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BEng (Hons) Engineering (Advanced Manufacturing Engineering) (Full Time)

Marketing Title
14/09/2026
Format
11/06/2027
Format
Level 6
Full-Time
EG3501C22F (2026/2027)
Nelson and Colne College - Nelson and Colne College, Scotland Road, Nelson, BB9 7YT
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Course Information

Course Information
The BEng (Hons) Engineering (Advanced Manufacturing Engineering) (Top-Up) is designed for students who have completed an HND or Foundation Degree in Engineering and wish to progress to a full Honours degree. This programme develops advanced knowledge of manufacturing technologies, systems, and processes, preparing you for senior technical, professional, or managerial roles in this rapidly evolving sector.

You will study areas such as simulation, lean manufacturing and advanced materials, alongside project management, sustainability, and innovation. With advanced manufacturing central to the future of global industry, this programme equips you with the expertise and adaptability needed to succeed in competitive environments.

Our facilities are developed with employer input to reflect current industry practice, providing access to advanced tools, simulation software, and renewable energy technologies. The Learning Resource Centre enhances your studies with specialist texts, journals, and databases, supported by expert staff to strengthen your academic and research skills.
Modules :
Individual Major Project - The module requires students to manage and deliver a professional‑standard engineering project that synthesises prior learning, addresses an approved real‑world problem aligned with their target award, develops new skills beyond the taught syllabus, produces an evaluable solution or artefact, and includes an assessment of the project’s commercial potential.
Engineering mathematics and computation - The module extends the mathematics covered in earlier Higher National Diploma study by introducing additional engineering‑focused topics useful at level 6 and for future progression, while also teaching students to use industry‑standard software to model and solve engineering problems.
Engineering Systems Design and Simulation - The module develops a systems-based approach to analysing and designing complex electrical or mechanical systems - using case studies that include unfamiliar, interrelated subsystems - and builds advanced modelling skills that allow these real systems to be simulated with greater accuracy, with the modelling work based on the same systems explored in the analytical component.
Engineering Innovation - The module is designed to develop an understanding of innovation, creativity and problem solving as core requirements for business success in a globalised economy, and to provide students with the knowledge and skills required for successful exploitation of new ideas.
Further Materials Science - This module is designed to acquaint students with the principles underlying the relationships between structure and properties for a range of engineering materials. Students will wrestle with the issues of selecting fit for purpose materials for a range of engineering applications, and will evaluate their choices in the light of their understanding of the structure of the materials chosen.
Teaching combines lectures, seminars, workshops, and laboratory sessions with guided independent study. Advanced concepts are introduced through lectures, while practical sessions and labs allow you to apply knowledge using industry-standard equipment and digital technologies.

Project-based assignments and group work reflect real-world manufacturing challenges, encouraging collaboration, leadership, and innovation. Tutorials and feedback sessions provide individual support, while independent research develops critical analysis and technical expertise.
Candidates should have a level 5 qualification (typically, HND or Foundation Degree) in a subject closely related to their intended pathway.

It is normally a requirement that: HNDs were passed with an overall Merit, or Foundation Degrees have an overall average mark of 50% or higher All mathematics modules within students' level 4 and 5 studies were passed.Students offering different qualifications, or with lesser grades than stated above are welcome to apply and will be considered through our Non-Standard Entry processes.
Reports and essays – critically evaluating electrical and electronic concepts.
Project-based assignments and case studies – applying theory to engineering challenges.
Laboratory and workshop assessments – demonstrating technical and practical competence.
Presentations and professional discussions – developing confidence in communication and leadership.Examinations – testing knowledge of specialist topics.
Independent Major Project – producing a substantial research-based study in your chosen area.
Examinations – testing knowledge of core and specialist topics.
Strong University Partnership – This degree is validated by Liverpool John Moores University.
Specialist Facilities – Access purpose-built learning environments including counselling pods, a VR suite, and a dedicated University Centre.
Proven Success – Students achieve some of the highest satisfaction and progression rates in the region, moving into employment or postgraduate study.
Financial and Practical Help – From bursaries and equipment loans to free breakfast and gym access, we provide wide-ranging support to help you succeed.
Graduates of the BEng (Hons) Engineering (Advanced Manufacturing) are highly valued for their technical knowledge, problem-solving ability, and innovative approach. Career opportunities include Manufacturing Engineer, Process Engineer, Automation Engineer, Production Manager, or Quality Engineer, with roles available across aerospace, automotive, energy, and advanced manufacturing sectors.

Qualified engineers are also sought after in wider fields such as research, development, technical consultancy, and project management. The degree provides a strong platform for postgraduate study or progression towards Chartered Engineer (CEng) status.
As a BEng Advanced Manufacturing Engineering student, you will study in our dedicated University Centre and specialist engineering facilities. These include fully equipped engineering workshops, CAD/CAM suites, automation equipment, and laboratories, reflecting modern industry environments.

Our facilities have been developed in collaboration with employers, ensuring your training is aligned with sector needs. You will also benefit from access to simulation software, robotics, and digital resources. The Learning Resource Centre provides specialist texts, journals, and databases, supported by expert staff to help you develop strong research and academic skills.
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