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  • Civil Engineer

Civil Engineer Degree Apprenticeship

Designed in liaison with employers and delivered by experienced staff and industry experts, this programme will equip apprentices with the knowledge and skills to become competent and innovative civil engineers.

The Degree Apprenticeship in Civil Engineering programme prepares apprentices for their professional life with the capacity to manage the design, construction and maintenance of infrastructures.

Modules are designed to develop soft and technical skills embedded throughout the curriculum. With a focus on the practical application of knowledge, apprentices will learn to plan, design, maintain and oversee the construction of structures, systems and infrastructure.

Fieldwork, lab work and interdisciplinary projects based on industry case studies and design briefs help to develop management, communication, problem-solving and team-working skills and the ability to creatively design appropriate solutions.

Potential apprentices should read the FAQs to ensure they meet the eligibility criteria before submitting an application.

Key information

University of Brighton award Civil Engineering BEng (Hons)

Apprenticeship standard Civil Engineer (Degree)

Level 6

Start date September 2025

Application close date
End of June 2025

Duration 5 years

Location Moulsecoomb

Accreditation Joint Board of Moderators (JBM)

Ask us about apprenticeships

When I’m studying at university I’m learning things that directly relate to what I’m doing at work.

Tom King, West Sussex County Council

Programme details

Structure

Incorporating professional development in the workplace alongside academic study, this programme provides apprentices with the opportunity to achieve a BEng award in Civil Engineering while developing valuable professional skills and workplace experience.

Apprentices will spend one day per week studying with the university during term time by attendance of lectures, tutorials, laboratory sessions and completion of coursework which will fulfil the module criteria.

With support from the employer, apprentices are required to spend 20% of paid working hours on studies and be able to evidence this. This is a statutory requirement for apprenticeships and the funding is conditional on this being met. Off-the-job learning includes activities which have not previously been a part of the role or furthers apprentices development into new areas.

JBM accrediting bodies logo montage 2023

This degree is accredited by the Joint Board of Moderators (JBM) comprising the Institution of Civil Engineers, Institution of Structural Engineers, Institute of Highway Engineers, the Chartered Institution of Highways and Transportation and the Permanent Way Institution on behalf of the Engineering Council for the purposes of partially meeting the academic requirement for registration as a Chartered Engineer (CEng). Candidates must hold a masters or doctorate accredited as further learning for CEng to hold accredited qualifications for CEng registration.

See www.jbm.org.uk for further information and details of Further Learning programmes for CEng.

As part of this accreditation, we have achieved AHEP 4 standard meaning that our degrees meet the requirements of the Engineering Council’s Accreditation of Higher Education Programmes (Fourth Edition) in engineering, in line with the UK Standard for Professional Engineering Competence.

Syllabus

Year 1

  • Mathematics for Civil Engineering
  • Engineering Geology and Soil Mechanics
  • Civil Engineering Practice for Apprentices

Year 2

  • Structural and Stress Analysis
  • Construction Materials
  • Land and Construction Surveying Practice for Apprentices

Year 3

  • Structural Analysis
  • Concrete Technology and Design of Reinforced Structures
  • Hydraulics

Year 4

  • Design of Steel Structures
  • Computational Mechanics
  • BEng Individual Apprenticeship Project
  • Geotechnical Engineering 1

Year 5

  • Construction Methods and Technology for Apprentices
  • Integrated Approach to Design of Structures
  • Geotechnical Engineering 2
  • Sustainable Construction

Core skills 

Upon completion of the programme, apprentices will be equipped to:

  • demonstrate a strong commitment to the management and application of safe systems of work, including taking responsibility for health, safety and welfare issues; assessing and controlling risk; working within legislation and best practice
  • apply and integrate knowledge and understanding of other engineering disciplines
  • identify, classify and describe the performance of systems and components through analytical methods and modelling techniques
  • apply quantitative and computational methods in order to solve engineering problems
  • investigate and define problems, identifying any constraints including environmental sustainability limitations, intellectual property, codes of practice and standards
  • apply advanced problem-solving skills, technical knowledge and understanding to establish rigorous and creative solutions that are fit for purpose
  • plan and manage the design process, including cost drivers, and evaluate outcomes
  • communicate effectively through design models, calculations, reports, drawings, specifications, presentations, digital media and discussions to technical and non-technical audiences
  • interpret and apply design and quality standards
  • reflect on their personal development needs and continue lifelong learning.

Teaching and assessment

A broad range of teaching methods are used to meet the intellectual, academic and professional objectives of the programme while remaining inclusive to apprentices needs.

Apprentices learn through lectures; tutorials; seminars; case studies; laboratory and practical classes; fieldwork; flipped learning; IT projects; workshops and group projects. The multifaceted aspects of the application of engineering, information, information technology and computing are a continuing theme throughout the programme.

Apprentices are encouraged and supported to achieve their learning potential and develop their confidence through tutor-led and work-based learning. Towards the later stages of the programme, learning becomes apprentice-centred with a greater choice of optional modules.

Assessment is seen as an integral part of the system of teaching and learning strategies for the programme. Its aims are to foster, develop and test knowledge, skills, understanding and personal qualities as they may apply in the content of an engineer. Methods used include:

  • exams, including open book and seen and unseen papers
  • individual and group project work 
  • laboratory and field reports
  • presentations
  • interviews
  • portfolio.

Employer and apprentice commitments 

In order to deliver the programme, the employer undertakes to:

  • conduct a workplace induction and set out a contract of employment
  • provide a workplace mentor to supervise and monitor the progress of the apprentice
  • release apprentice for scheduled off-the-job training
  • ensure apprentices have continued protected time outside of term for off-the-job training
  • provide opportunities in the workplace to meet work-based learning requirements.

