One year full-time.
One and a half years part-time.
2018 entry: 240 credits from an appropriate Foundation degree along with 80 UCAS tariff points (or equivalent).
2019 entry: 240 credits from an appropriate Foundation degree along with 80 UCAS tariff points (or equivalent).
See Entry Requirements Section below.
- Gain an Honours degree with this top-up course.
- Students can benefit from part-time study, allowing students to work alongside their studies.
- Become an expert in all aspects of cyber security.
- Gain theoretical knowledge coupled with practical skills and industrial certification required by employers within the IT and telecommunication sectors.
The BSc (Hons) Network Engineering (Progression Route) equips you with the specialist knowledge and technical hands on expertise, coupled with industrial certification and business readiness skills, required by employers in the IT and telecommunication sectors. This is a “final year” degree top-up, delivered on a part-time day-release basis so that you can develop your mastery of network engineering whilst working for an existing employer or freelance capacity.
The degree will provide opportunities for you to become an expert in all aspects of cyber security (software, network and systems). In particular, our modules directly incorporate the knowledge and skills required for two industry-leading, globally recognised and respected security certifications – Certified Secure Software Lifecycle Professional (CSSLP) and Certified Information Systems Security Professional (CISSP) from ISC2, as well as the CISCO CCNA and CCNA-Security certification training.
In addition, other modules emphasise advanced Internet technologies, advanced mobile technologies (software defined networking, 4G, 5G, etc.) and distributed systems (including applications such as cloud computing, the Internet of Things, software as a service, etc.).
In the major project, you will be able to explore an area of network engineering in depth by tackling a business or research problem.
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The course comprises a major independent project with dissertation, two required taught modules and a choice of two further taught modules from a set of three:
Distributed Systems: This provides a systematic understanding of distributed operating systems, software services and applications in terms of their architectures, functionality and behaviour. It includes case studies on the “Internet of Things” and cloud computing as well as topics on parallel programming.
Full downloadable information regarding all University of Suffolk courses, including Key Facts, Course Aims, Course Structure and Assessment, is available in the Definitive Course Record.
Project and Dissertation: This is a major project in a specialist area of computing, addressing a specific real-world business or research issue, suggested by the student, an employer or a staff member. Projects may be undertaken individually or in groups if the problem topic supports a team approach.
This provides insights into the mindset of cyber attackers, a secure understanding of the ethics and legal issues in this area, and knowledge and skills in attack technologies and techniques.
This provides a detailed knowledge and understanding of the techniques and tools available to a security professional, and the practical skills in selecting, evaluating, designing, implementing and deploying defences to protect vulnerable software, networks and systems.
This will be an in-depth treatment of the routing protocols, techniques and technologies underpinning the modern and future Internet.
This provides a comprehensive set of knowledge and skills relating to the principles, architectures, functionality, behaviour and performance of wireless, mobile and satellite communication networks, including 4G, 5G, software defined networking, software defined radio, etc.
This provides a systematic understanding of distributed operating systems, software services and applications in terms of their architectures, functionality and behaviour. It includes case studies on the “Internet of Things” and cloud computing as well as topics on parallel programming.
Our graduates should expect to secure employment in the IT industry generally and telecommunication and carrier providers especially as network designers, mobile and wireless network engineers, network administrators, project managers, network security specialists, and similar roles. Graduates may also pursue a career in research and development, either in industry or academia.
Fees and finance
- Full-time Tuition fee: £9,250 p.a.
- Part-time Tuition fee: £1,454 per 20 credits (Please contact the Infozone for further information).
- International Tuition fee: £10,080 p.a.
Subject to approval of maximum fee by parliament
- Full-time Tuition fee: £9,250 p.a.
- Part-time Tuition fee: £1,454 per 20 credit module (Please contact the Infozone for further information).
- International Tuition fee: £11,500 p.a.
- Detailed information about Tuition Fees.
- Find out more about Financial Support eligibility.
- Also see Loans and Grants.
- At University of Suffolk, your tuition fees provide access to all the usual teaching and learning facilities that you would expect. However, there may be additional costs associated with your course that you will need to budget for.
2017 entry: 240 credits from the FdSc Network Engineering or another appropriate Foundation degree along with 200 UCAS tariff points (or equivalent).
2018 entry: 240 credits from the FdSc Network Engineering or another appropriate Foundation degree along with 80 UCAS tariff points (or equivalent).
GCSE at grade C or above in English language and Mathematics is normally required (or equivalent) or new GCSEs grade 4-9.
Also see How to Apply.
If you have previously studied at higher education level before you may be able to transfer credits to a related course at the University of Suffolk and reduce the period of study time necessary to achieve your degree.
Facilities and Resources
Students can take advantage of access to dedicated computing suites with network test cabinet including server, routers and switches, Internet of Things hardware kits and software, software defined network and radio kits, access to Microsoft Imagine software library, NVIDIA CUDA parallel programming hardware (graphics cards with 1600+ GPU cores, and network simulation software.