Architecture (Industrial) MEng, BEng

5 Years On Campus Bachelors Program

University of Leeds

Program Overview

The Architecture (Industrial) degree is a 5-year integrated programme combining architecture, engineering structures, and building physics, with the option of a paid industrial placement year. It’s designed for students who want to merge creative design with technical expertise — those who see architecture not just as form, but also performance, sustainability, and systems.


Curriculum structure

Here’s how your learning would typically progress from year to year; you build from foundational theory & technical skills, to integrated design + real-world, complex projects.

Year 1

You begin with a broad foundation shared across the School of Civil Engineering. Modules include Architecture and Sustainability, Surveying, Construction Technology and Management, Structural Analysis and Design 1, Materials, Water and Soils, Engineering Mathematics & Modelling 1, and Integrated Design Project 1 (Design Studio 1). These give you the history, theory, basic structural & material science, mathematics, and your first taste of design studio work.

Year 2

In the second year, you deepen both technical and design skills. You’ll take modules such as Water Engineering and Geotechnics, Engineering Mathematics & Modelling 2, Structural Design & Materials 1, Building Physics 1: Fundamental Principles, Architectural History & Theory 2, and a Design Studio 2. Here, you’ll study more complex structural behavior, how environmental physics influences design, and explore design briefs more critically with aesthetic, regulatory, and performance constraints.

Year 3

You’ll shift toward more integrated and advanced work. Core modules include Structural Design & Materials 2, Design Studio 3.1, Design Studio 3.2, Building Physics 2: Services Design, Architectural History & Theory 3, and an Individual Research Project. During this year there’s also a residential architectural-study visit to a European city, which gives international exposure and new perspectives. If you choose, after Year 3 you could exit with a BEng (though with some limitations in accreditation for architecture).

Years 4 & 5 (for MEng / Industrial track)

Years 4 and 5 build toward mastery. You’ll take advanced design studios that require you to propose and execute complex building designs, integrate structure, services and physics, plus modules like Architectural History & Theory 4, Management, Practice and Law, and Building Physics 3, culminating in large scale, sophisticated design work. The industrial component (placement year) gives you hands-on experience, helping solidify theoretical learning by applying it to real-world architecture/engineering problems.

 

Experiential Learning (Research, Projects, Internships etc.)

When you join the Architecture (Industrial) degree at Leeds, you’re signing up for more than theory—you’ll be designing, building, testing, critiquing, and working with industry from early on. The course is built so that the creative side of architecture is deeply integrated with structural, environmental & building physics engineering. You’ll be in design studios, using labs for material & physical testing, creating models, doing site work, plus learning and using the software tools professionals rely on. Over the years you’ll gradually take on larger, more open-ended design projects, often working in teams, and you’ll have the option of a placement year to apply everything in real work settings.

Here are the concrete experiential learning features, facilities & tools in this programme:

  • Design Studio & Model-Making Facilities: You’ll work in flexible design studio space which supports lectures, tutorials, personal study, and major design projects. There are model-making workshops so you can build physical prototypes, study form, structure and materials in real scale.
  • Specialist Laboratories: Laboratories for materials, structures, building physics, environmental performance, construction technology etc. These allow you to test how materials behave, heat/cooling performance, structure resilience etc.
  • Industry-Standard Software Tools: The course uses tools like Revit (BIM), IES (thermal/dynamic modelling), Robot (structural analysis), Adobe Creative Suite (for visuals and presentations). You’ll use modelling, simulation, rendering software in both individual and group work.
  • Studio-based, Team & Integrated Design Projects: Every year includes architectural design projects—with group and/or individual components—where you bring together architecture, structures, building services, sustainability, building physics etc. Later years become more open-ended; you can take on larger briefs where you help define part of the project yourself.
  • Field Work, Surveys, and Site Visits: There are modules involving surveying, construction technology & management, where you use actual measurement tools, visit sites, sometimes participate in study trips or residential design periods (e.g. a European city) for real-world exposure.
  • Industrial Placement Year: One of the major strengths—if you choose the “Industrial” variant, you get a paid placement year. This gives you a chance to work in industry (architecture firms, engineering consultancies etc.), apply skills, build networks. The Industrial variant extends study by one year.
  • Accreditation by Professional Bodies: The programme is recognised by bodies such as ARB (Architect’s Registration Board), RIBA, Joint Board of Moderators (JBM), CIBSE. This means your learning aligns with the standards expected for professional practice.
  • Support Structures & Small-Group Learning: You’ll have personal tutors, studio tutors (including practising architects & engineers), peer mentoring (PASS), small tutorials. These help you get feedback, refine ideas, connect academic work with professional practice. 

Progression & Future Opportunities

Graduates typically pursue careers as:

  • Architectural Engineer
  • Building Services Engineer
  • Structural Engineer
  • Design Engineer
  • Architectural Consultant

This degree is professionally accredited by the Joint Board of Moderators (JBM) and the Chartered Institution of Building Services Engineers (CIBSE), meeting the academic requirements for Incorporated Engineer (IEng) status and partially for Chartered Engineer (CEng) registration.


University Support & Industry Connections

  • Employability Support: The university's dedicated Employability Team provides guidance on CV writing, interview preparation, and job applications.
  • Placement Opportunities: Students have access to a wide range of placement opportunities with over 100 organizations, both in the UK and overseas.
  • Industry Links: The program is designed in collaboration with industry professionals, ensuring that the curriculum is aligned with current industry standards and practices.

Accreditation & Professional Value

  • Accreditation: The degree is accredited by the Joint Board of Moderators (JBM) and the Chartered Institution of Building Services Engineers (CIBSE).
  • Professional Recognition: Meets the academic requirements for Incorporated Engineer (IEng) status and partially for Chartered Engineer (CEng) registration.

Graduate Employers

Leeds graduates from this program have secured roles with leading firms such as Arup, AECOM, Mott MacDonald, Buro Happold, AKT II, and Laing O’Rourke, highlighting the program’s strong industry reputation and employability.


Further Academic Progression:
After completing the MEng/BEng, students may:

  • Progress to a Master’s degree in specialized areas such as Sustainable Building Design, Façade Engineering, Building Physics, or Smart Buildings.
  • Undertake PhD research in advanced topics like energy-efficient materials, intelligent building systems, or climate-resilient infrastructure.

 

Program Key Stats

£32,750 (Annual cost)
£ 29
Jan Intake : 14th Jan


Eligibility Criteria

AAA
3
30
80

NA
NA
6.0
80

Additional Information & Requirements

Career Options

  • Architectural Assistant
  • Urban Design Assistant
  •  Interior Designer
  •  3D Visualiser / Architectural Illustrator
  •  Construction Project Manager (assistant level)
  •  Planning & Development Officer
  •  Property Developer / Real Estate Consultant
  •  Landscape Designer
  •  Furniture Designer
  •  Set Designer (film
  • theatre
  • TV)
  •  Lighting Designer
  •  Exhibition & Museum Designer

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