Electronics and Renewable Energy Systems
Bachelor's degree
In Leeds
Description
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Type
Bachelor's degree
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Location
Leeds
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Start date
Different dates available
As global demand for energy grows, governments and companies are increasingly seeking to reduce the world’s dependence on fossil fuels. This course allows you to study electronic engineering alongside specialist topics in the field of renewable energy systems to meet these challenges head-on.
You’ll gain a foundation in the mathematical and scientific principles that underpin electronic engineering and core topics like circuit theory and communications systems. Then you’ll build your knowledge of areas such as power systems, smart grid systems, power electronics for renewable systems control and energy conversion.
You’ll gain extensive hands-on learning in power electronics, electric drives, and solar/wind power test benches in our renewable energy study centre. Practical laboratory classes and project work in each year of the course will also allow you to apply your knowledge to real life work situations, developing your knowledge and skills for a variety of exciting careers.
You can choose to take either the four-year Integrated Masters (MEng, BEng) or the three-year Bachelor’s (BEng) degree on this course.
Find out more about the MEng, BEng and BEng.
Specialist facilities
You’ll have access to world-class facilities, including the ARM Embedded Systems Laboratory and the Keysight Technologies Wireless Communications Laboratory, which features professional-standard equipment including arbitrary function generators and 100MHz 4-channel oscilloscopes.
For your final-year project, you could also have access to facilities such as our bionanoelectronics research laboratory, terahertz imaging laboratory, or ABB robotic arm laboratory.
Facilities
Location
Start date
Start date
About this course
Entry requirements
A-level: AAA including Mathematics.
Where an A-Level Science subject is taken, we require a pass in the practical science element, alongside the achievement of the A-Level at the stated grade.
Excludes A-Level General Studies or Critical Thinking.
Extended Project Qualification - We recognise the value, effort and enthusiasm applicants make in the Extended Project, and where an applicant offers an A in the EPQ we may make an offer of AAB at A-Level (any required subjects such as Mathematics must still be at grade A). background.
Access to Leeds is an alternative...
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Subjects
- Ethics
- Access
- Renewable Energy
- Electronic Engineering
- Design
- Mathematics
- Engineering Mathematics
- Project
- Communications
- Systems
- Engineering
- GCSE Mathematics
Course programme
All of our core electronic and electrical degree courses have a common first two years. This lays the foundations of your studies and gives you a thorough understanding of key topics, but it also means you can easily change between these courses until the end of Year 2. You’ll learn about the physical principles that affect the function of electronic components and electrical systems, as well as circuit theory, analysis and design. You’ll also study communications systems and networks, power electronics and modules designed to improve your mathematical skills for engineering.
This foundation will prepare you for specialised modules in Year 3, focusing on topics such as smart grid systems, electric drives and embedded systems. You’ll also choose to study digital communications or integrated circuit design, and learn more about the professional and industrial context of renewable energy systems and the engineering sector.
If you choose to continue to Year 4 for the MEng qualification, you’ll study the ways renewable energy sources can be used to generate power, and select from optional modules on topics such as control systems design, or power electronics. You’ll also complete a dissertation to build your awareness of aparticular aspect of the industry, and apply your knowledge to a substantial research project.
ProjectsEvery year of the course gives you hands-on experience of project work. This gives you the opportunity to explore your subject further as well as developing valuable skills in problem solving, communication and teamwork.
Find out more about our Projects
Engineering ethicsYou’ll study engineering ethics as part of your course, with lectures and/or seminars in each year of your study. Visit our engineering ethics webpage to find out more.
Course structureThese are typical modules/components studied and may change from time to time. Read more in our Terms and conditions.
Modules Year 1Compulsory modules
- Circuit Analysis and Design 20 credits
- Circuit Theory 10 credits
- Communications Networks and Signals 10 credits
- Communications Systems 10 credits
- Digital Electronics and Microcontrollers 20 credits
- Further Engineering Mathematics 10 credits
- Physical Electronics 1 10 credits
- Physical Electronics 2 10 credits
- Introduction to Engineering Mathematics 20 credits
- Engineering Mathematics 10 credits
- Algorithms and Numerical Mathematics 10 credits
Compulsory modules
- Electronic Circuit Design 10 credits
- High Frequency Electronics 10 credits
- Transistors and Optoelectronic Devices 20 credits
- Communications Theory 20 credits
- Power Electronics 10 credits
- Control Systems 10 credits
- Embedded Systems Project 20 credits
- Microprocessors and Programmable Logic 20 credits
Compulsory modules
- Professional Studies 10 credits
- Integrated Circuit Design 10 credits
- Digital Communications 10 credits
- Electric Machines 10 credits
Electronics and Renewable Energy Systems