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Undergraduate MEng
Civil Engineering
Design and build a greener future. You’ll develop advanced technical knowledge and complete a range of practical work on this integrated master’s course.
Course overview
-
IH20 -
L27 -
City Campus -
Full-Time -
4 Years -
21 Sep 2026
What is civil engineering?
Civil engineering is behind how our modern towns and cities work. Civil engineers design, construct, maintain, upgrade, rehabilitate, and repair major infrastructures used by humans while protecting the natural environment. The industry plays a key role in designing a framework that can help tackle the climate change emergency.
This integrated master’s course provides the ideal platform to gain broad-based technical experience. The knowledge you develop will enable you to enter design, construction or operations roles within the civil engineering industry.
As part of this course, you’ll:
- Equip yourself with the problem-solving skills to work on projects such as designing large structures and infrastructure, including roads, water supply and drainage, bridges, airports, tunnels, and sea and flood defences
- Study an advanced technical programme that will give you the knowledge and skills to contribute effectively in a variety of industry settings
- Be introduced to contemporary research and engineering solutions to meet global challenges, such as the climate change emergency
- Be taught by staff with a broad range of industry experience in subjects including structural engineering, water engineering, geotechnical engineering, project management, and highways engineering
- Take part in practical work and laboratory study using industry standard facilities and IT design software
- Secure work placements during the summer, and plan an optional paid placement year in industry, with the help of your course team
MEng is accredited by the Joint Board of Moderators
This degree is accredited by the Joint Board of Moderators (JBM), comprising of the Institution of Civil Engineers (ICE), Institution of Structural Engineers (IStructE), Institute of Highway Engineers (IHE), the Chartered Institution of Highways and Transportation (CIHT) and the Permanent Way Institution (PWI) on behalf of the Engineering Council for the purposes of fully meeting the academic requirement for registration as a Chartered Engineer (CEng).
Visit the JBM website for further information.
Hands-on learning
You’ll learn using a variety of tools, including case studies and design-based exercises that will enable you to develop applied skills, participate in critical analysis and practise your presentation skills.
Specialist facilities
Our modern, well-equipped laboratories will give you the chance to get hands-on with industry-standard tools and testing. We'll show you how to examine the strength of materials for structures and understand the latest geotechnical and structural analysis software packages.
Industry links
We can offer you great links with industry, thanks to our teaching team, who have great experience across different areas of engineering.
Guest lectures from industry professionals will also form part of your programme, and you'll be encouraged to become an active member of the Institution of Civil Engineers.
We have close links with the Institution of Civil Engineers (ICE). The body was formed more than 200 years ago and is one of the world’s most respected professional engineering associations. Visit the ICE website to find out more about the exciting opportunities a career in civil engineering could bring. You can also discover what civil engineering is and why you should become an engineer.
Why study the MEng Civil Engineering course at Leeds Beckett University?
- Accredited by the Joint Board of Moderators (JBM)
- Fantastic placements and placement year opportunities
- Industry standard specialist facilities and local/regional site visits
- Connect with professionals - through networking events, guest lectures and an experienced expert course team
- Gain a master's level degree at the end of your course
Civil Engineering at Leeds Beckett Course Director Tom Craven and student Jenny talk through what it's like to study Civil Engineering at Leeds Beckett. Hear about the facilities, course content and what careers the courses can lead to.
Everything you need to know
Discover all there is to know about the course, from entry requirements and fees to exploring the school you’ll be joining - we’ve got it covered.
Entry requirements
120
points required
If you’re unsure how to work out your UCAS points we have a UCAS Tariff Calculator which will do it for you. All you need to do is enter your qualifications and let the UCAS Tariff Calculator do the maths.
We have welcomed students from over 140 countries to study at Leeds Beckett University. If you are interested in studying with us you can find all the information you need about entry requirements and how to apply on our country specific pages.
Entry requirements
120
points required
UCAS Tariff Points: 120 points required.
(Minimum 80 from two A Levels, or equivalent, with at least 40 from Maths.).
