Download BSc (Hons) / MSci Cyber Security Course Specification at Birmingham City University and more Exams Art in PDF only on Docsity!
Programme Specification
Programme Summary Information 1 Course Title BSc (Hons) / MSci Cyber Security 2 Course Code UCAS Code BSc (Hons) US MSci UM BSc (Hons) 1010 MSci 1011 3 Awarding Institution Birmingham City University 4 Teaching Institution(s) (if different from point 3) 5 Professional Statutory or Regulatory Body (PSRB) accreditation (if applicable) 6 Course Description The BSc / MSci Cyber Security course is designed to equip you with state-of-the-art technical knowledge, intellectual know-how, management capabilities and practical skills that will enable you to succeed in meeting the cyber security challenges facing modern organisations. In the 21st century, data has become a necessary commodity, which has value in isolation and more so when viewed as a larger data set for trends and habits. Data is key to the functioning of modern business and the protection of this data is key to the ongoing success of the digital economy. As systems, such as IoT, both generate and consume data grow in capability and complexity, the need to protect the data created, stored and transited across public and private networks intensifies. Due to this, the need for suitably qualified cyber security practitioners has never been greater. This course will provide you with the knowledge and skills needed by the employers. Our strong links with industry enable us to teach the most demanding and up-to-date topics. You will learn state of the art technical knowledge, intellectual know-how, management capabilities and hands-on practical skills to succeed in meeting the cyber security challenges faced by modern organisations. This course is supported by a vibrant research environment within the centres for Cyber Security and Cloud Computing at BCU and by traditionally strong industrial links with CISCO, Oracle, IBM, Microsoft, UK Fast, Linux Professional Institute and BT. What's covered in the course? Secure information technologies form the bedrock of our modern connected mobile society. Our MSci/BSc Cyber Security course will equip you to enter this growing and important industry. The course takes a practice-led approach, making use of equipment and tools found in the industry to give you the best preparation for a successful career. Our approach prioritises the practical skills sought by industry, backing this up with a thorough understanding of theory. The course delivers the latest in computing, network and security technologies, with the opportunity to gain additional accreditation from Cisco, Juniper, Huawei and the Linux Professional Institute. The course delivers a well-rounded curriculum in the security of the communication networks;
the security of computer processing and storage equipment and the software that runs on it, both private and public, and both local and cloud based; the security and accuracy of information and information systems; and the forensic analysis of threats and attacks, as well as management-level skills such as project and change management, maximising your career potential. Studying computing with us puts you at the heart of an exciting, innovative community. Upon graduation you could progress into a career as a cyber-security engineer, network administrator, and cyber security analyst or network security architect. 7 Programme Awards 7a Name of Final Award Level Credits Awarded For BSc (Hons): Bachelor of Science with Honours Cyber Security Bachelor of Science with Honours Cyber Security with Professional Placement Year For MSci: Integrated Master of Science Cyber Security Integrated Master of Science Cyber Security with Professional Placement Year
7b Exit Awards and Credits Awarded Certificate of Higher Education Cyber Security Diploma of Higher Education Cyber Security Bachelor of Science Cyber Security
8 Derogation from the University Regulations Not applicable 9 Delivery Patterns Mode(s) of Study Location Duration of Study Code BSc (Hons) Full Time City Centre 3 years US BSc (Hons) with Professional Placement Year City Centre 4 years US MSci Full Time City Centre 4 years UM MSci with Professional Placement Year City Centre 5 years UM
11 Course Learning Outcomes Knowledge & Understanding 1 Demonstrate knowledge and understanding of key cyber security concepts, mechanisms, services and protocols that are used as basic building blocks for engineering security solutions. 2 Analyse trends of cyber-attacks, evolving security threats, the mechanisms for monitoring and detecting them, protection controls for mitigating their risks and approaches for holistic cyber defence. (^3) Apply best practices for security management within an enterprise abiding by legal obligations, regulatory requirements, international standards, ethical considerations, good governance, incident response and business continuity plans. 4 Demonstrate knowledge and understanding of cyber security topics such as network security, digital forensics, information assurance, security testing, threat modelling and secure software development. Cognitive & Intellectual Skills 5 Systematically analyse security threats to information assets of an organisation, propose suitable countermeasures and justify choices using relevant quantitative and qualitative methods for evaluating associated business risk. 6 Evaluate the conformance of security management processes of an organisation against international security standards, such as ISO 27000, identifying gaps and recommend mitigations 7 Apply design principles such as least privileges, fail secure, and defence in depth to engineer security, privacy and resilience. 8 Analyse and correlate digital forensic information from a variety of sources such as audit logs, hard disks, operating systems, file systems and web browsers in order to detect breaches of security policy, law or regulations. Practical & Professional Skills 9 Utilise digital forensic tools for collecting, analysing, and processing electronic evidence through application of forensically-sound methodologies. 10 Demonstrate hands-on experience of security testing tools to systematically identify certain types of vulnerabilities in communication network infrastructures. 11 Apply appropriate tools to manage threats against software or systems. 12 Propose a contingency plan, consistent with the organisation’s view of associated risks, to ensure business continuity for an organisation upon the detection of an adverse event Key Transferable Skills 13 Apply skills in research, independent study, career planning, self-management, including time management and prioritisation of tasks when tackling complex problems. 14 Demonstrate effective communication skills in writing, orally, and in presentations to specialist and non-specialist audiences. Be able to explain, justify and otherwise defend their work and ideas, both in its specific details and within a broader context 15 Demonstrate team-spirit by cooperating with others, plan and implement tasks at a professional level and contribute to team goals through making sound judgments. 16 Develop confidence and a resilient approach to undertake a substantial piece of practical work without close supervision.
