Norwich University

What you'll study

The curriculum builds a foundation in mathematics, physics and general engineering before moving into specialised electrical, electronic and communications topics. Early years concentrate on calculus, differential equations, introductory circuits, programming and basic laboratory methods. Core subjects typically include circuit analysis, analogue and digital electronics, microprocessors and embedded systems, signals and systems, digital communications, and electromagnetics.

Advanced modules explore wireless communications, RF and antenna fundamentals, control systems, digital signal processing, networked systems and communications protocol design. Practical laboratory work, hardware/software integration and computer-aided design form an integral part of learning, with students using oscilloscope, spectrum analyser, FPGA, microcontroller and RF test equipment in supervised labs.

The programme culminates in a capstone design project where teams define, design and demonstrate a working communications or electronics system. Many students also complete internships or industry placements to apply classroom theory to real-world engineering problems.

Entry requirements

Applicants should have a secondary-school qualification comparable to a high-school diploma with strong achievement in mathematics and physics. Typical preparation includes courses in algebra, precalculus or calculus, and physics; chemistry is often recommended. Colleges and universities may ask for official transcripts, a personal statement, and letters of recommendation. International applicants must demonstrate proficiency in English through recognised tests or institutional pathways where required.

Because the programme is technical and laboratory-intensive, successful applicants usually have evidence of aptitude for STEM subjects and practical problem-solving. Mature applicants and those with relevant vocational qualifications or experience are also considered through alternative admissions routes.

Career prospects

Graduates are prepared for roles in telecommunications, electronics design, embedded systems, and network engineering. Typical job titles include communications engineer, RF engineer, systems engineer, electronics design engineer, test and validation engineer, and embedded systems developer. Employers span commercial telecoms firms, defence and aerospace contractors, electronics manufacturers, utility companies and IT/network providers.

Many graduates also pursue postgraduate study in specialised areas such as wireless communications, signal processing, control systems or computer engineering, or move into technical management roles after gaining industry experience. The programme’s practical focus and project portfolio help with employability and professional registration pathways.

Why study at Norwich University

Norwich University emphasises experiential learning, small class sizes and close faculty mentorship, giving students frequent access to hands-on labs and project supervision. The engineering curriculum integrates classroom theory with laboratory practice and team-based capstone projects, preparing students for the practical challenges of communications engineering.

Students benefit from industry and military connections that support internships, co-operative placements and applied research opportunities. The university’s focus on leadership and professional development complements technical training, helping graduates move into multidisciplinary teams and leadership positions across industry and government sectors.

Finally, the programme is aligned with recognised professional engineering standards and prepares students for continued professional development and postgraduate study in engineering and related fields.