Degree Apprenticeships are a great new way for employers to upskill existing members of staff with degree-level skills and knowledge in the key areas needed to grow their businesses. They combine full-time paid work with part-time academic study and, when completed, result in the apprentice being awarded an Honours Degree at Level 6.
The engineering courses at UCW are delivered in the fantastic facilities on offer at our South West Skills Campus, with one workshop alone containing engineering equipment worth more than £1 million. Our apprentices are part of UCW just like any other student, so they also have access to our other campuses and all of the support services we offer.
UCW and UWE Bristol work closely with fantastic companies such as Rolls-Royce, GKN Aerospace, Airbus and the Ministry of Defence, to deliver Degree Apprenticeships across a number of engineering disciplines. The degree apprenticeships at UCW have been developed alongside employers, ensuring that apprentices gain the skills, knowledge and behaviours that are needed to work within the industry and to meet local skills needs. They combine full-time paid work with part-time academic study and, when completed, you will have achieved a BEng (Hons) Degree at Level 6. UCW apprentices are an integral part of the university centre, so they also have access to our other campuses and the support services we offer.
Apprenticeship Standards and course options:
Aerospace Engineer Standard (ST0010)
BEng (Hons) Aeronautical Engineering Degree
Manufacturing Engineer Standard (ST0025)
BEng (Hons) Electro-mechanical Engineering Degree
BEng (Hons) Mechanical Engineering with Manufacturing
Electrical or Electronic Technical Support Engineer Standard (ST0024)
Degree Apprenticeships are a great new way for employers to upskill existing members of staff with degree-level skills and knowledge in the key areas needed to grow their businesses. They combine full-time paid work with part-time academic study and, when completed, result in the apprentice being awarded an Honours Degree at Level 6.
The engineering courses at UCW are delivered in the fantastic facilities on offer at our South West Skills Campus, with one workshop alone containing engineering equipment worth more than £1 million. Our apprentices are part of UCW just like any other student, so they also have access to our other campuses and all of the support services we offer.
UCW and UWE Bristol work closely with fantastic companies such as Rolls-Royce, GKN Aerospace, Airbus and the Ministry of Defence, to deliver Degree Apprenticeships across a number of engineering disciplines. The degree apprenticeships at UCW have been developed alongside employers, ensuring that apprentices gain the skills, knowledge and behaviours that are needed to work within the industry and to meet local skills needs. They combine full-time paid work with part-time academic study and, when completed, you will have achieved a BEng (Hons) Degree at Level 6. UCW apprentices are an integral part of the university centre, so they also have access to our other campuses and the support services we offer.
Apprenticeship Standards and course options:
Aerospace Engineer Standard (ST0010)
BEng (Hons) Aeronautical Engineering Degree
Manufacturing Engineer Standard (ST0025)
BEng (Hons) Electro-mechanical Engineering Degree
BEng (Hons) Mechanical Engineering with Manufacturing
Electrical or Electronic Technical Support Engineer Standard (ST0024)
BEng (Hons) Electro-mechanical Engineering Degree
UCW and UWE Bristol work closely with fantastic companies such as Rolls-Royce, GKN Aerospace, Atkins and the Ministry of Defence to deliver Degree Apprenticeships across a number of engineering disciplines.
Our apprentices are part of UCW just like any other student, so they also have access to our other campuses and all of the support services we offer.
We work with companies to make sure that apprentices gain skills and knowledge relevant to their roles and also that these newly-learned skills are beneficial to their employer.
UCW can also help employers at every step of the process, from recruitment, applications and interviews to implementation of the programme, assessment and support on an ongoing basis.
Course options
BEng (Hons) Aeronautical Engineering – 4 years
An apprentice studying this degree apprenticeship you will cover the following modules:
Course Structure
Year 1
Students must take 120 credits from the modules in Year 1.
Year 1 is delivered at UCW.
Year 1 Compulsory Modules
Apprentices on the four year programme must take 120 credits from the modules in Compulsory Modules.