Throughout the programme, apprentices will:

  • attend the workplace for the agreed pattern as set out in the employment contract 
  • record all training sessions and off-the-job learning 
  • attend scheduled university learning sessions and complete all assessments as required by the university and End Point Assessment Organisation
  • behave in a safe and responsible manner at the workplace and university
  • engage with regular progress reviews 
  • complete a professional development portfolio throughout the apprenticeship.

Staff profile

Dr Maria Diakoumi is a principal lecturer in civil engineering in the School of Environment and Technology. She has over 10 years of both academic and industrial experience in the field of geotechnical engineering.  

Dr Diakoumi graduated from Aristotle University of Thessaloniki, Greece, with a Diploma (MEng equivalent) in Civil Engineering in 2003 and was awarded a PhD from the University of Southampton, in 2007. She received a Postgraduate Certificate in Learning and Teaching in Higher Education in 2010. She worked as a civil engineering consultant on the design of major underground projects in London for the Mott MacDonald Group and as a part-time lecturer during her PhD studies (2003–2007) at the University of Southampton.

She has held several roles within the School of Environment and Technology and led the BEng and MEng programmes in Civil Engineering (2014–2017) as course leader, working with colleagues to develop course content, accreditation activities, the student learning experience and links with external bodies. 

Dr Diakoumi has collaborated in various research projects which have been funded by the European Union (FP7, Interreg), the Royal Academy of Engineering, the Higher Education Academy and UKaid.

Maria Diakoumi Principal Lecturer

Facilities

The School of Architecture, Technology and Engineering has well-established laboratories in which apprentices are given practical experience supported by our skilled and knowledgeable technicians. This includes:

  • hydraulics lab
  • modelling studio
  • dynamics lab
  • heavy structures lab.

Apprentices are provided with many opportunities to engage with the university’s community, including through university induction, access to extensive library facilities, becoming course representatives and having a personal tutor for advice and guidance.

Civil engineering laboratory 360 tour

Fees and funding information for apprentices 

Course fees

As an apprentice, the cost of your learning programme is covered by your employer through their Digital Apprenticeship Service (DAS) account.

Student finance

Higher and degree level apprentices are not eligible for any element of student finance. This is because they receive a salary instead of the student loan package. However, if you are experiencing any financial difficulties, please contact the Student Advice Service on 01273 642 888.

Learning support

Apprentices studying at Higher and degree level may be able to access funding in relation to additional support, but this is available through the university and not Disabled Students Allowance. Apprentices may also be able to apply for Access to Work funding for work-based equipment and software. Please contact the Disability and Learning Support team on 01273 643 799.

Living costs and benefits

Higher and degree level apprentices must fulfil the standard eligibility criteria in order to apply for means tested benefits such as Universal Credit, Child Tax Credit and Housing Benefit. If you have any questions about entitlement to benefits, please contact the Student Advice Service on 01273 642888.

Higher and degree level apprentices who are undertaking a full-time mode of study can be treated as being exempt from paying Council Tax. Although some programmes require study on a day-release arrangement, this can still be classed as full-time study. You will need to obtain a letter from the Student Support Desk at any campus and send this to your Council Tax department when you enrol on the programme.

Other

Brighton and Hove bus discount

NUS card

To anyone considering an apprenticeship, go for it, because it opens a lot of career opportunities for you. My goal is to become a fully qualified civil engineer.

Lewis Huston, engineering technician, South East Water

Entry requirements

A-levels

BBB–CCC, including maths.

BTEC

BTEC Extended Diploma DDM-DMM, minimum M in Further Mathematics.

Access to HE Diploma

Pass with 60 credits overall at Access to HE Diploma. At least 45 credits at level 3, with 24 credits at merit or above. Must achieve maths level 3 units at distinction.

Applicants may be entitled to exemptions if they have completed:

  • an accredited Higher National Certificate (HNC) in civil engineering or equivalent with a suitable mathematics qualification
  • Level 3 Apprenticeship in civil engineering technician
  • an accredited Foundation Degree or High National Diploma (HND) in civil engineering, or equivalent with a suitable mathematics qualification.

Other

A qualification, HE credits or construction-related experience may count towards your programme at Brighton, and could mean that you can join this degree apprenticeship at level 5. We consider applications like this on an individual basis and you'll need to meet appropriate entry requirements.

Location

Moulsecoomb campus

Two miles north of Brighton seafront, Moulsecoomb is our largest campus and student village. Over the last four years Moulsecoomb has undergone a major transformation, planned with accessibility, inclusivity and sustainability in mind.

On campus you’ll find professional-standard facilities and learning resources for all of our subjects and a brand new academic building Elm House, alongside the library, student centre, fitness facilities and the Students’ Union.

Moulsecoomb has easy access to buses and trains and to all the exciting things happening in our home city.

New buildings in the Moulsecoomb development viewed from the street

Why choose us?

  • Degrees with a difference: creativity, sustainability and social responsibility are core values at the University of Brighton
  • Specialist focus on sustainable development, economic development, coastal regeneration and climate change
  • Apprenticeships rated ‘Good’ by Ofsted
  • 25 years’ experience in producing high-quality graduates
  • Accreditation: Our Civil Engineering Degree Apprenticeship is accredited by the Joint Board of Moderators as:
    • fully satisfying the educational base for an Incorporated Engineer (IEng)
    • partially satisfying the educational base for a Chartered Engineer (CEng).

A programme of accredited further learning will be required to complete the educational base for CEng.

Find out more on the JBM website.

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