GCSEs
GCSE English Language Grade 4 or above and GCSE Maths Grade 6 or above (Grade C (English) and Grade B (Maths) for those sitting their GCSE before from 2017 onwards) or equivalent. Key Skills/Functional Skills Level 2 and the Certificate in Adult Literacy are accepted in place of GCSE Grade 4 English Language. Key Skills/Functional Skills Level 3 are accepted in place of GCSE Grade 6 Maths.Access to HE Diploma
Pass overall with a minimum of 120 UCAS tariff points to include 15 merits in Maths.T Levels
T Levels are not accepted for this course.Scottish Awards
120 UCAS tariff points from a minimum of 5 Highers of which at least 2 must be grade B or above to include at least 40 points from Maths.Irish Leaving Certificate
120 UCAS tariff points from a minimum of 5 subjects at higher level of which at least 3 must be grade H3 or above to include at least 40 points from Maths.International baccalaureate
120 UCAS tariff points from a minimum of 3 Highers of which at least 2 must be grade H5 or above to include at least 40 points from Maths.IELTS
IELTS 6.0 with no skills below 5.5, or an equivalent qualification. The University provides excellent support for any applicant who may be required to undertake additional English language courses.
How we assess your application
At Leeds Beckett we look for students who demonstrate a good knowledge, curiosity and passion for your chosen course and would benefit from the University’s learning environment.We aim to give every student a fair chance to progress and succeed on their chosen course and we recognise that your grades may not always reflect your true potential. Therefore, when assessing your application, we will consider the following:
- Your completed qualifications (such as GCSEs, A Levels, and their equivalents).
- Your predicted grades in future examinations.
- Your personal statement.
Our offers
All our offers are made by trained professionals who are committed to making offers that are appropriate to each applicant, regardless of their background.* They have the discretion to vary the level of offer to ensure every student with the potential to succeed at Leeds Beckett receives an offer that is achievable for them. This could mean that you may receive an offer to study on this course with lower (predicted or achieved) UCAS Tariff Points than our published tariff. Your offer will be based on our belief that you are capable of benefiting from, and successfully completing, your course. We believe that it is people who think differently, independently, people with ‘unlike-minds' that make big things happen.*We operate a contextual admissions policy, which means we consider a range of additional factors when we assess a student’s application. Applicants who meet at least one of our contextual admissions criteria may be offered a place on this course with lower (predicted or achieved) UCAS Tariff Points than our published tariff.
Our contextual admissions criteria are:
- Home postcode is in an area where few people go to University (POLAR4 quintile 1 or 2 area. This can be checked on the Office for Students website).
- Declared disability on the UCAS application form (or direct application for part-time applicants).
- Over the age of 21 on the 1st of September before the course starts.
- Declared as a care experienced on the UCAS application form (or direct application for part-time applicants).
Our place as an Anchor Institution
To further strengthen our position as a key provider of education and training for West Yorkshire we apply an Anchor Institution Policy in our admissions process. Students who apply to us from any of the five Local Authority areas in West Yorkshire (BD, HD, HX, LS, WF) may be offered a place on this course with lower (predicted or achieved) UCAS Tariff Points.We have welcomed students from over 140 countries to study at Leeds Beckett University. If you are interested in studying with us you can find all the information you need about entry requirements and how to apply on our country specific pages.
International baccalaureate
120 UCAS tariff points from a minimum of 3 Highers of which at least 2 must be grade H5 or above to include at least 40 points from Maths.IELTS
IELTS 6.0 with no skills below 5.5, or an equivalent qualification. The University provides excellent support for any applicant who may be required to undertake additional English language courses.
Additional entry requirements:
Verify your qualifications
If you are an international student, we can help you to compare and verify your qualifications. Please contact our International Office on +44 (0)113 812 1111 09.00 to 17.00 Mon-Thurs / 09.00 to 16.30 Fri GMT or email internationaloffice@leedsbeckett.ac.uk.Need to improve your English Language skills?
Don't worry if you don't have the level of English required for your chosen course. We offer a wide range of courses which have been designed to help you to improve your qualifications and English language ability, most of which are accredited by the British Council. Check your English and find out more about our English courses.More questions?
No matter what your questions, we are here to answer them, visit our International website to get more information and find out about our online open days.Independent study is a crucial part of learning at university and you will be required to undertake many hours of self-directed research and reading, and preparation and writing of assessments. Your course is delivered through a number of modules, which will help you to plan your time and establish a study routine. Outside of your lectures, workshops and tutorials, a range of support is available to assist with your independent study. Our subject-specific librarians will be on hand to direct you to the specialist learning and study-skill resources. You’ll also be assigned an academic advisor to give you tailored feedback and support.
