Norwich University

What you'll study

The programme provides a foundation in mathematics, physics and core engineering principles before moving into applied subjects and design projects. Early modules typically cover calculus, differential equations, statics and dynamics, materials science, circuits, and computer programming for engineers. In later years students study subjects such as fluid mechanics, thermodynamics, systems engineering, control and instrumentation, structural analysis, manufacturing processes, and engineering design.

Practical learning is emphasised through laboratory classes, computer‑aided design (CAD) and simulation assignments, and multi‑disciplinary team projects. A final year capstone project requires students to define, design, prototype and test a solution to an engineering problem, often in collaboration with local industry, defence partners, or university research groups. Elective options and directed study allow students to focus on areas such as mechanical systems, structural engineering, electrical and electronic systems, or systems integration.

Entry requirements

Applicants should hold a recognised secondary school qualification with strong achievement in mathematics and a physical science (physics or chemistry). Typical preparation includes calculus and advanced algebra; applicants who have studied physics will be at an advantage. Norwich University evaluates applications based on academic record, personal statement and references. International applicants must demonstrate English proficiency through an approved test or recognised pathway.

Additional consideration is given to applicants with relevant practical experience, extracurricular technical projects, robotics or engineering club participation, and leadership experience. Transfer students from accredited college programmes are considered on the basis of prior coursework and transcript evaluation.

Career prospects

Graduates are prepared for entry‑level roles across the engineering sector, including positions as design engineers, project engineers, systems engineers, field engineers and manufacturing engineers. Employment settings include construction and infrastructure firms, manufacturing and aerospace companies, defence contractors, utilities, and technology consultancies. Many graduates also enter graduate training schemes, pursue professional engineer licensure routes, or continue with postgraduate study in specialised engineering disciplines.

The programme’s emphasis on teamwork, project management and hands‑on skills supports careers that require both technical competence and leadership. Internship and co‑op experiences arranged during study often lead to employer connections and graduate positions.

Why study at Norwich University

Norwich University offers small class sizes and close interaction with faculty, enabling personalised mentorship and early access to laboratory facilities and fabrication shops. The curriculum integrates practical and theoretical learning, with an institutional focus on leadership, responsibility and applied problem solving that benefits engineers working in team environments.

Students benefit from project collaboration opportunities with regional industry and defence partners, access to modern engineering workshops and CAD/CAE software, and career services that support internship placement and employer engagement. The campus community—including both civilian and military students—creates a disciplined, supportive environment for developing the technical and professional skills employers seek.