Structural and Architectural Engineering MEng (Hons)

4 Years On Campus Bachelors Program

University of Bath

Program Overview

The MEng (Hons) Structural & Architectural Engineering at the University of Bath blends structural engineering with architectural principles, preparing you to design buildings that are safe, efficient, and visually meaningful. It’s ideal for students who enjoy problem-solving, creativity, and the technical side of how structures stand, perform, and shape human environments.

Curriculum Structure

Year 1

Your first year builds the scientific and mathematical foundation you’ll rely on throughout the degree. You’ll study Structural Mechanics & Materials, exploring stresses, strains, and material behaviour, and Engineering Mathematics & Computation 1, which strengthens your analytical and computational skills. You’ll also take History, Theory & Engineering Practice, giving you early exposure to how engineering and architecture interact in real-world contexts.

Year 2

In your second year, your learning becomes more applied and discipline-focused. Through Geology, Hydrology & Surveying, you’ll develop the ability to assess terrain, water flow, and subsurface conditions — essential for safe building design. You’ll also study Soil Mechanics & Foundation Design and Structural Design & Construction, where you begin applying limit-state design across key materials like concrete, steel, timber, and masonry.

Year 3

This year emphasises design integration and collaboration. In Architectural Engineering 3, you work at the intersection of structural design and environmental performance, learning how to optimise buildings holistically. You’ll also participate in a Joint Design Project with architecture students, mirroring the teamwork and communication expectations of industry practice, with optional units such as Zero-Carbon Building Design Project allowing you to specialise in sustainable and low-carbon construction.

Year 4

Your final year is where you take ownership of your expertise, leading an Individual Research Dissertation on a structural or architectural engineering topic of your choice. Advanced modules such as Advanced Structural Engineering and Structural & Geotechnical Design & Analysis push you into complex real-world scenarios like wide-span structures, tall buildings, and advanced numerical modelling. This stage prepares you for professional roles or further research with confidence and depth.

Focus Areas

Structural form and stability; sustainable and low-carbon building design; building envelope performance; geotechnical engineering; integrated architectural-engineering design.

Learning Outcomes

Graduates are equipped to design safe and efficient structures, integrate architectural principles with engineering solutions, apply sustainability in design, and conduct high-quality independent technical research.

Professional Alignment (Accreditation)

The programme is accredited by the Joint Board of Moderators (ICE, IStructE, CIHT, and IHE), fully meeting the academic requirements for Chartered Engineer (CEng) status.

Reputation (Employability & Rankings)

The University of Bath consistently ranks among the top UK universities for engineering and overall student satisfaction. Civil and structural engineering at Bath is regularly placed within the UK top 10, and graduate outcomes for this programme are exceptionally strong, with a high percentage of graduates moving into professional engineering roles shortly after completing their degree.

Experiential Learning (Research, Projects, Internships etc.)

Students on the MEng (Hons) Structural and Architectural Engineering degree at the University of Bath gain practical experience from the moment they start. Because the course is taught jointly by the Department of Architecture & Civil Engineering, you learn through hands-on design studios, model-making, lab investigations, and real collaborative work with architecture students. Industry practitioners — including structural engineers, architects, and sustainability specialists — frequently contribute to teaching, giving you professional insight and real-world expectations.

You’ll also work extensively in Bath’s specialist labs and fabrication workshops, testing materials, analysing structures, and creating both digital and physical models. Fieldwork, group projects, and a major final-year research dissertation round out your applied learning. Students who opt for the professional placement pathway complete a full year working in industry with major engineering or design firms, applying academic knowledge directly to real projects.

Transition to bullet points: Here’s a clear breakdown of the hands-on opportunities and facilities you use throughout the programme:

Experiential Learning Highlights

Design Studios and Cross-Disciplinary Projects
You take part in integrated design studio work with architecture students, responding to real-style briefs that combine aesthetics, structural logic, sustainability, and practical buildability.
Industry-Informed Teaching
Many design projects are supported by practice-based tutors and guest lecturers from engineering and architecture firms, giving you feedback based on real professional standards.
Specialist Engineering Laboratories
You conduct experiments and project work in dedicated structures, hydraulics, geotechnical (soils), and materials labs — all used for both teaching and research.
Advanced Fabrication Workshops
Students have access to facilities with wood and metal tools, 3D printers, CNC routers, and laser cutters for building physical prototypes and architectural/structural models.
Digital Engineering & Modelling Tools
Throughout the course, you use industry-relevant software for structural analysis, design, and visualisation (such as CAD and building-modelling platforms).
Residential Field Trip
Early in the degree, a field trip focuses on geology, surveying, hydrology, and understanding how natural conditions affect engineering design decisions.
Zero-Carbon Building Design Project
A sustainability-driven design brief challenges you to integrate low-carbon, energy-efficient building strategies into your structural and architectural solutions.
Group Design Project
A major collaborative project replicates real engineering-architecture teamwork, helping you develop communication, design negotiation, and project-delivery skills.
Individual Research Dissertation
In your final year, you complete a substantial individual research project on a topic within structural or architectural engineering, guided by academic supervisors.
Professional Placement (optional 5-year route)
Students who choose the placement pathway spend a full year working with leading engineering or design organisations, gaining genuine industry experience.

Progression & Future Opportunities

Graduates from the University of Bath’s MEng (Hons) Structural and Architectural Engineering go on to careers where they design, analyse, and deliver innovative buildings and infrastructure. Many secure roles as structural engineers, architectural engineers, design consultants, or project engineers in leading firms across the UK and internationally.

Here’s how Bath supports your journey and the outcomes you can expect:

University Services & Support
- Dedicated Engineering & Design Employability Team offering career coaching, placement support, CV preparation, and interview guidance.
- Access to specialist facilities including structural engineering labs, design studios, materials testing environments, digital fabrication labs, and modelling software used widely in industry.
- A professional placement option where students typically earn between £16,000 and £25,000 during their year in industry.
Graduate Employment & Salary
- Around 92% of Bath graduates are in highly skilled roles within 15 months of graduation.
- Civil and structural engineering graduates from Bath commonly achieve average early-career salaries around £31,500.
- Many secure positions in top engineering and multidisciplinary firms shortly after completing their degree.
Industry Partnerships
- Strong collaboration with civil engineering, architecture, construction, and design companies who contribute to teaching, placement opportunities, and real-world design projects.
- Frequent involvement of industrial guest lecturers and collaboration through Knowledge Transfer Partnerships.
- Opportunities to work on industry-informed projects that strengthen your portfolio and professional network.
Long-Term Accreditation Value
- The MEng is fully accredited, putting you on the pathway to Chartered Engineer status — a major advantage for long-term career development.
- Bath’s unique combination of structural engineering and architectural design gives graduates a distinctive interdisciplinary profile highly valued by employers.
Graduation Outcomes
- Typical career paths include:
  • Structural Engineer
  • Architectural/Building Engineer
  • Project Engineer or Project Manager
  • Sustainable Design Consultant
- Many graduates continue into further study or research at Bath or other leading institutions.

Further Academic Progression:

After completing the MEng, you can continue your academic journey in several ways:

Postgraduate Study: Options include MSc degrees in Structural Engineering, Architectural Engineering, Sustainable Building Design, Earthquake Engineering, or other specialist areas.
Doctoral Research (PhD): You can join research groups in areas such as sustainable construction materials, structural modelling, architectural engineering innovation, and environmental design.
Professional Qualification: As an accredited MEng graduate, you are well-positioned to progress toward Chartered Engineer (CEng) status through bodies such as the Institution of Civil Engineers or the Institution of Structural Engineers.