Bachelor/Master of Engineering in Civil Engineering

4 Years On Campus Bachelors Program

University of Limerick

Program Overview

The Bachelor/Master of Engineering in Civil Engineering at the University of Limerick is an integrated programme that combines undergraduate and master’s-level study, preparing you to become a fully qualified professional engineer with advanced technical expertise. It’s ideal for students who want a career designing infrastructure and solving real-world challenges, with a strong emphasis on sustainability, construction, and environmental systems.

📚 Curriculum Structure

Year 1 (Common Engineering Entry)
In first year, you join a shared engineering programme where you build core knowledge in mathematics, engineering science, and computing, alongside modules like Introduction to Engineering and Engineering Computing. You’ll also begin developing teamwork, research, and problem-solving skills through problem-based learning and design activities.

Year 2 (Introduction to Civil Engineering)
In second year, you move into civil engineering and begin exploring the discipline in more depth. You’ll study modules such as Engineering Mechanics, Materials and Structures, and Fluid Mechanics, helping you understand how infrastructure behaves and how natural systems interact with engineering design.

Year 3 (Applied Learning & Industry Experience)
Your third year focuses on applying your knowledge to real-world engineering problems. You’ll engage in advanced modules and also complete a co-operative education placement, gaining valuable industry experience and developing professional skills in a real engineering environment.

Year 4 (Advanced Civil Engineering & Design)
In fourth year, you deepen your expertise through more specialised modules such as Structural Engineering, Geotechnical Engineering, and Environmental Engineering. You’ll also work on design-focused projects that simulate real consultancy and infrastructure development scenarios.

Year 5 (Master’s Level Specialisation & Research)
The final year brings you to master’s level, where you specialise further in areas like Water and Environment, Energy in Civil Engineering, and Buildings and Infrastructure. You’ll complete a major research project, developing advanced analytical, design, and project management skills aligned with industry needs.

🎯 Focus Areas

Water & Environmental Engineering | Energy in Civil Engineering | Buildings & Infrastructure | Structural & Geotechnical Engineering

🧠 Learning Outcomes

Strong ability to design and analyse infrastructure systems | Advanced problem-solving using real-world engineering scenarios | Professional skills in teamwork, communication, and project management | Understanding of sustainability and environmental impact in engineering | Readiness for global engineering careers

🏗️ Professional Alignment (Accreditation)

The programme is fully accredited by Engineers Ireland, meeting international standards and supporting progression to Chartered Engineer status.

🌍 Reputation (Employability & Rankings)

The University of Limerick is ranked among the top 3% of universities worldwide, with strong industry links and a well-established co-operative education model that enhances graduate employability.

Experiential Learning (Research, Projects, Internships etc.)

At the University of Limerick, the Bachelor/Master of Engineering in Civil Engineering is built around active, hands-on learning rather than passive lectures. From your first year, you’ll engage in problem-based learning, teamwork, and design-build activities, supported by modern engineering facilities including civil engineering labs, wind tunnels, and advanced simulation environments.

As you progress, this practical approach becomes even more immersive—combining lab experimentation, digital modelling, and real industry experience through UL’s renowned co-op system:

Co-operative Education Placement (8 months): A core part of the program, giving you paid, full-time industry experience with engineering companies—one of UL’s strongest employability advantages.
Problem-Based Learning (PBL): You’ll work on real engineering problems in teams, developing design, research, and presentation skills from early years.
Civil Engineering Laboratories: Access to specialised labs across areas like structures, geotechnics, and hydraulics, where you carry out experiments such as soil testing, material analysis, and structural behaviour studies.
Advanced Engineering Facilities: UL’s Faculty of Science and Engineering includes automation labs, civil labs, and a wind tunnel, allowing you to test and simulate real-world engineering conditions.
Group Design & Build Projects: Hands-on team projects (e.g., building and testing structures like geodesic domes) simulate real construction and design challenges.
Digital Tools & Modelling: Use of engineering computation, numerical modelling, and simulation tools to analyse structures, fluids, and geotechnical systems as part of coursework and projects.
Research-Linked Learning: Exposure to UL’s research ecosystem, including links to institutes like the Bernal Institute, where advanced materials and infrastructure-related research takes place.
Modern Engineering Campus: A purpose-built campus with state-of-the-art labs, collaborative learning spaces, and the Glucksman Library—one of the most technologically advanced libraries in Ireland.
Teamwork & Communication Training: Continuous development of professional skills through presentations, collaborative assignments, and project-based modules integrated across all years.

Progression & Future Opportunities

Graduates of the Bachelor/Master of Engineering in Civil Engineering at the University of Limerick are exceptionally well-prepared for global engineering careers, thanks to their combination of advanced technical knowledge and real industry experience. Many move into roles such as Civil Engineer, Structural Engineer, Environmental Engineer, and Project/Construction Engineer, working on large-scale infrastructure and sustainability projects worldwide.

What really sets UL apart is how seamlessly it connects your degree to real career outcomes:

Career Support & Employability Services: UL’s Careers and Employability Centre (CECD) actively supports students through career coaching, CV preparation, interview training, and direct employer engagement, including organising interviews for co-op placements.
Outstanding Employment Rates: Around 96% of UL graduates are in employment or further study, one of the highest rates in Ireland.
Strong Salary Potential: Graduates typically earn around €40,000–€45,000+ annually early in their careers, with higher growth as they gain experience.
Industry Partnerships & Co-op Advantage: UL runs one of Europe’s largest Co-operative Education programmes, placing over 2,000 students annually (including international placements) with companies like Dell, Intel, EY, and Johnson & Johnson.
Global Employability Recognition: UL is ranked within the Top 200 globally for graduate employability (QS), reflecting strong employer demand for its graduates.
Professional Accreditation Value: The programme is accredited by Engineers Ireland (Washington Accord), giving your qualification international recognition and a clear pathway to Chartered Engineer status.
Graduation Outcomes: Thanks to integrated work placements and project-based learning, UL graduates are known for being industry-ready, with skills in design, problem-solving, and project management valued across engineering sectors.

📈 Further Academic Progression:

Because this is an integrated Bachelor + Master’s programme, you graduate with a Level 9 qualification, which already meets the academic requirement for Chartered Engineer status. However, you can still progress into specialised postgraduate or research pathways, including PhD programmes in civil engineering, infrastructure, sustainability, or environmental systems.

You may also choose to move into advanced research, consultancy, or academic careers, or specialise further in niche areas such as smart infrastructure, climate-resilient engineering, or energy systems, building on UL’s strong research ecosystem.