Level
Title
Credits
Module Code
4
Aeronautical Principles
30
UFMEAJ-30-1
4
Aerospace Mathematics and Applications
30
UFMEAK-30-1
4
Fundamentals of Materials for Manufacturing
15
UFME3K-15-1
4
Fundamentals of Mechanical Principles
15
UFME3H-15-1
4
Professional Practice for Engineers
30
UFME3N-30-1
Year 2
Learners must take 90 credits from the modules in Year 2.
Year 2 is delivered at UCW.
Year 2 Compulsory modules
Learners must take 90 credits from the modules in Compulsory modules.
Level
Title
Credits
Module Code
5
Aircraft Systems Design
15
UFMEAL-15-2
5
Fundamental Aircraft Structures
30
UFMEAM-30-2
5
Principles of Aerodynamics
15
UFMEAN-15-2
5
Principles of Flight
15
UFMEAP-15-2
5
Principles of Propulsion
15
UFMEAQ-15-2
Year 3
Learners must take 90 credits from the modules in Year 3.
Year 3 is delivered by UCW for Level 5 Modules and UWE Level 6 Modules.
Year 3 Compulsory modules
Learners must take 90 credits from the modules in Compulsory Modules.
Level
Title
Credits
Module Code
6
Aero Structures
15
UFMFVU-15-3
6
Composite Engineering
15
UFMFU6-15-3
5
Engineering Research and Collaborative Project
30
UFME78-30-2
6
Further Aerodynamics
15
UFMFXU-15-3
6
Integrated Electro-Mechanical Systems
15
UFMFSL-15-3
Year 4
Learners must take 60 credits from the modules in Year 4.
Learners must have achieved 330 credits before they can pass through gateway and take the End-Point Assessment module UFME7T-30-3
Year 4 is delivered at UWE.
Year 4 Compulsory Modules
Learners must take 60 credits from the modules in Compulsory Modules.
Learners must have achieved 330 credits before they can pass through gateway and take the End-Point Assessment module UFME7T-30-3.
Level
Title
Credits
Module Code
6
Aerospace Engineer Apprenticeship (Integrated) End Point Assessment
30
UFME7T-30-3
6
Aerospace Group Design Project
15
UFMFUU-15-3
6
Professionalism for Engineering Apprentices
15
UFMEAR-15-3
As a result of successful completion of this programme, an apprentice will: • be able to work as an effective graduate in the aerospace industry across the engineering sector within a multidisciplinary team. • have acquired the knowledge and understanding of scientific principles, tools and techniques necessary to underpin an education in engineering. The programme will provide insight into, and practical skills in, the creation and maintenance of engineering products and will explore the environmental impact of engineering. • have demonstrated an ability to integrate their knowledge and understanding of core subject material in order to solve a range of engineering problems either individually or as part of a team. • have developed and demonstrated understanding of the competencies and global social responsibilities required by a professional engineer in the workplace and society. Activities to scaffold this development are embedded throughout the core curriculum to develop the engineering habits of mind. As a consequence, apprentices will be able to critically appraise the value and effectiveness of future engineering innovations in the field in terms of business improvement and environmental sustainability.
After successfully completing this accredited degree apprenticeship in Aeronautical Engineering you will be professionally registered with the Royal Aeronautical Society
BEng (Hons) Mechanical Engineering with Manufacturing – 4 years
An apprentice studying this degree apprenticeship you will cover the following modules:
This programme is typically taught across both University Centre Weston and UWE Bristol.
Year 1 Compulsory Modules
The student must take 120 credits from the modules in Compulsory Modules.
ModuleCode
Module Title
Credit
UFMFPS-15-1
Applied Electrical Technology 2024-25
15
UFMFMS-30-1
Dynamics Modelling and Simulation 2024-25
30
UFMFKS-30-1
Engineering Practice 1 2024-25
30
UFMFLS-30-1
Solid Mechanics, Materials and Manufacturing 2024-25
30
UFMFNS-15-1
Thermofluids 2024-25
15
Year 2 Compulsory Modules
The student must take 90 credits from the modules in Compulsory modules.
