The BSc (Hons) Electrical Engineering (Sustainable Energy) degree programme is delivered as part of Lincoln College's involvement in the Lincolnshire Institute of Technology.
The Sustainable Energy sector covers conventional and sustainable energy sources as well as energy distribution and usage to explore how these can be best monitored and managed by applying the broader generic technologies studies.
The Lincolnshire IOT has invested heavily in sector specific equipment and software in order for this course to provide students with high level applied skills relevant to the diverse Sustainable Energy sector.
Typical Course Structure
- Electrical and Mechanical Principles
- Maths for Engineers
- Analogue and Digital
- Data Acquisition
- Professional Skills and Workshop
- Conventional Energy
- Control Engineering
- Engineering Design Project
- Power Electronics
- Industrial Networking
- Renewable Energy
- Electrical Distribution and Utilisation
- Project Dissertation
- Personal Development and Employability
- Robotics and Mechatronics
- Energy Storage and Conversion
- Electrical Power in Transportation
Students will study on the Lincoln College Campus for the full duration of the course. Full-time, three years. Course contact hours are to be confirmed.
Whilst the sessions delivered at College will typically fall between Monday and Friday from 9am – 5pm, it is expected that students will complete online study, in addition to the independent study, outside of these times.
Students should also make themselves available to complete work experience hours outside of these times.
View the HE Student Handbook
Lincolnshire Institute of Technology (IOT)
The Institutes of Technology (IOT) have been formed across England to enhance the career and employment chances of young people and adults.
The IOT Electrical Engineering programmes at Lincoln College are aimed to develop engineers with a broad understanding of Electrical Engineering or Control Engineering applied to the current and emerging technologies and issues of the Electrical Power/Sustainable Energy sector, the Production Technology sector and the Control via connected devices sector. Students on these courses spend a significant time working with industry-standard equipment in our new facility located in the Gibney building.
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How to Apply
Applications for this course are processed through UCAS. To apply for this course please make a note of the Institute Code and UCAS Course code above and click on the link below:Apply Online at UCAS
This course is validated by the University of Hull. The validating institution is responsible for awarding the qualification at the end of the programme. Students on validated courses are OfS registered, funded and taught at Lincoln College and it is the responsibility of the College to manage all aspects of this provision. The validating institution maintains an oversight of the programme throughout the academic year and must be satisfied that students are being taught in line with the required academic standards of the awarding institution. For full details and information of the responsibilities and conditions of study of both Lincoln College and the validating partners please see the Policies section.
A minimum of 80 UCAS Tariff points from:
- GCE A and AS Levels with at least one subject at A Level in Maths and Physics
- BTEC National (Diploma or Extended Diploma) in a relevant subject (Engineering discipline)
- Access to HE Diploma
- T Levels
- Scottish Higher/Advanced Higher with at least one subject at Advanced Higher
- GCSE English – Grade C/4 or above
- GCSE Maths – Grade C/4 or above
*For mature applicants, some experience may be taken in lieu of A Levels/BTECs
EU and International Applicants
ENIC confirmed equivalent of 80 UCAS points
IELTS with an overall score of 6.0 and a minimum of 5.5 in each component. Equivalent English language qualifications are acceptable for applicants not requiring a Tier 4 student visa
The assessment methods typically used throughout the programme include:
- Lab report
The Sustainable Energy pathway could allow learners to go on to possible careers in: SMART electricity metering and connected smart grid, photovoltaic generation, North Sea wind, nuclear electrical energy distribution, large scale electrical energy storage and many more. Graduates may also continue their studies at postgraduate level.
Per Academic Year
- Home Students - £9,250
- International Students - £9,500
Tuition fees will remain unchanged for the duration of a student’s continuous enrolment.
Additional Course Costs
Please see the full ‘HE Terms and Conditions’ for details of additional library and printing costs associated with this programme.
Additional compulsory course costs can be paid for using the Career Degree Bursary. The scheme allows students to access the bursary (up to a maximum value of £500 for full-time or £250 part-time students) for additional optional courses, workshops, professional memberships and resources. There is no cash alternative. Students who wish to access opportunities in excess of the Career Degree Bursary may do so at full cost to themselves.
Attend an Open Day
Our upcoming Higher Education (HE) Open Days are listed on the Open Days webpage. Please register your place via the Eventbrite links listed.
If you have any questions or would like further information, please email: email@example.com
If you have Special Educational Needs and/or Disabilities and feel that you may need support, for example with your application or visiting us at an Open Day, please contact firstname.lastname@example.org or call 01522 876225 to discuss your needs. This service is confidential.
Start Date:September 2023
UCAS Course Code:H690
UCAS Institution Code:L42