12 Course Requirements 12a Level 4: In order to complete this course a student must successfully complete all the following CORE modules (totalling 120 credits): Module Code Module Name Credit Value CMP 4267 Computer Systems 20 CMP4275 Computer Forensic Fundamentals 20 CMP4265 Applied Operating Systems 20 CMP4266 Computer Programming 20 CMP4268 Mathematics for Computing 20 CMP4269 Network Fundamentals 20 Level 5: In order to complete this course a student must successfully complete all the following CORE modules (totalling 120 credits): Module Code Module Name Credit Value CMP 5355 Software Security 20 CMP5319 Systems Security Attacks and Defences 20 CMP5328 Computer Forensics Tools and Technique 20 CMP 5356 Cyber Security Operations 20 CMP5320 Networking Technologies 20 CMP5336 The English Legal System and IT Law 20 Professional Placement Year (optional) In order to qualify for the award of Bachelor of Science with Honours Cyber Security with Professional Placement Year or Integrated Masters of Science Cyber Security with Professional Placement Year, a student must successfully complete all of the modules listed as well as the following Level 5 module: Module Code Module Name Credit Value TBC Professional Placement 120
12b Structure Diagram Level 7 – Year 5 Semester 2 Integrated Masters Project [40 credits] Industrial Control Systems Security [20 Credits] Advanced Techniques in Digital Forensic [20 Credits] Semester 1 Information Security Management [20 Credits] eDiscovery and Data Analytics [20 Credits] Level 6 – Year 4 Semester 2 Individual Honours Project [40 credits] Cloud Computing [20 Credits] Ethical Hacking [20 Credits] Semester 1 Advanced Cyber Security Operations [20 Credits] Network and Internetwork Forensics [20 Credits] Professional Placement – Year 3 (optional) Professional Placement Modules (120 Credits) Level 5 – Year 2 Semester 2 Cyber Security Operations [20 Credits] System Security Attacks and Defences [20 Credits] Computer Forensics Tools and Technique [20 Credits] Semester 1 Software Security [20 Credits] The English Legal System and IT Law [20 Credits] Networking Technologies [20 Credits] Level 4 – Year 1 Semester 2 Computer Forensic Fundamentals [20 Credits] Applied Operating Systems [20 Credits] Network Fundamentals [20 Credits] Semester 1 Computer Programming [20 Credits] Maths for Computing [20 Credits] Computer Systems CMP [20 Credits]
13 Overall Student Workload and Balance of Assessment Overall student workload consists of class contact hours, independent learning and assessment activity, with each credit taken equating to a total study time of around 10 hours. While actual contact hours may depend on the optional modules selected, the following information gives an indication of how much time students will need to allocate to different activities at each level of the course. Scheduled Learning includes lectures, practical classes and workshops, contact time specified in timetable Directed Learning includes placements, work-based learning, external visits, on-line activity, Graduate+, peer learning Private Study includes preparation for exams The balance of assessment by mode of assessment (e.g. coursework, exam and in-person) depends to some extent on the optional modules chosen by students. The approximate percentage of the course assessed by coursework, exam and in-person is shown below. Level 4 Workload 24 % time spent in timetabled teaching and learning activity Activity Number of Hours Scheduled Learning 292 Directed Learning 469 Private Study 439 Total Hours 1200 Balance of Assessment Assessment Mode Percentage Coursework 83 % Exam 17 % In-Person 0 % Level 5 Workload 24 % time spent in timetabled teaching and learning activity Activity Number of Hours Scheduled Learning 288 Directed Learning 490 Private Study 422 Total Hours 1200 Balance of Assessment Assessment Mode Percentage Coursework 57% Exam 35% In-Person 8%
