BEng Civil and Environmental Engineering with Foundation Year

4 Years On Campus Bachelors Program

University of West London

Program Overview

The University of West London (UWL) offers the BEng Civil and Environmental Engineering with Foundation Year, a 4-year degree designed for students who want to build strong foundations before progressing into engineering studies. The foundation year is particularly valuable for those who may not have taken traditional entry routes into engineering, as it focuses on developing the essential mathematics, physics, and problem-solving skills needed for success. Once students move beyond the foundation stage, the program combines technical knowledge with hands-on practice, preparing graduates for careers that focus on shaping sustainable cities and tackling global environmental challenges.

The degree is structured as follows:

  • Foundation Year: Students gain essential knowledge in mathematics, science, and engineering fundamentals, as well as academic and study skills. This year is designed to build confidence and ensure readiness for the more advanced content of the degree.

  • Year 1: The focus is on introducing core areas of civil and environmental engineering. Modules include structural mechanics, surveying, materials science, and fluid mechanics, along with broader engineering principles. This provides a strong grounding in the technical and analytical skills every civil engineer needs.

  • Year 2: Students progress into more detailed applications, exploring geotechnical engineering, structural analysis, water engineering, and project management. At this stage, there is greater emphasis on applying theory to practical case studies, often using real-world examples of infrastructure projects.

  • Year 3: The final year allows students to specialise and demonstrate independence. Key elements include a major design project or dissertation, where students investigate a real-world engineering problem. Alongside this, advanced topics such as sustainable construction, transportation engineering, and environmental impact assessment are studied. This year is about bringing together everything learned and applying it to professional-level challenges.

Curriculum Structure
The course balances theory with practice. Alongside lectures and seminars, students engage in laboratory work, design projects, and site visits, which help to connect academic knowledge with real engineering practice. Practical elements such as computer-aided design (CAD), surveying equipment, and laboratory testing of materials are integrated throughout the program.

Accreditation
The degree is designed in line with the requirements of the Joint Board of Moderators (JBM), which represents professional bodies such as the Institution of Civil Engineers (ICE) and the Institution of Structural Engineers (IStructE). This accreditation means that graduates are on a recognised pathway to achieving Chartered Engineer (CEng) status, a major advantage for career progression.

Campus Location
The University of West London’s Ealing campus provides a vibrant and supportive learning environment. Students benefit from modern engineering laboratories, dedicated study spaces, and strong links with industry in London and the wider UK. Being based in London offers unique opportunities to connect with leading engineering firms and gain exposure to major infrastructure projects.

Experiential Learning (Research, Projects, Internships etc.)

If you’re looking for a course that doesn’t just teach you the theory but gets you doing the work of an engineer, UWL’s BEng (Hons) Civil and Environmental Engineering is built with that in mind. From your very first year, you’ll work on real-world problems, learn to use professional-grade software, and get hands-on experience in labs that replicate the environments you’ll face in industry. By the time you graduate, you won’t just understand how to design sustainable, safe structures — you’ll have practiced it.

Here’s how the course makes that happen:

  • Design projects and teamwork – You’ll take on both individual and group projects, working on real engineering challenges that mirror what happens in professional practice. It’s a great way to build collaboration and leadership skills while producing real design solutions.

  • Industry-relevant learning – The course is shaped by engineering professionals and accredited, so everything you study reflects what employers actually need. You’ll graduate already aligned with industry standards.

  • Specialist software and computing labs – You’ll get access to professional tools like ANSYS, ETABS, SAFE, and LUSAS — the same software used by engineering firms for structural analysis and design. Dedicated computing labs on campus support this hands-on training.

  • Practical lab work – Alongside digital skills, you’ll also use civil engineering laboratories to test materials, study soil behaviour, and explore structural mechanics. This brings the theory from lectures to life.

  • Learning resources and support – UWL’s library and online platforms give you access to the latest journals, case studies, and technical papers, making sure your projects are backed up by current research and best practice.

Progression & Future Opportunities

The University of West London offers strong career support through its Careers and Employment Service, which helps students develop employability skills and connect with potential employers. Support includes:

  • One-to-one career guidance and coaching.

  • Help with CVs, cover letters, and job applications.

  • Interview practice and networking opportunities.

  • Access to employer events and graduate fairs.

Employability
Graduates of this program are well-prepared for roles in both the civil engineering and environmental sectors. Typical career paths include working as structural engineers, environmental consultants, transportation planners, or project managers. With sustainability now at the forefront of the industry, graduates are also in demand for roles that focus on green infrastructure and environmental protection.

Further Academic Progression
For those interested in continuing their education, graduates can progress into Master’s degrees in areas such as Civil Engineering, Environmental Engineering, Sustainable Infrastructure, or Project Management. Some may also choose to specialise further with postgraduate research leading to a PhD.

Program Key Stats

£TBC
£ 29
Sept Intake : 14th Jan


Eligibility Criteria

DDD
2.8
26 - 30
65

1180
26
5.5
72

Additional Information & Requirements

Career Options

  • Civil engineer
  • structural engineer
  • geotechnical engineer
  • environmental engineer
  • water resources engineer
  • transportation engineer
  • construction manager
  • project manager
  • sustainability consultant
  • environmental consultant
  • urban planner
  • hydrologist
  • site engineer
  • infrastructure engineer
  • waste management engineer
  • renewable energy engineer
  • coastal engineer
  • flood risk engineer
  • building services engineer

Book Free Session with Our Admission Experts

Admission Experts