University of Strathclyde

What you'll study

The programme combines core systems engineering principles with management, modelling and lifecycle governance. Modules cover systems thinking and architecture, requirements engineering, systems modelling and simulation, verification and validation, risk and reliability, and systems integration. You will study both technical methods (for example systems modelling languages, data and interface management, and test strategies) and management approaches (project management, systems acquisition and stakeholder engagement).

Typical modules include:

• Systems Engineering Principles and Practice
• Systems Architecture and Design
• Requirements Engineering and Interface Management
• Modelling, Simulation and Verification
• Risk, Dependability and Safety of Complex Systems
• Systems Project Management and Acquisition
• Human Factors and Socio-Technical Systems
• Research Methods and Professional Issues
• Dissertation or industry-focused project

The programme is delivered through lectures, practical labs, group-based design projects and a substantial individual dissertation or industry project. Assessment methods typically include coursework, group design reports, examinations, practical demonstrations and the final project report. The course emphasises real-world case studies and application of systems engineering tools and modelling environments.

Entry requirements

Applicants are normally expected to hold a good honours degree in engineering, computing, physical sciences or a related technical discipline. Applicants with substantial professional experience in engineering, systems development or technical project management may be considered where formal qualifications differ. For candidates whose first language is not English, an approved English language qualification at the University’s required level is normally necessary.

Additional expectations:

• Evidence of numeracy and technical awareness appropriate to postgraduate study in systems engineering.
• For industry project routes, a statement of employer support or a workplace context may be requested.
• Applicants may be asked to provide a CV and references and to participate in a short interview or discussion about their background and goals.

Career prospects

Graduates move into a range of roles that require systems-level thinking and leadership, including systems engineer, systems architect, integration engineer, verification and validation engineer, reliability engineer, and technical project manager. The programme prepares students for work in sectors such as aerospace and defence, energy and utilities, rail and transport, automotive, telecommunications and software-intensive systems.

Other career pathways include consultancy, systems assurance, product lifecycle management, and roles in systems design authorities or acquisition organisations. The combination of technical methods and management content also supports progression into senior technical or leadership positions and provides a strong foundation for further research or professional accreditation.

Why study at University of Strathclyde

Strathclyde has a long-established reputation for applied engineering and close links with industry, providing opportunities for project collaborations and professional networking. The Department offering the programme brings together expertise in systems engineering, modelling, safety and reliability, and works with local and international partners to reflect current industrial practice in teaching.

Students benefit from access to specialist laboratories and computing facilities, an emphasis on hands-on and project-based learning, and career support services tailored to engineering graduates. The programme’s practical focus and industry engagement make it well suited to those aiming to apply systems engineering methods in complex, real-world contexts.