Modules, teaching and learning
What you'll learn
Develop your knowledge of civil engineering procedures in the professional and legal working environment. This module will introduce the structure of and roles within the civil engineering profession. You'll identify those involved in civil engineering contracts and their roles and responsibilities both within contract and in UK Law. You'll be able to demonstrate awareness of health and safety requirements in the delivery of civil engineering projects and the professional responsibilities of the civil engineer in relation to health safety and welfare. This module will enable you to understand how the Civil Engineering Standard Method of Measurement (CESMM) is applied and apply CESMM to basic civil engineering work items.
Study multiple mathematical topics that underpin technical civil engineering topics. This module will provide a mathematical foundation for you to successfully complete technical modules later in your course. You’ll also learn to appreciate the mathematical foundations and applied scientific elements of core engineering-related subjects. In addition, you'll understand how to use matrix algebra and advanced calculus, geometry and statistical analysis to solve engineering problems and carry out analysis of engineering data.
Study the industry techniques used to collect, manipulate and display geospatial digital data. This module will introduce and explain the methods used to convert graphical and coordinate data into the linear and circular measure required for setting out on site. You'll also develop skills in the production of plans and drawings using Computer Aided Design (CAD) packages.
This module will introduce you to the behaviour of structures. We'll discuss units, forces, moments, stresses, tension, compression, shear, bending and their application to the analysis of structures. In addition, we'll explore pin jointed frames analysis, determination of bending stresses from general bending equation and loading calculations. You'll learn using simple models to illustrate structural effects, discuss case studies, and examine real structures and analyse their structural behaviour.
Extend your study of the behaviour of structures. You'll explore more advanced examples of loading calculations, Mohr's circles of stress and strain, torsion, buckling, pre-stressing, strain energy and virtual work, and further soil mechanics. We'll use simple models to illustrate structural effects and discuss case studies. You'll also be encouraged to examine real structures and analyse their structural behaviour.
Enhance your understanding of the properties of materials in both the design and construction phases of any civil engineering project. You'll study the properties of a range of civil engineering materials including material properties, metals, cement, concrete, mortars, masonry, bricks, timber, inorganic glass, engineering soils – classification and properties, sealants & adhesives.
What you'll learn
Build your understanding of the commercial and contractual procedures involved in delivering civil engineering projects, such as preparing detailed risk assessments and recognising different contract types. You'll understand the professional role and responsibilities of civil engineering and allied professions, and recognise the range and application of contract types. We'll explore how to apply contract based processes especially related to payment and prepare detailed risk assessments and method statements for a range of civil engineering activities. You'll plan, monitor and control a complex project.
This module will introduce you to structural geology and the classification/identification of minerals and rocks for engineering applications. It will develop your knowledge of soil mechanics from first principles in respect to permeability and shear strength. The module will build your fundamental knowledge of shallow and pile foundation design and settlement calculations in respect to theory and application.
This module is an introduction to the factors which influence the sustainability of materials within construction. You'll appreciate the rationale behind different approaches to structural design and build on the knowledge of forces, moments and stresses developed in your Engineering Mechanics module. You'll also develop your understanding of the properties of materials from your Materials Science module. This module will introduce the design of structural elements in reinforced concrete, masonry, timber and steel.
Build on the knowledge of construction materials you gained in the Engineering Materials Science module. You'll further investigate the chemistry-material relationship. This module will cover topics including properties of materials and their use and deterioration in service, with an emphasis on concrete including its design and use on site and the deterioration of reinforced concrete structures. Above all, we will place emphasis on sustainability, i.e. high performance low carbon concrete. You'll also examine mechanisms of corrosion and prevention of corrosion, as well as physical metallurgy and polymers and their application in civil engineering. This module will also explore mechanical behaviour, e.g. molecular weight and the difference between for example LDPE and UHMWPE.
Combined with design, the analysis of structural elements and systems is one of the main themes of civil engineering courses. This module will consolidate and extend your understanding of the concepts of structural analysis techniques and their application to a variety of statically determinate and statically indeterminate beam and frame structures. You'll develop an understanding of the load-displacement behaviour of a range of structural configurations. You'll also gain an appreciation of the relationship between structural analysis and the design of basic structural elements and systems.
