MEng (Hons) Computer Science with Cyber Security

Program Overview

This four-year MEng (Hons) in Computer Science with Cyber Security equips students with a solid foundation in computer science and advanced knowledge in cyber security. Through a combination of theoretical and practical learning, students develop the skills and expertise to excel in the rapidly growing field of cyber security. The program is accredited by the BCS, The Chartered Institute for IT, ensuring its alignment with industry standards and professional requirements.

Program Outline

MEng (Hons) Computer Science with Cyber Security

Degree Overview:

This program is a four-year integrated Master's degree focusing on the crucial intersection of computer science and cyber security. It equips students with a solid foundation in computer science, including programming, mathematics, and basic engineering. As they progress, students delve into advanced topics like secure systems, cryptography, and forensic analysis, gaining the theoretical and practical knowledge needed to capitalize on emerging technologies. Upon graduation, individuals are prepared for careers in cyber security and related fields within both industry and government sectors.

Outline:

The program consists of four years of study, with each year building upon the previous one.

Year 1:

• Focuses on establishing a strong foundation in computer science, regardless of prior experience.
• Core modules include: Software 1, Theory 1, Human-Computer Interaction, Software 2, Systems and Devices 1, Theory 2, plus an Academic Integrity module.

Year 2:

• Builds upon the foundation laid in Year 1.
• Students select modules from streams 1 to 5, deepening their learning and starting two further streams: Intelligent Systems and Engineering.
• Core modules include: Data, Systems and Devices 2, Theory 3, Intelligent Systems, Engineering 1, Systems and Devices 3.

Year 3:

• Students delve into specialist areas of interest.
• All option modules are open to third and fourth-year students, with additional assessments required for Masters Level (M-Level) credit in Year 4.
• Core module: Computer Science Project.
• Option modules (4):
• Cryptography Theory and Practice
• Embedded Systems Design and Implementation
• Evolutionary and Adaptive Computing
• Computer Vision and Graphics
• High-Integrity Systems Engineering
• Computing by Graph Transformation
• Assurance and Proof
• Engineering 2: Advanced Software Engineering
• Autonomous Robotic Systems Engineering
• High Performance Parallel and Distributed Systems
• Intelligent Systems: Probabilistic and Deep Learning
• Human Factors: Technology in Context
• Qualitative Approaches to Investigating UX
• Quantum Computation
• Network Security
• Elective module opportunity

Year 4:

• Students work on a team engineering project designed in collaboration with industry partners.
• Modules provide access to departmental research at an advanced level.
• All option modules are open to third and fourth-year students, with additional assessments required for Masters Level (M-Level) credit.
• Core module: Group Project (Integrated Masters) or Advanced Project: Computer Science.
• Option modules (4):
• Cryptography Theory and Practice
• Embedded Systems Design and Implementation
• Evolutionary and Adaptive Computing
• Computer Vision and Graphics
• High-Integrity Systems Engineering
• Computing by Graph Transformation
• Assurance and Proof
• Engineering 2: Automated Software Engineering
• Autonomous Robotic Systems Engineering
• High Performance Parallel and Distributed Systems
• Intelligent Systems: Probabilistic and Deep Learning
• Ethical Hacking, Analysis and Investigation
• Human Factors: Technology in Context
• Player Experiences in Digital Games
• Qualitative Approaches to Investigating UX
• Quantum Computation
• Research Methods in Computer Science
• Network Security
• Elective module opportunity

Assessment:

Assessment methods include:

• Reports: Demonstrating research skills and critical analysis.
• Presentations: Effectively communicating complex technical concepts.
• Live demos: Showcasing practical application of knowledge.
• Timed programming assessments: Evaluating coding skills and problem-solving abilities.
• Closed exams: Assessing understanding of key concepts.
• Project work: Demonstrating ability to apply knowledge and skills to real-world problems.

Teaching:

• Lectures: Led by active researchers and experts in their field.
• Laboratory sessions: Providing hands-on experience with relevant technologies.
• Programming classes: Developing practical programming skills.
• Tutorials: Offering personalized guidance and support.
• Personal supervision: Ensuring individual attention and academic/personal support.
• Problem classes: Putting learning from lectures into practice.
• Project supervision meetings: Providing guidance and feedback on individual projects.
• Independent study: Enhancing self-directed learning and critical thinking.

Careers:

Graduates are well-positioned for a diverse range of career paths in the rapidly growing field of cyber security, including:

• Computer programmer
• Software engineer
• Software developer
• Business analyst
• Research scientist
• Network manager
• IT Systems manager

Other:

• The program is accredited by the BCS, The Chartered Institute for IT, signifying its alignment with industry standards and professional requirements.
• Students have access to modern, dedicated facilities, including labs, study spaces, and the Interaction Labs.
• The program emphasizes the development of transferable skills, such as analytical, research, management, and communication skills.
• An optional year in industry allows students to gain valuable work experience and apply their knowledge in a real-world setting.

UK (home) fees:

£9,250 per year

International and EU fees:

£28,800 per year