MSc Wireless and Computer Communication Networks

1 Year On Campus Masters Program

Brunel University

Program Overview

The MSc in Wireless and Computer Communication Networks offers a deep dive into modern wireless and computer communication systems, empowering students to analyse and solve complex problems in network technologies and data communications. It is particularly suited for graduates with a background in electrical/electronic engineering, computer science, information systems, mathematics or physics who wish to specialise in networks, IoT, communication security and related fields.

Curriculum Structure

Taught Stage (Terms 1 & 2)
Throughout the taught modules, students will engage with core topics such as Communication Network Technologies, Communication Networks Security, Design for Internet of Things, Embedded DSP and FPGA Systems, and Radio and Optical Communication Systems — providing a strong theoretical and practical foundation in network protocols, wireless propagation, IoT architectures and real-time embedded systems.
They will also explore modules like Engineering Ethics and Sustainability, ensuring students understand the wider social, legal and environmental implications of communication technologies in addition to their technical design.

Dissertation/Project Stage (Final Term)
In the final part of the year (or variant lengths for placement options) students undertake a significant individual dissertation project that investigates a current challenge in wireless and computer communication networks — for example, security in IoT networks, 5G/6G architectures, optical-wireless integration or embedded DSP implementation in communications hardware. This allows students to synthesise their learning into a piece of applied research and showcase their work in events such as Brunel Engineers+.

Focus Areas

Wireless and computer communication systems, network technologies and protocols, IoT architectures, communication network security, embedded digital signal processing (DSP) and FPGA systems, radio and optical communication systems, business and sustainability aspects of engineering.

Learning Outcomes

Graduates will possess a comprehensive technical knowledge of wireless and computer communication systems, strong analytical and problem-solving skills for complex network challenges, the ability to implement and evaluate real-life communication and IoT solutions, and the capacity to communicate technically complex issues to diverse audiences.

Professional Alignment (Accreditation)

The programme is seeking accreditation by the Institution of Engineering and Technology (IET), meaning it is designed to meet the academic requirements for professional engineering status.

Reputation (Employability Rankings)

With its location near London and the M4 corridor — a major hub for electronics engineering and telecommunications in the UK — Brunel offers excellent industry networking opportunities and strong career prospects for graduates in wireless and data-communications roles.

Experiential Learning (Research, Projects, Internships etc.)

Students on the MSc Wireless and Computer Communication Networks programme gain practical skills through extensive hands-on work in specialised labs, industry-standard software tools, and real-world project settings. They work in electronics, power & control and communication systems labs; use simulation and embedded-systems tools; engage in individual research or group assignments; and benefit from guest industry lectures and networking events. They get to design and implement real communication and embedded systems, bringing theory alive. The experience includes:

Laboratory sessions in computer, electronics and power & control facilities, where students perform experiments relevant to sensors, instrumentation, embedded DSP/FPGA and wireless communication systems.
Use of industry-standard engineering software in purpose-built computer laboratories for simulation, modelling and design of communication networks.
Individual dissertation (typically a four-month deep investigation) into a topic in wireless or computer communication networks, where students analyse contemporary problems and propose technical solutions.
Group work, workshops, seminars and poster/presentation events, including an industry-facing showcase (such as “Brunel Engineers +”) where students present and network with technical professionals.
Exposure to emerging technologies such as Internet of Things (IoT), radio & optical communication systems, embedded DSP/FPGA platforms, communication-network security, and intelligent systems, with practical elements.

Progression & Future Opportunities

Graduates of Brunel University London’s MSc in Wireless and Computer Communication Networks are equipped with the advanced technical expertise needed to excel in the fast-evolving fields of wireless systems, telecommunications, and data communication. This programme prepares students to contribute to next-generation connectivity solutions and digital innovation across global industries. Typical career roles include:

Network Design Engineer
Wireless Communication Engineer
Systems Analyst
Telecommunications Consultant

Brunel University London provides a strong support framework and valuable industry connections to enhance graduate employability:

Professional Development Centre (PDC): Offers one-to-one career guidance, employer engagement sessions, and access to exclusive job opportunities within the telecommunications and IT sectors.
Industry partnerships: The University maintains collaborations with leading companies such as BT, Vodafone, and Cisco, helping students gain insights into current industry practices and trends.
Employment outcomes: Brunel graduates are highly regarded for their hands-on experience and problem-solving skills, with many securing technical and managerial roles in both private and public sectors.
Accreditation advantage: The programme’s alignment with key industry standards ensures that graduates benefit from long-term professional recognition and are well-positioned to pursue chartered engineer status.
Graduate achievements: Alumni have progressed into roles with international telecom providers, research institutes, and technology consultancies, driving innovation in communication infrastructure and network security.

Further Academic Progression:
Graduates may continue their academic journey through doctoral research (PhD) in Wireless Communications, Computer Networks, or related digital technologies. They may also pursue specialised professional certifications, or contribute to ongoing research through Brunel’s Institute of Digital Futures and the Wireless Networks and Communications Research Group.