MSc Computing Computer Networks Engineering

1 Years On Campus Masters Program

The University of Northampton

Program Overview

The Computing (Computer Networks Engineering) programme is firmly rooted in the traditional tenets of modern computing programmes, and one of its standout features is the emphasis on cultivating a comprehensive understanding of programming skills. These skills serve as a vital foundation that is not only valuable within the realm of network engineering but also highly transferable across various technology domains. The ability to code and script efficiently is a cornerstone in crafting innovative and efficient solutions for the complex challenges that network engineers encounter. As a culmination of your journey, all the knowledge acquired throughout the programme converges in our comprehensive dissertation module. Here, you will have the opportunity to demonstrate your expertise by exploring and addressing real-world challenges, solidifying your place as a proficient computer networks engineer and programmer. Your journey in Computer Networks Engineering will be one of both knowledge and hands-on expertise, shaping you into a highly desirable asset in the competitive job market.

Experiential Learning (Research, Projects, Internships etc.)

If you’re looking for a master’s that feels genuinely hands-on, the MSc Computing (Computer Networks Engineering) at the University of Northampton is built exactly for that. From day one, you’ll be learning inside dedicated networking labs, experimenting with real industry hardware, and developing the kind of practical skills employers expect. The university has purpose-designed computing spaces, so you won’t just learn the theory — you’ll actually get your hands on the tools and technologies used in modern networks.

Students spend a lot of time working directly with routers, switches, security devices, and software-defined networking tools. You’ll also get strong support from specialist technicians, small class sizes that make it easy to ask questions, and modules that feel applied rather than abstract. It’s very much a “learn by doing” environment, and your dissertation gives you space to dive deep into a real networking challenge.

And to give you a clear picture, here’s how that experiential learning plays out across the course:

  • You’ll work in six dedicated computer labs, equipped with around 150 PCs and Linux workstations — all supported by a team of on-site technicians.

  • You’ll get hands-on practice with Aruba SDN controllers and Cisco routers, switches, and security devices, directly in the networking lab.

  • Modules like Computer Networks, Internet Security, and Mobile Device Software Development include practical workshops where you apply what you’re learning through real configurations, security tools, and development tasks.

  • Assessments go beyond written exams — you’ll create practical reports, work on group projects, give presentations, and complete a 60-credit dissertation based on a real-world networking problem.

  • Because class sizes are small, teaching feels more interactive and personal — you get more time with lecturers and more support during projects.

  • The timetable is flexible too: many students only need to be on campus around two days a week, which is helpful if you're balancing work or other commitments.

 

Progression & Future Opportunities

This MSc prepares you for specialist and senior roles in network engineering, giving you the skills to design, build and manage advanced IT and communication systems. Graduates often move into careers such as Network Engineer, Network Architect, Telecommunications Specialist, or Infrastructure & Systems Manager.

Progression & Future Opportunities:

Practical career support: The University’s postgraduate support and Student Futures team help with CV building, interview preparation and employer connections throughout your studies.

Strong industry relevance: You’ll work with professional-level networking environments and develop the skills to manage secure, high-performance networks—something employers value highly in today’s cloud-driven world.

Hands-on facilities: Learning takes place in specialist networking labs designed to mirror real-world infrastructure setups.

Long-term value: A recognised UK MSc in Computer Networks Engineering strengthens your profile for senior technical, security and architecture roles in growing global industries.

Diverse graduate pathways: The course prepares you for roles across network management, security, cloud infrastructure and telecommunications.

Further Academic Progression:

After completing this MSc, you can continue into research degrees such as an MPhil or PhD in networking or communications technologies. You can also deepen your expertise with further postgraduate training in areas like cloud systems, network security or wireless communications, or progress toward professional and chartered engineer routes to support advancement into senior technical leadership.

Program Key Stats

£17495 (Annual cost)
£8500 (Annual cost)
£ 28
Sept Intake : 14th Jan


No
Yes

Eligibility Criteria

3.4 - 4

NA
6.5
88
First or 1st

Additional Information & Requirements

Career Options

  • Computer Network Specialists/Consultant
  •  Computer Network Architect
  •  Computer and Information Systems Manager
  •  Computer Hardware Engineer
  •  Computer Support Specialist
  •  Computer Research Scientist

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