Structural Engineering with Architecture MEng (Hons)

5 Years On Campus Bachelors Program

University of Dundee

Program Overview

This MEng degree at Dundee integrates deep structural engineering training with architectural design, enabling you to engineer and shape buildings with both technical rigor and spatial creativity. It’s well suited to students who are fascinated by how structures work, but also care about form, aesthetics, and how built environments influence people.

Curriculum Structure

Years 1–2

In the early years, you’ll build a solid foundation in mathematics, mechanics, materials, and structural analysis, alongside modules like Space, Form and Structure where you begin to explore architecture in a design-studio setting. You’ll also cover Engineering Materials, structural mechanics, and core mathematics, while participating in tutorials, lab experiments, and project work that help you tie together engineering theory with architectural spatial thinking.

Years 3–4

As you progress, the course brings more architectural theory and real-world civil engineering understanding together. You’ll take modules such as Between Thinking and Making – Historic Architecture in Context and Contemporary Architecture, balancing historical architectural study with modern technical design. On the civil side, you’ll learn Surveying, Geomechanics, Structural Analysis & Design, and Soil Mechanics, which are all critical to understanding the behavior of structures in real-world and ground-interaction contexts.

Years 5 (Final Year)

In your final year you’ll work on a Conceptual Design Project in a studio environment, designing a building from the ground up with both engineers and architects in mind. There’s also a substantial Individual Research Project where you investigate a specialist technical or design topic. Core engineering modules include Structural Design, Geotechnical Design, and Construction Management, while advanced topics cover Structural Dynamics and Earthquake Engineering, Finite Element Modelling, Life Cycle Analysis & Environmental Impact Assessment, and Use of Sustainable Materials in Construction.

Focus Areas

Structural engineering fundamentals, architectural design and form, sustainability and life-cycle thinking, geotechnical behavior, digital modelling, and multidisciplinary design.

Learning Outcomes

You will graduate ready to design resilient structures, communicate architectural and technical concepts, apply sustainable and life-cycle thinking to construction, and contribute holistically to the built environment with both engineering and design sensitivity.

Professional Alignment (Accreditation)

This course is designed to lead toward Chartered Engineer (CEng) status, covering core structural-engineering education while also giving you architectural competencies.

Reputation (Employability & Rankings)

Graduates are well-positioned for roles in structural engineering consultancies, architectural practices, or multidisciplinary firms. The programme benefits from Dundee’s strong engineering faculty, close industry connections, and career services that help students engage with employers through fairs, placements, and fieldwork.

Experiential Learning (Research, Projects, Internships etc.)

If you join this MEng degree, you're entering a programme that blends structural engineering rigor with architectural creativity. From early on, you split your time between engineering lectures, lab work, and design studios. You’ll tackle design projects in context—working on architectural form, structural behaviour, and sustainability all in tandem. There are site visits and a residential geology/surveying camp to help you connect theory with real environment. Over time, your design modules grow more complex, emphasizing parametric modelling, Building Information Modelling (BIM), and computational architecture. In the later years, you engage in multidisciplinary design projects alongside both engineers and architects. In the final year, you complete a major individual research project where you take a concept from idea through to detailed design and, with academic supervision, investigate structural, construction, and architectural dimensions together.

Key Experiential Learning Components (MEng, Dundee)

Design Studio Projects
You spend regular time in architectural-engineering studio tutorials, working in groups on design briefs that demand structural, aesthetic, and environmental thinking.
Lab Experiments & Tutorials
Your coursework includes lab-based experiments (engineering materials, structural mechanics) and research-oriented design activities, giving you hands-on testing experience.
Site Visits & Field Camp
There are organised site visits, plus a residential geology and surveying camp, so you directly experience real-world terrain, structural contexts, and surveying practices.
Industry Standard Software
From early years, you use digital tools for advanced structural analysis, parametric modelling, and BIM — building a computational skillset that’s highly relevant to modern architecture and engineering practice.
Multi-Disciplinary Team Projects
In advanced years, one of your modules is a cross-disciplinary team module (multi-disciplinary project), where you design civil-engineering solutions together with peers from different disciplines.
Major Final-Year Design + Research Project
In your last year, you take on a conceptual design project with architects and engineers, culminating in an individual research dissertation that bridges structure, architecture, and construction.
Professional & Career Development
The course supports you toward becoming a Chartered Engineer (CEng); your career service exposure includes recruitment fairs and micro-placements to build your employability.

Why This Degree Is Valuable for Your Future

Unique Skill Set: You graduate with both deep structural engineering ability and an architectural design mindset — that dual perspective is rare and highly valued.
Employer Relevance: Because you work with BIM, parametric tools, and real design briefs, you're very well suited for roles in consultancies, design firms, or architecture-engineering hybrid practices.
Chartered Pathway: This course aligns with the requirements for Chartered Engineer (CEng) status, setting you up for professional engineering accreditation.
Strong Industry & Academic Exposure: Studio work, lab investigations, and your final research project all give exposure to both academic research and practical industry demands.

Progression & Future Opportunities

Graduates from Dundee’s MEng (Hons) Structural Engineering with Architecture move into roles that blend structural engineering expertise with architectural design awareness. You’ll be prepared for careers such as structural engineer, architectural engineer, project engineer, or design and sustainability specialist. The course equips you with both creative and technical skills, which makes you attractive to multidisciplinary consultancies.

Here’s what your future progression can look like:

University Services & Support
- Dundee’s Careers Service offers tailored guidance for engineering students, including dedicated advisors, employer workshops, and on-campus recruitment fairs.
- Built-in micro-placements within modules give you professional exposure and help you build experience as part of your degree.
- Access to industry-standard structural analysis, BIM platforms, and parametric design tools strengthens your technical portfolio.
Graduate Employment & Salary
- A large majority of graduates progress into work or further study within 15 months of finishing.
- Many are employed in professional or technical roles related to civil and structural engineering.
- Typical early-career salaries for civil/structural engineering graduates nationally fall around the high-20-thousand-pound range shortly after graduation, increasing with experience.
University–Industry Partnerships
- The course was created in close collaboration with engineering and architecture professionals, ensuring the curriculum reflects current industry challenges.
- Final-year students complete a multidisciplinary design project or an industry internship, giving you real-world team experience with design and engineering practitioners.
- Strong alignment with modern industry needs, including sustainable construction, embodied carbon analysis, material reuse, and digital fabrication methods.
Long-Term Accreditation Value
- The MEng route meets the academic requirements for Chartered Engineer (CEng) status through its accreditation by the Joint Board of Moderators.
- The blend of architectural and structural training means graduates bring dual-competency insight valued by design-led and engineering-led organisations.
Graduation Outcomes
- Common career destinations include:
  • Structural Engineer
  • Architectural Engineer / Design Engineer
  • Project Engineer
  • Sustainability or Computational Design Specialist
- Graduates often join engineering consultancies, architecture practices with structural teams, construction companies, or digital design studios.

Further Academic Progression:

After completing this MEng, you can advance in several directions:

Chartered Engineer Pathway: The accredited MEng positions you well to complete the professional experience and review process required for CEng status.
PhD or Research Degrees: Opportunities include research in structural design, sustainable materials, digital fabrication, computational design, or architectural engineering.
Specialised Postgraduate Study: You may pursue advanced master’s degrees in areas like structural engineering, architectural engineering, sustainable design, or engineering management.
Technical Leadership: The integrated engineering–architecture background can lead to senior roles in multidisciplinary practices or specialist design consultancies.