Teaching is by a combination of lectures, which will provide you with a broad overview of topics, and workshops and will provide you with the opportunity to develop practical skills and discuss particular issues. Lectures will involve the use of a variety of materials, original documents, Internet research and practical demonstrations.
All units will have specific assignments to complete to provide evidence of understanding, some of these will be ‘time constrained’ and take place under open book examination conditions or set by Pearson Edexcel. All units must be successfully completed to achieve a qualification.
The programme typically involves an average of four timetabled lessons of 90 minutes over one day per week for the duration of each 30 week academic year.
You will also be expected to dedicate at least eight hours per week to self-directed study to carry out research and assignment work outside of timetabled classes.
You will develop transferrable skills, particularly in teamwork, problem solving and time management, and intellectual skills such as the ability to think logically, research, analyse and evaluate theories and models, and the ability to communicate your findings orally and in writing.
Successful completion of the programme will enhance your employment prospects in the industry; the HNC is a highly regarded industry qualification and the blend of theory and practical skills gained by students is valued by employers. Starting salaries for graduate engineers can be as high as £29,000 p.a., increasing to £65,000+ p.a. when a senior level is reached (prospects.ac.uk, 2015).
Typical career paths include design engineer or management positions in service, installation, commissioning and manufacturing.
You will be encouraged to pursue further study after completing your studies with the College. The HNC qualification can be converted to a Level 5 HND. The qualification may also be accepted for direct entry to the second year of a full degree (subject to the entrance criteria of the teaching university or college).
You will need a scientific calculator, A4 lever arch folders, a pen drive and access to the internet as programme materials, lecture slides and links to learning resources, including a wide range of electronic journals and databases, will be available to you via Moodle, the College’s virtual learning environment.
You will be required to undertake significant reading and research and you may need to purchase some books. A reading list will be available before the start of the programme.
Following receipt of your application, you will be invited to an interview with the programme leader. At the interview you will be asked to a complete a maths assessment of 30 minutes duration which, combined with the interview, will help us to assess your suitability for the programme and this level of study. We will also consider your application and the entry requirements when making a decision.
Please apply direct to the College using the College website.
The course is to be taught at the new campus in Elwick Road, Ashford and will have access to state of the art teaching resources and a fully equipped laboratory to enable theory to be put into practice.
All lectures are supported by qualified lecturers with industry experience.
As this is a part time course with attendance at college of one day each week over 2 years, students can combine studying for a higher education qualification with gaining real life work experience in employment in the industry.
Students are supported outside of college via the college’s Virtual Learning Environment (VLE) and a learning resource centre which provides access to eBooks and industry journals, all accessible 24/7.
The programme is aimed at individuals who are employed in the engineering industry and wish to enhance their career prospects and/or make the first step into higher level study, as well as those seeking a change of career.
Students should ideally be employed in an appropriate industrial organisation and hold a relevant Level 3 qualification, such as an (Extended) Diploma in Engineering or ONC equivalent, A levels in Maths and Science will also be considered.
Enquiries from mature students with relevant work experience and alternative Level 3 qualifications are welcomed and will be considered on an individual basis.
• Engineering Design (15 credits)
• Engineering Maths (15 credits)
• Engineering Science (15 credits)
• Engineering Management (15 credits)
• Mechanical Principles (15 credits)
• Electrical and Electronic Principles (15 credits)
• Electronic Circuits and Devices (15 credits)
• Managing a Professional Project (15 credits)