Undergraduate Degree Programme:
The Faculty of Informatics and Computer Science at the British University in Egypt offers the BSc (Hons) in Informatics and Computer Science, with five specialisations that reflect the breadth and diversity of modern computing.
Together, these majors provide a broad computing education while allowing students to develop specialised knowledge and professional skills.
Graduates receive a Bachelor of Science (BSc) degree awarded by the British University in Egypt and recognised in accordance with the applicable requirements of the Supreme Council of Universities in Egypt, together with a certificate from London South Bank University (LSBU), in accordance with the applicable academic and award regulations.
Programme Specialisations:
1. Computer Networks and Cyber Security
The Computer Networks and Cyber Security specialisation focuses on designing, managing and securing the networked systems and digital infrastructure on which modern organisations depend. Students study computer networks, data communications, cryptography, systems security, ethical hacking, penetration testing, wireless network security, cloud security, data privacy and digital forensics. The specialisation combines technical foundations with practical security applications, preparing graduates for careers in network engineering, cyber security analysis, security engineering, penetration testing, network administration and digital forensics.
2. Artificial Intelligence
The Artificial Intelligence specialisation focuses on designing and developing intelligent systems capable of learning from data, recognising patterns, understanding language and supporting decision-making. Students study machine learning, deep learning, data science, computer vision, natural language processing, robotics and generative AI. Through theoretical study and practical applications, the specialisation prepares graduates for careers in AI engineering, machine learning, data science, intelligent application development and AI research.
3. Information Systems
The Information Systems specialisation explores how information technologies, data and digital solutions support organisational processes, business operations and strategic decision-making. Students develop expertise in database systems, data mining and warehousing, data engineering, business process modelling, e-business, cloud computing and systems analysis. By combining technical knowledge with an understanding of organisational needs, the specialisation prepares graduates for careers in business analysis, business intelligence, data engineering, data management, information systems development and digital transformation.
4. Computer Science
The Computer Science specialisation provides a strong foundation in the fundamental principles of computing, including programming, algorithms, computational methods and computer systems. Students explore areas such as software development, artificial intelligence, machine learning, computer graphics, computer vision and distributed systems. The specialisation develops analytical thinking and problem-solving skills, preparing graduates for careers in software development, systems engineering, computing research and emerging technology fields.
5. Software Engineering
The Software Engineering specialisation equips students with the knowledge and skills required to design, develop, test and maintain reliable, secure and high-quality software systems. The curriculum covers object-oriented design, software architecture, design patterns, quality assurance, mobile application development, cloud computing and advanced software engineering. Emphasising systematic development practices and project-based learning, the specialisation prepares graduates for careers in software engineering, application development, software testing, systems integration and software project management.
What distinguishes the Faculty?
The programme identity should emphasise four characteristics.
- Academic breadth with specialised pathways: The five majors cover complementary areas of computing, from theoretical foundations to intelligent applications, enterprise systems and secure network infrastructure.
- Practical and industrial preparation: Teaching should connect academic knowledge with professional practice through programming, laboratory work, software projects, contemporary tools and applied problem-solving.
- A British-modelled educational framework: The Faculty's educational identity reflects its British-modelled academic approach, while its programmes operate within the relevant Egyptian regulatory and quality-assurance context.
- Preparation for evolving careers: The programmes equip students with transferable technical, analytical, collaborative and problem-solving skills relevant to the changing computing and digital technology sectors.