Many civil engineering problems require an understanding of the behaviour of fluids. This module will introduce you to the fundamental principles of fluid mechanics. It will develop your knowledge of these principles to analyse and solve basic civil engineering problems including buoyancy, the laws of continuity, energy and momentum, ideal and real fluids, and flow in pipes.
Enhance your ability to apply advanced analysis and mathematical techniques to complex engineering and science-related problems, building on concepts from previous modules. You'll study advanced calculus, vector geometry and calculus, differential equations, functional Series, matrix algebra and numerical methods. By the end of the module, you'll be able to communicate solutions to an engineering problem using the correct mathematical terminology and format.
What you'll learn
Complete an in-depth study of a topic relevant to civil engineering projects. This will typically involve pursuing knowledge through a laboratory based study, through field data gathering and analysis, thorough development and testing of computer tools for civil engineering problem analysis or through in-depth design analysis. The project you undertake will be technically based and will develop your self-direction, decision making and understanding of a specific area of civil engineering. You'll present the final output in a traditional dissertation format.
Advance your knowledge of the principles and applications of structural analysis and design. Indeterminate structural forms are considered with particular emphasis being placed on limit state concepts and related design applications. You'll study both stiffness and flexibility methods of analysis, and you'll appreciate the role of industry standard software to complement ‘manual’ analysis computations. Analytical methods and related design principles are studied and you'll be encouraged to critically evaluate alternative design solutions. You'll produce code compliant structural solutions to a professional standard in response to industry standard case studies.
Build upon the mathematical and management skills you established in your first and second years of study. You'll focus on mathematical methods that support decision making in a civil engineering context. We'll use operational research, financial appraisal and traditional mathematical techniques to examine engineering scenarios. You'll learn to justify management decisions on the basis of logic, quantitative simulations and objective analysis.
Develop your appreciation of site investigation techniques, particularly in relation to the interpretation of geotechnical data. The analysis of this data is presented by practical laboratory experiments. You'll also study theory and design applications related to seepage pressure/water flow, effective stress parameters, slope stability, foundation bearing capacity/settlement and retaining walls. This module will cover both hand calculations and computer methods (including finite element/difference packages).
Many civil engineering problems require an understanding of the behaviour of fluids. This module will underpin and extend the fundamental principles of fluid mechanics that you studied in your second year. You'll develop those principles to analyse and solve hydraulics and water engineering problems. You'll understand and apply various flow measuring techniques, and explore the core principles and laws of open channels, for uniform and simple non-uniform regimes. Studying this module will develop your ability to explore and apply these principles to analyse and solve simple practical problems including pump systems and networks. You'll understand the principles and issues associated with the 'water industry' including water treatment and the sustainability of schemes.
Consider a range of civil engineering infrastructure such as waste and clean water engineering, bridges, tunnels, power generation, highways and environmental considerations etc. You'll identify the design requirements for each and consider typical solutions. You'll be able to describe conceptual design considerations for different elements of infrastructure.
What you'll learn
Use and enhance the skills you developed during your first three years of study to produce a major piece of work to a clearly defined brief based upon a simulated industrial scenario. You'll need to demonstrate sound engineering and management judgement and work both individually and in groups. Your design outputs will be within strict time-scales, consider key conceptual design options and will develop solutions with regard to construction budgets and merits of material choices. Your work could support your applications for graduate positions. Where possible, you may be able to base an element of your work on a live project in collaboration with industry.
Complete an in-depth study of a topic relevant to your course. This will typically involve advancing your knowledge through a detailed research study through a critical appraisal and presentation. The topic area may be technical in nature or based on commercial aspects of industry including planning. A database of appropriate topics is maintained and is available from the onset of the course and reflects staff research interests, contemporary issues and regional industrial needs. The topic you choose may vary, and may be related to the area of study selected for the Integrated Project module, or link together more than one project area. In some circumstances, you may propose a topic for consideration and we'll consider such proposals on a case by case basis. Where appropriate, we'll identify and offer you research and development needs from collaborative contacts from industry.
The construction industry is continuingly changing through innovation. Professional engineers are required to demonstrate commitment to lifelong learning by undertaking, and formally recording, Continuing Professional Development (CPD) activities. As preparation, this non-credit module will require you to undertake non-academic CPD activities during your studies at university.
