This BEng blends architectural design and engineering to train you to design high-performance, sustainable buildings, integrating structures, building services, materials and environmental systems. It’s ideal for students who want both the creative/design side of architecture and the technical, mathematical, and engineering challenges of making buildings work (energy efficiency, climate resilience, comfort, etc.).
Curriculum structure
Here’s what you’ll study each year (on a full-time 4-year path, with an optional industrial placement):
Year 1
You get grounded in core engineering and architectural foundations: modules such as Materials, Water and Soils, Structural Analysis and Design, Integrated Design Project 1 (Design Studio 1), Surveying, Construction Technology and Management, Engineering Mathematics and Modelling 1, and Architecture and Sustainability. These help you begin to understand how structures behave, how buildings are put together materially, and how environmental and sustainability issues are embedded from the start.
Year 2
You deepen your technical skills: you’ll take Structural Design and Materials 1, Water Engineering and Geotechnics, Engineering Mathematics & Modelling 2, Building Physics 1: Fundamental Principles, and Architectural History & Theory 2, among others. Design Studio 2 is another core piece: you’ll work on real-life design projects, interpreting briefs, site & precedent studies, and understanding structural, environmental, and aesthetic constraints as you design.
Year 3
This is a chance to apply what you’ve learned in the field. There is an optional industrial placement year, which many students choose. It gives you paid, real-world experience with firms working on building structures, services, or architectural engineering more broadly. It helps make your CV stronger and gives context to theory when you return.
Year 4
Back in academics (unless you did an industrial year, which makes the fourth year your return), you’ll cover more advanced and integrated modules. For example: Structural Design and Materials 2, Water Engineering and Geotechnics 2, Design Studio 3.2, Building Physics 2: Services Design, Architectural History & Theory 3, plus an Individual Research Project. The design studio work in this year is especially challenging: multi-storey office building design, more complex structural analysis, integrating building services and environmental comfort, solidifying skills in modelling and design communication.
Studying the Architectural Engineering (Industrial) BEng at Leeds means you're never stuck behind a textbook—this is a course built for doing, creating, collaborating, and applying what you learn in real-world contexts. From day one you’ll be in design studios, working on projects that challenge you to think both technically and creatively. You’ll use industry-standard software, carry out experiments in labs, do site surveys, and potentially spend a full year in industry applying what you’ve learned.
Here are concrete ways the course gives you those practical, real world skills and experiences:
Graduate Outcomes & Career Roles
Graduates of this program typically progress into roles such as:
Design Engineer (building services, structural systems, sustainability)
Structural or Building Services Engineer
Architectural Engineer/Consultant
Specialist roles such as Façade Engineer or Building Physicist
Leeds graduates are consistently ranked among the top five most targeted by UK employers. Typical starting salaries in this field range from £29,000 to £50,000, with an average of around £38,000.
University Support & Industry Connections
Careers Support: Access to one of the UK’s largest Careers Centres plus a dedicated Faculty Employability Team offering help with CVs, applications, and interviews.
Practical Experience: Industrial tutors, site visits, and project work with practising architects and engineers integrated into your studies.
Placement Opportunities: Paid industrial year with top employers such as Arcadis, Nationwide Structures Ltd, Yonder, Price & Myers, and Cummins.
Industry Tools & Facilities: Training in professional software (Revit BIM, IES, Robot) and use of modern labs for structures, materials, geotechnics, and public health engineering.
Accreditation & Professional Value
Accredited by the Joint Board of Moderators (JBM) and the Chartered Institution of Building Services Engineers (CIBSE).
Fully meets the academic requirement for Incorporated Engineer (IEng) registration and partially for Chartered Engineer (CEng) status.
Accreditation ensures strong recognition by employers and a clear route to professional chartership.
Graduate Employers
Leeds graduates from this course have gone on to work with leading firms such as:
Arup, AECOM, AKT II, Mott MacDonald, Buro Happold, and Laing O’Rourke.
Further Academic Progression
After completing this BEng, students may choose to:
Continue to the MEng in Architectural Engineering at Leeds for a direct route to Chartered Engineer accreditation.
Pursue a specialist master’s degree in areas such as Sustainable Design, Façade Engineering, or Building Physics.
Undertake PhD research in advanced fields like energy-efficient materials, smart building systems, or climate-resilient infrastructure.
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