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HNC Electrical and Electronic Engineering (Full Time)

Marketing Title
14/09/2026
Format
11/06/2027
Format
Level 4
Full-Time
EG1002E20F (2026/2027)
Nelson and Colne College - Nelson and Colne College, Scotland Road, Nelson, BB9 7YT
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Course Information

Course Information
The HNC Electrical and Electronic Engineering is designed for students who want to develop higher-level knowledge and technical expertise in electrical and electronic systems. This qualification provides a strong grounding in core engineering principles while focusing on the design, analysis, and maintenance of electrical and electronic technologies used across modern industry.

You will explore areas such as circuits, power systems, digital and analogue electronics, control systems, and renewable technologies, alongside essential skills in mathematics, design, and project management. The programme emphasises sustainability, safety, and efficiency, preparing you to respond to the demands of rapidly advancing technologies in sectors such as energy, manufacturing, aerospace, and communications.

Delivered in collaboration with employers and aligned to industry needs, the HNC is widely recognised and offers clear progression to the HND Electrical and Electronic Engineering or degree-level study.
Modules :
Design & Project – applying knowledge gained from other modules into real world project situations
Engineering Mathmatics – applying mathematical methods to solve technical problems.
Engineering Science – understanding the principles underpinning engineering.
Electrical Machines - This module covers the principles, construction, and key operating characteristics of electromagnetic machines such as transformers, motors, generators, actuators, and transducers.
Electronic circuits and devices - This module introduces the use of manufacturers’ data to analyse electronic circuits and devices, covering amplifier operation, feedback types, oscillators, and testing procedures to evaluate circuit performance.
Electrical and Electronic Principles - This module covers the fundamental principles of electricity and semiconductor theory, introducing basic circuit laws, key components such as diodes and transistors, and the operation of simple amplifiers and logic‑gate circuits.
Teaching combines lectures, seminars, workshops, and laboratory sessions with guided independent study. Lectures introduce core engineering and manufacturing concepts, while workshops and lab sessions allow you to apply knowledge using specialist equipment and software.You will engage in project-based assignments and group work to build teamwork and problem-solving skills. Tutorials and feedback sessions provide personalised support, while independent research develops your analytical and professional competence.
Candidates are selected on the basis of their ability to cope with and benefit from the programme. Their suitability can be demonstrated either through previous educational achievement or through experience and aptitude.

Admission by prior qualification will normally require a minimum 48 UCAS Tariff points with the majority of the points gained in engineering, mathematics or science subjects. Typically, points can be derived from:

o One or more GCE A level(s) or Vocational A level pass or equivalent
o Two AS level passes
o BTEC National Diploma/Certificate
o Other qualifications such as Scottish Highers, Welsh Baccalaureate, Irish Leaving Certificates, International Baccalaureate, with the required UCAS points
o A pass in a recognised Access course
o Equivalent Scottish or Irish qualifications

Candidates should normally have a qualification at level 3 that has appropriate mathematical content. Admission by experience and aptitude will be based on the length and type of the candidate’s employment experience and his/her ability to demonstrate an aptitude and enthusiasm for the subject. As part of this process, candidates may be required to undertake aptitude tests and/or to provide personal and/or employment references.
Reports and essays – analysing engineering and manufacturing concepts.
Project-based work and case studies – solving real-world technical challenges.
Laboratory and workshop assessments – evidencing practical and technical skills.
Presentations and professional discussions – building communication and leadership.Portfolios of work-related learning – showcasing applied knowledge and reflection.
Strong University Partnership – This HNC 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 HNC Electrical and Electronic Engineering are equipped for a wide range of technical and supervisory roles. Career opportunities include Electrical Engineer, Electronics Technician, Control Systems Engineer, Power Engineer, or Instrumentation Engineer, with opportunities across aerospace, automotive, communications, energy, and advanced manufacturing sectors.

The qualification also provides a clear route to the HND Electrical and Electronic Engineering or related degree-level study, supporting progression to more senior technical or managerial roles and professional registration.
As an HNC Electrical and Electronic Engineering student, you will study in our dedicated University Centre and specialist engineering facilities. These include fully equipped engineering workshops, Electrical and electronic laboratories, and CAD suites, all designed to reflect industry-standard environments.

Facilities have been developed in collaboration with employers to ensure alignment with sector needs, offering access to advanced tools and digital resources. The Learning Resource Centre provides academic texts, journals, and online databases, supported by expert staff to help you develop your research and study skills.
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