Analyse and design a range of structural forms, with emphasis placed on the principles and application of structural dynamics, plate theory, composite steel and concrete structural members, structural conceptual design, structural fire engineering and sustainability in structural engineering. You'll learn the core principles of mathematics, mechanics, and design modelling that underpin the Finite Element Method, a powerful tool for the analysis of complex structures. You'll also use state-of-the-art Finite Element software to perform structural simulations using a computer.
Option modules may include
Many civil engineering problems require an understanding of the behaviour of fluids. This module will build on the knowledge you gained in this area during your first years of study. It will develop the principles you'll need to analyse and solve hydraulics and water engineering problems. You’ll focus on the properties of fluids and the principles of fluid mechanics, hydraulic modelling and fluid systems analysis. Additionally, you'll develop an understanding of the issues, problems and solutions within the water infrastructure sector of civil engineering.
This module will integrate the study of analytical methods and related geotechnical engineering design principles to enable you to explore industry standard case studies. The use of finite element/difference software package(s) to model difficult ground engineering problems will also be embedded throughout the module. You'll be introduced to analysis for the selection and use of geosynthetics, as well as the basic principles of instrumentation and data acquisition. Your teaching will be driven by research and you'll learn to produce complex geotechnical-engineered solutions to a professional standard.
Explore the analysis, design and maintenance of highways with consideration given also to airports and railways. The highways component will include traffic analysis, route location, geometric, junction and pavement design together with management of the highway asset. You'll also study design and operational considerations in relation to airports and railways.
Humanitarian engineering involves the use of key engineering theory, principles and design skills. It proposes implementable solutions that promote the wellbeing of communities facing humanitarian challenges, both in developing and developed countries. These challenges can be immediate disaster/emergency/relief scenarios, or post relief/conflict reconstruction and rehabilitation phases of project implementation, or more long-term development scenarios facing many developing and/or developed countries.
This course offers the opportunity to take a ‘placement’ year – a year of paid employment in industry which will build your skills and experience. This is usually taken between the second and third year of your degree and will extend the length of your course by an additional year.
Students who choose the placement route find it helps with both their studies and getting a job after graduation. It can build your confidence, contacts, and of course your CV. Leeds Beckett advertise lots of placement opportunities and provide support in helping you find the right placement for you.
Fees and funding
The annual tuition fee for students entering in the 2026/27 academic year is anticipated to be £9,790 (the maximum annual tuition fee cap announced by the UK Government, which is subject to parliamentary approval).
For each subsequent year of study, the University may charge up to the maximum annual tuition fee cap set by the UK Government, which may increase in line with any uplift determined by the UK Government by law or government policy (such increases are expected to be linked to inflation).
Placement Year
You will normally spend a whole year in placement. For this year you will be charged a reduced fee, which is yet to be confirmed.
£16,840
International 2026
The tuition fee for the year for students entering in 2026/27 is £16840. The amount you will pay is fixed at this level for each year of your course.
Placement Year
You will normally spend a whole year in placement. For this year you will be charged a reduced fee of £2526.Fees and funding
The annual tuition fee for students entering in the 2026/27 academic year is anticipated to be £9,790 (the maximum annual tuition fee cap announced by the UK Government, which is subject to parliamentary approval).
For each subsequent year of study, the University may charge up to the maximum annual tuition fee cap set by the UK Government, which may increase in line with any uplift determined by the UK Government by law or government policy (such increases are expected to be linked to inflation).
Placement Year
You will normally spend a whole year in placement. For this year you will be charged a reduced fee, which is yet to be confirmed.Additional course costs
Tuition Fees
Your tuition fees cover the cost of registration, tuition, academic supervision, assessments and examinations.
The following are also included in the cost of your course:
- 24/7 Library and student IT support
- Free wifi via eduroam
- Skills workshops and resources
- Library membership, giving access to more than 500,000 printed, multimedia and digital resources
- Access to software, including five free copies of Microsoft Office 365 to install on your PC,laptop and MAC, and access to free high-end software via the Leeds Beckett remote app
- Loan of high-end media equipment to support your studies
Access to course resources, equipment and facilities, including:
- Some protective equipment for working in the construction materials laboratory and for site visits.
