This degree gives you the technical and design knowledge to become a qualified architectural technologist — someone who bridges the gap between architectural design, building science, materials, and construction processes. It’s ideal if you enjoy both the creative side (how spaces look, feel, perform) and the technical side (structure, detailing, sustainability, digital tools) of buildings.
Curriculum structure
Here’s how your learning will likely unfold over the years:
Year 1
At the start, you’ll build strong foundations in construction, design, and technology. Modules like Construction Business and Law, Design and Construction Practice, and Building Technology and Digital Communication introduce you to how buildings are designed, materials and building systems work, basics of structure, environmental design (like thermal, visual, acoustic comfort), and how to represent your ideas using digital tools.
By the end of Year 1, you’ll understand the legal, business, and technical contexts in which architectural technologists work. You’ll begin to sketch, model, and communicate architecture and construction in studio and workshop settings, integrating theory with practice.
Year 2
In the second year, you go deeper: applying technical and regulatory knowledge to more complex building systems and detailing. You’ll take modules such as Applied Architectural Technology, Building Technology and Digital Detailing, and Collaborative Project Built Environment. Here you’ll work in teams, often on multidisciplinary projects, exploring how building fabric, environmental performance, structural systems, and detailing come together in real design solutions.
Also, you’ll start developing specialist skills — digital detailing, conservation of buildings, understanding building defects — and engage with cost, specification, and legal / contractual issues associated with procurement and building regulation.
Year 3 (Final Year)
In the final year you’ll consolidate everything: technical, creative, professional. Key modules include Professional Practice, Advanced Digital Detailing and Sustainability, Procurement and Contract Administration, and a Major Project Dissertation. You’ll produce detailed designs emphasising sustainability, advanced digital tools (e.g. BIM, digital modelling), and work out project proposals including contracts, regulatory compliance, and professional development.
Also, there’s an optional placement year (between Years 2 & 3) — 36 weeks minimum — either in the UK or abroad, so you can get hands-on experience in industry before you finish.
Focus areas
“Technical detailing, building performance (structure, environment, materials), digital design and communication, regulatory & legal frameworks, sustainability & procurement in construction.”
Learning outcomes
“By graduation you’ll be able to design and detail building components and systems, apply digital and technological tools like BIM, understand and apply building regulations, contracts, and environmental standards, work collaboratively in multidisciplinary teams, and move into professional practice as competent architectural technologists.”
You’ll spend a lot of time doing “hands-on” stuff, not just sitting in lectures. The programme is designed so you get to test theories in real or simulated environments, use industry-standard tools, work with others, visit actual buildings, and even spend time in a work placement. The Barbara Hepworth Building (the main hub for Arts, Architecture & Design) has been purpose-built to support this, with digital labs, maker spaces, VR, motion tracking and more. The university also tries to replicate realistic practice situations: real building inspections, detailing workshops, collaborative projects, and exposure to contracts, procurement etc.
Transitioning from what lectures teach into what you’ll do, here are the specific experiential components:
Graduates from this course go on to roles like Architectural Technologist, Building Control Officer, Facilities Manager, or Construction Project Manager, applying technical and design knowledge in real-world settings. With your understanding of building systems, digital tools like BIM, and experience from placements, you’ll be ready to step into industry or to further develop your specialism. Here are some key points about how the University supports that transition and what you can expect:
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