University of Nottingham

What you'll study

This MSc delivers a blend of core and optional modules that cover theoretical foundations and practical skills in modern communications and computer engineering. The programme typically comprises taught modules plus an individual research or design project (dissertation) carried out over several months, allowing you to apply knowledge to a real-world problem.

• Core topics — digital communications and modulation, information theory, advanced signal processing, wireless communications and networking principles.
• Hardware and systems — RF and microwave engineering, antenna design, analogue and mixed-signal electronics, embedded systems design and microcontroller architectures.
• Computer engineering — FPGA design and hardware description languages, system-on-chip principles, real-time systems, low-level software optimisation and interconnect technologies.
• Advanced options — optical communications, MIMO and multi-antenna techniques, cognitive radio and spectrum management, machine learning for communications, cybersecurity for embedded devices.
• Laboratory and practical work — hands-on laboratory sessions in RF, microwave and antenna test facilities, digital and mixed-signal electronics labs, FPGA and embedded systems labs, and networked systems testbeds.
• Individual project — a substantial piece of independent work allowing you to investigate a topic in depth; projects can be experimental, design-based or simulation focused and are often done in collaboration with academic research groups or industrial partners.

Teaching and assessment

Teaching is delivered through lectures, practical laboratory sessions, tutorial classes and project supervision. Assessment combines written examinations, coursework, laboratory reports, design assignments and the final project dissertation.

Entry requirements

Applicants are normally expected to hold a good undergraduate degree in electronic engineering, electrical and electronic engineering, computer engineering, telecommunications, physics, or a closely related subject. Typical offers reflect a strong honours degree standard; applicants with a lower classification may be considered if they have relevant work experience or evidence of strong technical ability.

International applicants should demonstrate equivalent academic qualifications and meet the programme's English language requirements. Admissions decisions are based on the whole application, including personal statement, references and, where appropriate, an interview.

Career prospects

Graduates go on to technical and professional roles in telecommunications, electronics and computing industries. Common career destinations include:

• RF and microwave engineer or antenna designer
• Communications systems engineer (wireless, satellite, optical)
• Embedded systems or FPGA/SoC developer
• Signal processing engineer for audio, radar or communications applications
• Network engineer or systems integrator in enterprise and telecom networks
• Research and development roles in industry or progression to PhD study

The programme emphasises practical experience and transferable skills such as system design, experimental work, programming and project management, which are valued by employers across defence, aerospace, mobile operators, semiconductor and instrumentation sectors.

Why study at University of Nottingham

The University of Nottingham offers research-led teaching delivered within a recognised engineering school, with access to specialist laboratories for RF, microwave, antenna and embedded systems work. Students benefit from academic staff engaged in active communications and electronic engineering research and from links with local and national industry partners, which help to inform project opportunities and employability support.

Teaching facilities are complemented by campus-based support services and career development provision aimed at helping postgraduates transition into professional roles. The university's international student community and campus environment also provide a supportive setting for collaborative learning and technical networking.