In many cases, costs associated with your course will be included in your course fee. However, in some cases there are ‘essential’ additional costs (those that you will be required to meet in addition to your course fee), and/or ‘optional’ additional costs (costs that are not required, but that you might choose to pay). We have included those essential or optional additional costs that relate to your course, below.
Essential Costs
- The year 3 site visit in Leeds is part of the Fluid Mechanics module. Costs are dependent on details and location - you'll need to pay transport costs for local trips and sustenance if required.
- Protective footwear for site visits and working in the construction materials laboratory.
Optional Costs
- Field trips/site visits. Costs are dependent on details and location - you'll need to pay transport costs for local trips and sustenance if required.
- Additional software to support your studies.
Other study-related expenses to consider: materials that you will need to complete your course such as books (whilst the library provides access to readings recommended for your modules, you may wish to purchase your own copies of some books); you can also make suggestions for books to be added to Library stock; placement costs (these may include travel expenses and living costs); student visas (international students only); printing, photocopying and stationery (you may need to pay for multiple copies of your dissertation or final project to be printed and bound); events associated with your course such as field trips; study abroad opportunities (travel costs and accommodation, visas and immunisations). Other costs could include academic conferences (travel costs) and professional-body membership (where applicable). The costs you will need to cover for graduation will include gown hire and guest tickets, and optional extras such as professional photography.
As well as your mobile phone, you will also need access to a desktop computer and/or laptop to complete assignments and access university online services such as MyBeckett, your virtual learning environment. You can book and borrow AV equipment through the media equipment service accessed online via the student hub and located in the library at each campus. Equipment includes: 360 Cameras, iPads, GoPros, MacBooks, portable data projectors, portable projection screens, flipchart stands, remote presenters, digital cameras and camcorders, SLR cameras, speakers, microphones, headphones, headsets, tripods, digital audio recorders and PC/laptops (a laptop loans service is provided on campus in the library on both campuses). Student laptops are also available from the laptop lockers located in the libraries.
This list is not exhaustive, costs are approximate and will vary depending on the choices you make during your course. Any rental, travel or living costs are also in addition to your course fees. If you choose to study via distance learning, you may not be able to access all of the facilities listed if you are not able to visit us on campus.
£16,840
For students entering in 2026
The tuition fee for the year for students entering in 2026/27 is £16840. The amount you will pay is fixed at this level for each year of your course.
Placement Year
You will normally spend a whole year in placement. For this year you will be charged a reduced fee of £2526.Additional course costs
Tuition Fees
Your tuition fees cover the cost of registration, tuition, academic supervision, assessments and examinations.
The following are also included in the cost of your course:
- 24/7 Library and student IT support
- Free wifi via eduroam
- Skills workshops and resources
- Library membership, giving access to more than 500,000 printed, multimedia and digital resources
- Access to software, including five free copies of Microsoft Office 365 to install on your PC,laptop and MAC, and access to free high-end software via the Leeds Beckett remote app
- Loan of high-end media equipment to support your studies
In many cases, costs associated with your course will be included in your course fee. However, in some cases there are ‘essential’ additional costs (those that you will be required to meet in addition to your course fee), and/or ‘optional’ additional costs (costs that are not required, but that you might choose to pay). We have included those essential or optional additional costs that relate to your course, below.
Access to course resources, equipment and facilities, including:
- Some protective equipment for working in the construction materials laboratory and for site visits.
Essential Costs
- The year 3 site visit in Leeds is part of the Fluid Mechanics module. Costs are dependent on details and location - you'll need to pay transport costs for local trips and sustenance if required.
- Protective footwear for site visits and working in the construction materials laboratory.
Optional Costs
- Field trips/site visits. Costs are dependent on details and location - you'll need to pay transport costs for local trips and sustenance if required.
- Additional software to support your studies.
Other study-related expenses to consider: materials that you will need to complete your course such as books (whilst the library provides access to readings recommended for your modules, you may wish to purchase your own copies of some books); you can also make suggestions for books to be added to Library stock; placement costs (these may include travel expenses and living costs); student visas (international students only); printing, photocopying and stationery (you may need to pay for multiple copies of your dissertation or final project to be printed and bound); events associated with your course such as field trips; study abroad opportunities (travel costs and accommodation, visas and immunisations). Other costs could include academic conferences (travel costs) and professional-body membership (where applicable). The costs you will need to cover for graduation will include gown hire and guest tickets, and optional extras such as professional photography.
