner must be 18 years or older at the start of the Course.
OR
* Mature Learners (21 years or older) with work experience in supervisory, leadership or management roles. (This is assessed on a case by case basis).
This module introduces fundamental computing concepts and security principles, focusing on hardware, software, and cyber threats. Students will explore basic security mechanisms and best practices for protecting computer systems.
This module covers the principles of cyber forensics, including digital evidence collection, analysis, and legal considerations. It focuses on forensic investigation techniques to detect and respond to cybercrimes.
This module provides foundational programming knowledge, covering algorithms, data structures, and problem-solving techniques. It introduces structured and object-oriented programming principles.
This module focuses on mathematical foundations for data science, including linear algebra, probability, and statistics. It provides essential skills for data analysis, machine learning, and cybersecurity applications.
This module explores system design methodologies, focusing on designing secure and scalable computing systems. It includes requirements analysis, architecture design, and implementation strategies.
This module introduces modern web development technologies and security practices. Students learn to build secure, responsive web applications using front-end and back-end technologies.
This module focuses on data analysis techniques, including data visualization, machine learning, and predictive modeling. It explores data-driven decision-making in cybersecurity contexts.
This module covers operating system concepts, including process management, memory management, and security mechanisms. It provides insights into Linux and Windows security.
This module explores cryptographic techniques used for data protection. It covers encryption, hashing, digital signatures, and secure communications.
This module covers the principles of designing and configuring secure networks. It includes IP addressing, routing, switching, and network security.
This module introduces ethical hacking principles, focusing on penetration testing, vulnerability assessment, and exploit mitigation techniques.
This module explores AI applications in cybersecurity, including machine learning, deep learning, and automated threat detection.
This module examines human behavior in cybersecurity, focusing on social engineering, security awareness, and risk management.
This module provides students with industry experience, allowing them to apply theoretical knowledge in real-world cybersecurity environments.
This module covers advanced networking concepts, focusing on security mechanisms, network protocols, and secure communication strategies in large-scale networks.
This module provides an in-depth understanding of cybersecurity principles, threat landscapes, and security frameworks used to protect digital assets.
This module focuses on analyzing and designing secure information systems, covering requirements engineering, system modeling, and development methodologies.
This module explores the development and security of web and mobile applications, focusing on secure coding practices and vulnerability mitigation.
This module provides foundational knowledge of computer hardware, networking, and system integration, essential for cybersecurity professionals.
This module covers the management, protection, and ethical considerations of digital information, emphasizing data governance and security.
This module explores security policies, frameworks, and technologies used to protect IT systems from cyber threats and attacks.
This module introduces fundamental computer science concepts, including algorithms, data structures, and computational theory, essential for cybersecurity applications.
Here, in this segment, you will produce an academic standard research thesis.
The programme includes modules in secure programming, cybercrime investigation, web and mobile development, and advanced networking. Students develop skills in risk analysis, penetration testing, data analytics, and cryptographic protocol implementation. They learn to assess system vulnerabilities, design secure solutions, and manage digital infrastructures. Real-world application is supported through placements and project-based learning.
Learning outcomes:
This module introduces fundamental computing concepts and security principles, focusing on hardware, software, and cyber threats. Students will explore basic security mechanisms and best practices for protecting computer systems.
This module covers the principles of cyber forensics, including digital evidence collection, analysis, and legal considerations. It focuses on forensic investigation techniques to detect and respond to cybercrimes.
This module provides foundational programming knowledge, covering algorithms, data structures, and problem-solving techniques. It introduces structured and object-oriented programming principles.
This module focuses on mathematical foundations for data science, including linear algebra, probability, and statistics. It provides essential skills for data analysis, machine learning, and cybersecurity applications.
This module explores system design methodologies, focusing on designing secure and scalable computing systems. It includes requirements analysis, architecture design, and implementation strategies.
This module introduces modern web development technologies and security practices. Students learn to build secure, responsive web applications using front-end and back-end technologies.
This module focuses on data analysis techniques, including data visualization, machine learning, and predictive modeling. It explores data-driven decision-making in cybersecurity contexts.
This module covers operating system concepts, including process management, memory management, and security mechanisms. It provides insights into Linux and Windows security.
This module explores cryptographic techniques used for data protection. It covers encryption, hashing, digital signatures, and secure communications.
This module covers the principles of designing and configuring secure networks. It includes IP addressing, routing, switching, and network security.
This module introduces ethical hacking principles, focusing on penetration testing, vulnerability assessment, and exploit mitigation techniques.
This module explores AI applications in cybersecurity, including machine learning, deep learning, and automated threat detection.
This module examines human behavior in cybersecurity, focusing on social engineering, security awareness, and risk management.
This module provides students with industry experience, allowing them to apply theoretical knowledge in real-world cybersecurity environments.
This module covers advanced networking concepts, focusing on security mechanisms, network protocols, and secure communication strategies in large-scale networks.
This module provides an in-depth understanding of cybersecurity principles, threat landscapes, and security frameworks used to protect digital assets.
This module focuses on analyzing and designing secure information systems, covering requirements engineering, system modeling, and development methodologies.
This module explores the development and security of web and mobile applications, focusing on secure coding practices and vulnerability mitigation.
This module provides foundational knowledge of computer hardware, networking, and system integration, essential for cybersecurity professionals.
This module covers the management, protection, and ethical considerations of digital information, emphasizing data governance and security.
This module explores security policies, frameworks, and technologies used to protect IT systems from cyber threats and attacks.
This module introduces fundamental computer science concepts, including algorithms, data structures, and computational theory, essential for cybersecurity applications.
Here, in this segment, you will produce an academic standard research thesis.
For entry into Bachelor's Degree in Cyber Security, learners must possess the following:
* Relevant/Local Board of Examination Result in your Country, which must include at least 5 'C' Grades in English and 4 other subjects.
* Mock Examination Result can also be accepted for initial Conditional Admission, pending the release of the Board of Examination Result. (This is assessed on a case by case basis)
* Learner must be 18 years or older at the start of the Course.
OR
* Mature Learners (21 years or older) with work experience in supervisory, leadership or management roles. (This is assessed on a case by case basis).
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Complete several modules ranging from Business Leadership and Managing People.
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