University of Strathclyde

What you'll study

This masters combines taught modules, group studio work and a substantial independent research or industry project. Core themes include Building Information Modelling (BIM) processes and standards, digital design and collaboration, construction technologies and materials, data analytics for the built environment, and project and asset management. Teaching typically blends lectures, hands-on software and hardware labs, industry-led case studies and site visits.

• BIM Principles and Standards – BIM workflows, classification systems, information requirements, and interoperability between common software platforms.
• Digital Construction and Collaborative Practice – integrated project delivery, clash detection, federated modelling and coordination techniques used on live projects.
• Construction Technologies and Materials – contemporary and emerging building technologies, offsite and modular construction methods, and performance evaluation of materials and assemblies.
• Data Analytics and Asset Information Management – use of structured data, GIS integration, condition monitoring, and techniques for managing asset information throughout lifecycle stages.
• Automation, Robotics and Sensor Systems – applications of automation and sensing in construction, digital fabrication and on-site monitoring strategies.
• Project and Risk Management for Digital Delivery – contractual, legal and risk implications of information management; change control and information governance.
• Research Methods and Dissertation / Major Project – research skills, methods for applied studies and a final project which can be an industry-linked implementation, technical development or research investigation.

Students will normally undertake collaborative studio-style assignments that mirror industry practice, producing federated models, co-ordinated information deliverables and an employer-facing final report or prototype.

Entry requirements

Applicants are normally expected to hold a good honours degree (or equivalent) in a relevant discipline such as civil engineering, construction management, architecture, building surveying or a related built environment subject. Candidates with a lower-class degree and significant professional experience in construction, design or digital delivery may be considered.

For applicants whose first language is not English, an appropriate English language qualification is required. Applicants should demonstrate practical experience with CAD/BIM software or evidence a willingness to develop those skills quickly; many entrants have some prior exposure to Revit, Navisworks, Bentley or similar tools but beginners with a relevant background are also accepted.

Career prospects

Graduates go on to technical and managerial roles where digital delivery and information management are central. Typical career destinations include:

• BIM Coordinator or BIM Manager in contractor, consultant or client organisations.
• Digital Construction Manager or Information Manager overseeing integrated digital workflows on projects.
• Design and model co-ordination roles within engineering, architect or specialist design teams.
• Asset and facilities information management roles within building owners, asset operators or FM providers.
• Roles in construction technology suppliers, software vendors, consultancy or specialist digital services.
• Further research or academic pathways for those pursuing PhD study in digital construction, smart infrastructure or related topics.

The course places emphasis on employability through live projects, industry guest lectures and opportunities to work on real information deliverables, supporting a rapid transition into practice.

Why study at University of Strathclyde

Strathclyde has a long-established reputation in engineering, the built environment and applied research, with strong links to local and national industry. The university’s teaching emphasises practical, workplace-relevant skills supported by dedicated laboratories, digital modelling facilities and partnerships with contractors, consultancies and clients.

Students benefit from interdisciplinary collaboration, access to staff active in research on smart infrastructure and digital construction, and the university’s careers and enterprise services which support networking and placements. Studying in Glasgow offers proximity to a busy UK construction market and frequent industry engagement opportunities, making Strathclyde a practical choice for those seeking to advance a career in BIM and advanced construction technologies.