ModuleCode
Module Title
Credit
UFMFQS-15-2
Engineering Practice 2 2025-26
15
UFMFVH-15-2
Lifecycle Engineering for Manufacturing Systems 2025-26
15
UFMFP7-15-2
Manufacturing Technology 2025-26
15
UFMFXA-15-2
Quality Control Systems 2025-26
15
UFMFSS-30-2
Structural Mechanics 2025-26
30
Year 3
The student must take 75 credits from the modules in Year 3.
Year 3 Compulsory Modules
The student must take 60 credits from the modules in Compulsory Modules.
ModuleCode
Module Title
Credit
UFMFRS-15-2
Engineering Research 2026-27
15
UFMFNQ-15-3
Professionalism for Engineers 2026-27
15
UFMFPB-15-3
Reliability Engineering and Asset Management 2026-27
15
UFMFUS-15-2
Systems Design 2026-27
15
Year 3 Optional Modules
The student must take 15 credits from the modules in Optional Modules.
ModuleCode
Module Title
Credit
UFMFU6-15-3
Composite Engineering 2026-27
15
UFMF7K-15-3
Materials and Structures for Special Applications 2026-27
15
Year 4 Compulsory Modules
The student must take 75 credits from the modules in Compulsory Modules.
ModuleCode
Module Title
Credit
UFMFX8-30-3
Engineering Project 2027-28
30
UFMFV8-15-3
Group Design and Integration Project 2027-28
15
UFMFSL-15-3
Integrated Electro-Mechanical Systems 2027-28
15
UFMFTB-15-3
Lean Factory Design 2027-28
15
As a result of successful completion of this programme, an apprentice will • be able to work as a graduate mechanical engineer across the engineering sector able to work as an effective member of a multidisciplinary team. • have acquired the knowledge and understanding of scientific principles and methods necessary to underpin an education in engineering. The programme will provide insight into, and practical skills in, the creation and maintenance of complex engineering products and will explore the environmental impact of engineering. • have demonstrated an ability to integrate their knowledge and understanding of core subject material in order to solve a substantial range of engineering problems, including ones of a complex nature either individually or as part of a team. • have developed and demonstrated understanding of the competencies and social responsibilities required by a professional engineer in the workplace and society. Activities to scaffold this development are embedded throughout the core curriculum to develop the engineering habits of mind. As a consequence, learners will be able to critically appraise the value and effectiveness of future engineering innovations in the field in terms of business improvement and environmental sustainability. • have the requisite academic knowledge, skills and preparation for progression to study for higher degrees in appropriate engineering disciplines. Workplace experiences of the wider apprenticeship will support the apprentice’s academic learning and outcomes.
After successfully completing this accredited programme. You will be professionally registered to the Institution of Mechanical Engineers.
BEng (Hons) Electromechanical Engineering – 4 years
An apprentice studying this degree apprenticeship you will cover the following modules:
Programme Structure
Year 1 is delivered at UCW.
Year 1 Compulsory Modules
Students must take 120 credits from the modules in Compulsory Modules.
Module Code
Module Title
Credit
UFME3J-15-1
Fundamentals of Electrical and Electronics Principles
15
UFME3L-30-1
Fundamentals of Engineering Mathematics and Modelling
30
UFME3K-15-1
Fundamentals of Materials for Manufacturing
15
UFME3H-15-1
Fundamentals of Mechanical Principles
15
UFME3M-15-1
Principles of Programming for Engineers
15
UFME3N-30-1
Professional Practice for Engineers
30
Year 2
Year 2 is delivered at UCW.
Year 2 Compulsory modules
Students must take 90 credits from the modules in Compulsory modules.
Module Code
Module Title
Credit
UFME76-15-2
Electro-mechanical Systems
15
UFME5X-15-2
Engineering Dynamics
15
UFME63-30-2
Signal Processing and Control
30
UFME7D-15-2
Structural Mechanics and its Applications
15
UFME79-15-2
Thermodynamics and Fluid Dynamics
15
Year 3
In Year 3, Level 5 modules are delivered at UCW with the exception of UFME78-30-2 (joint delivery at UWE) and Level 6 modules are delivered at UWE.