As well as your mobile phone, you will also need access to a desktop computer and/or laptop to complete assignments and access university online services such as MyBeckett, your virtual learning environment. You can book and borrow AV equipment through the media equipment service accessed online via the student hub and located in the library at each campus. Equipment includes: 360 Cameras, iPads, GoPros, MacBooks, portable data projectors, portable projection screens, flipchart stands, remote presenters, digital cameras and camcorders, SLR cameras, speakers, microphones, headphones, headsets, tripods, digital audio recorders and PC/laptops (a laptop loans service is provided on campus in the library on both campuses). Student laptops are also available from the laptop lockers located in the libraries.
This list is not exhaustive, costs are approximate and will vary depending on the choices you make during your course. Any rental, travel or living costs are also in addition to your course fees. If you choose to study via distance learning, you may not be able to access all of the facilities listed if you are not able to visit us on campus.
Scholarships and bursaries
We are committed to ensuring that an education at Leeds Beckett University is open to all. If you're thinking of joining us for undergraduate study, you may be eligible for a non-repayable scholarship or bursary to help with the cost of university. To find out if you are be eligible visit our scholarships and bursaries page.
We also offer a range of non-repayable scholarships for international students. To find out if you may be eligible visit our scholarships for international students page and select your home country from the drop-down list.
Our courses create professionals who have built a broad-based knowledge of core civil engineering topics, learning from specialist lecturers who have worked in their respective fields. Becoming a civil engineer right now represents a fantastic opportunity to become involved in several upcoming high-profile infrastructure projects proposed in the UK, as well as opportunities to work on a multitude of prestigious projects worldwide.
Tom Craven
Course Director
Career prospects
There’s a lot to consider when choosing a course. Take a look at the team you’ll be working with, employability statistics and career prospects to help make up your mind.
What is civil engineering? Find out what a career in civil engineering involves and the opportunities it could lead to.
Career Prospects
There is currently a shortfall of graduate civil engineers in the both the UK and overseas, particularly within the emerging economies. The programme covers the main civil engineering disciplines that will prepare you for careers in design, construction or project management. You’ll also develop a range of skills through IT software applications, laboratory investigations, surveying exercises and project work to help increase your employability.
Civil engineering is a rewarding, innovative and exciting profession, and as an engineer you’ll work with a variety of people across many teams around the world.
This course will give you a qualification in a Science, Technology, Engineering and Maths (STEM) subject. You’ll be ready to go straight into the profession as a graduate civil engineer.
As a civil engineering graduate you could work for consultants, contractors, local authorities or government agencies and contribute to the design, construction and maintenance of a variety of infrastructure projects. You could also specialise in areas such as structures, transportation, water supply and treatment, power generation and supply.
Graduate, Marie-Claire, and student, Daniel, talk about what they most enjoyed about studying Civil Engineering, and the skills and opportunities the course has given them.
School of Built Environment, Engineering and Computing Industry Careers Fair 2022 - overview Sam Zulu explains what the Industry Careers Fair is all about and how it benefits both students and employers.
Tom Craven
Course Director / School of Built Environment, Engineering and Computing
Tom is the Course Director for all undergraduate Civil Engineering courses at the University. Tom has been with the University since 2007, delivering lectures across many modules. Tom now specialises as a civil engineering management lecturer.
Beckett Careers Team
Our careers service is not just there for undergraduates, we support our postgraduate taught and research students too.
Your postgraduate degree will boost your CV and help you stand out from the crowd. Whether you're just starting out on your chosen career path, changing careers or moving to the next level, we can provide you with expert advice and resources to help you take the next steps to achieving your goals.
Student life
At Leeds Beckett your experience is important to us, find out more about what to expect from your time on this course and life at uni.
I did my degree part-time and there have been so many aspects that I have been able to relate directly to my role. It’s meant that I have been able to understand the concepts but also to put what I’m learning into practice.
Marie-Claire Spicer
ICE Trainee Engineer, Leeds City Council
Explore Leeds Beckett
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With great music venues, culture, shopping and parks – we’ve got it all. Voted no.1 student city in the UK* and the Best Place to Live in the North and Northeast**.
*StudentCrowd, Best Student Cities UK, 2024
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It’s a great option for lots of our local students
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