Year 3 Compulsory Modules
Students must take 75 credits from the modules in Compulsory Modules.
Module Title
Credit
UFMFYJ-15-3
Control Engineering
15
UFME78-30-2
Engineering Research and Collaborative Project
30
UFMFV8-15-3
Group Design and Integration Project
15
UFMFSL-15-3
Integrated Electro-Mechanical Systems
15
Year 4
Year 4 is delivered at UWE.
Year 4 Compulsory Modules
Students must take 75 credits from the modules in Compulsory Modules.
Module Title
Credit
UFMFYS-15-3
Advanced Manufacturing Technology 2027-28
15
UFMFU6-15-3
Composite Engineering 2027-28
15
UFMFD7-15-3
Energy Technologies 2027-28
15
UFMFX8-30-3
Engineering Project 2027-28
30
As a result of successful completion of this programme, a student will: • be able to work as an effective graduate Electro-mechanical engineer across the engineering sector within a multidisciplinary team. • have acquired the knowledge and understanding of scientific principles and methods necessary to underpin an education in engineering. The programme will provide insight into, and practical skills in, the creation and maintenance of engineering products and will explore the environmental impact of engineering. • have demonstrated an ability to integrate their knowledge and understanding of core subject material in order to solve a range of engineering problems either individually or as part of a team. • have developed and demonstrated understanding of the competencies and social responsibilities required by a professional engineer in the workplace and society. Activities to scaffold this Engineering Degree Apprenticeships development are embedded throughout the core curriculum to develop the engineering habits of mind. As a consequence, students will be able to critically appraise the value and effectiveness of future engineering innovations in the field in terms of business improvement and environmental sustainability.
After successfully completing this accredited programme. You will be professionally registered to the Institution of Engineering and Technology.
You will be assessed both as an individual and a group, which will include written assignments, exams, a portfolio, report and presentation.
There will be a wide range of opportunities that apprentices can be involved with in a structured career path, such as building, civil engineering and specialist occupations.
Qualification Requirements
Whilst any entry requirements will be a matter for individual employers, typically an apprentice might be expected to have already achieved academic qualifications of 96* UCAS points or above at A-Level standard or equivalent, to include two STEM based subject such as Maths, Physics, ICT, Computing, Electronics. Plus Five GCSEs at Grade 4 and above** including Mathematics, English and Double Science or equivalent qualification. (*Equal to 240 UCAS points. Prior to 2017,**equal to Grades C and above).
Here at UCW, our lecturers are made of sector professionals.
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We're taking education to a whole new level. By being part of a Career Excellence Hub, all of our study programmes are designed to make you "job ready" when you graduate.
We work with a diverse range of local and national employers to ensure our courses are upgraded with career-boosting benefits.
HOW DOES THIS BENEFIT ME?
Incredible and inspiring guest lecturers
Exclusive networking opportunities
Key focus on skills employers are after
Course content is signed off by employers to ensure what you're being taught is up to date and relevant to the industry
With Degree Apprenticeships having been identified as a crucial part of the UK’s long-term education and economic growth strategies, there
is plenty of financial support available.
If a business has an annual payroll in excess of £3 million, it will be able to fund this apprenticeship through its Apprenticeship Levy contributions. Non-levy payers may only have to pay up to 5% of the cost of the course.
Part-time tuition fees: up to £33,000 for the full course.
This covers all of the teaching and assessment elements that are required for you to complete the course.
It also includes:
The use of UCW equipment and specialist software.
Annual £10 printing and photocopying allowance for full-time students and £5 for part-time students.
The use of UCW computer equipment at any of our campuses and access to Microsoft Office 365 while you are enrolled with UCW.
Extra printing and photocopying above the £10 limit.
The cost of books that you may wish to purchase.
Students may also be required to pay extra for day trips and residential visits which, when in the UK, will cost approximately £50 per day.
Transport between our campuses, and to/from your partner university and any work placements. We encourage students to take advantage of termly bus passes to reduce transport costs.
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