Electrical and Electronic Engineering
BEng Hons
Available campuses
London
- Blended
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Intake period: January, April, June, September
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Attendance: Evening
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Program type: Full time
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Duration: 1 year
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Tuition fee: £ 9.535/year
Modules
Year 1
- Engineering Environment
- Introductory Engineering Mathematics
- Introductory Electrical Principles
- Introductory Analogue Electronics
- Introductory Embedded Systems
- Engineering Modelling and Analysis
- Instrumentation and Control
- Intermediate Digital Electronics and Communications
- Intermediate electrical Principles and Enabling Power Electronics
- Intermediate Embedded Systems
Entry Requirements
English Proficiency and Admission Process
If English is not your first language, you must complete an English language test that assesses speaking, listening, reading, and writing skills. We also accept a range of other English language qualifications.
Applicants will also need to attend an interview with a member of the admissions team.
Academic Qualifications:
Applicants must provide proof of their highest academic qualification, which can include:
- Level 3 Qualifications (e.g., A Levels, Level 3 NVQ, diplomas, certificates, or Access to Higher Education Diploma)
- International Baccalaureate
- High School Level Qualifications
- Level 2 Qualifications or equivalent (e.g., GCSEs, Level 2 NVQ, diplomas, certificates)
Minimum Age: 18 years old
Campus map location
- 2-10 Princeton St, London WC1R 4BH, UK
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Intake period:
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Attendance:
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Program type: Full time
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Duration:
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Tuition fee: £ /year
Modules
Entry Requirements
Campus map location
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Intake period:
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Attendance:
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Program type: Full time
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Duration:
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Tuition fee: £ /year
Modules
Entry Requirements
Campus map location
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Intake period:
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Attendance:
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Program type: Full time
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Duration:
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Tuition fee: £ /year
Modules
Entry Requirements
Campus map location
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Intake period:
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Attendance:
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Program type: Full time
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Duration:
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Tuition fee: £ /year
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Entry Requirements
Campus map location
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Intake period:
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Attendance:
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Program type: Full time
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Duration:
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Tuition fee: £ /year
Modules
Entry Requirements
Campus map location
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Intake period:
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Attendance:
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Program type: Full time
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Duration:
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Tuition fee: £ /year
Modules
Entry Requirements
Campus map location
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Intake period:
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Attendance:
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Program type: Full time
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Duration:
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Tuition fee: £ /year
Modules
Entry Requirements
Campus map location
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Intake period:
-
Attendance:
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Program type: Full time
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Duration:
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Tuition fee: £ /year
Modules
Entry Requirements
Campus map location
Course overview
The BSc (Hons) Electrical and Electronic Engineering Top-up degree is intended to provide you with the knowledge and abilities required for a professional career in the sector. In electronic engineering, we use electricity to transport, process, and store data. This is the driving force behind today’s information revolution, and it serves as the foundation for common devices such as the mobile phone and computer, as well as a wide range of systems utilised in commerce and industry.
The bachelor’s degree in BSc (Hons) Electrical and Electronic Engineering is the foundation of the engineering sector. One of the program’s primary goals is to train prospective engineers for meaningful professional work in the Electrical and Electronic Engineering fields.
Electrical engineering is the study of motors and generators, as well as their control, power transmission and distribution systems, and the underlying principles. We leverage the knowledge that electricity may be used to carry and deliver energy in electrical engineering.
It powers many of our household appliances and keeps the wheels of industry spinning. We take it for granted since it is such an established and reliable aspect of our lives, yet it remains a fascinating and evolving topic of research.
This BSc (Hons) Electrical and Electronic Engineering degree will provide you ‘real world’ engineering knowledge and skills gained through a combination of theory and practice.
You can learn about cutting-edge and new technologies that are altering global electricity distribution networks, such as Smart Grids. You will be able to exhibit systematic knowledge, such as applying engineering principles to critically analyse essential processes, once you have completed the course.
With this degree, you will have earned the necessary academic knowledge and practical abilities to understand, use, improve, and design electrical and electronics-based technology.
Along with expanding your engineering-related knowledge, we will assist you in developing lifelong learning skills that you can reflect on, communicate, and use in your daily life.
Electronics is significantly reliant on semiconductor technology, which resulted in the development of the well-known microchip.
Electrical and electronic engineering both rely on the same fundamental scientific laws, yet they diverge significantly beyond these fundamentals. Because of the technology sector’s rapid growth, there is a rising demand for creative, experienced engineers both nationally and internationally. Many major electronics companies have research and development facilities in the United Kingdom and Europe. Engineers from the United Kingdom can be assigned to projects in other countries.
Electronics powers many of our household appliances and keeps the wheels of industry spinning. We take it for granted since it is such an established and reliable aspect of our lives, yet it remains a fascinating and evolving topic of research.
The bachelor’s degree in BSc (Hons) Electrical and Electronic Engineering is the foundation of the engineering sector. One of the program’s primary goals is to train prospective engineers for meaningful professional work in the Electrical and Electronic Engineering fields.
Electrical engineering is the study of motors and generators, as well as their control, power transmission and distribution systems, and the underlying principles. We leverage the knowledge that electricity may be used to carry and deliver energy in electrical engineering.
It powers many of our household appliances and keeps the wheels of industry spinning. We take it for granted since it is such an established and reliable aspect of our lives, yet it remains a fascinating and evolving topic of research.
This BSc (Hons) Electrical and Electronic Engineering degree will provide you ‘real world’ engineering knowledge and skills gained through a combination of theory and practice.
You can learn about cutting-edge and new technologies that are altering global electricity distribution networks, such as Smart Grids. You will be able to exhibit systematic knowledge, such as applying engineering principles to critically analyse essential processes, once you have completed the course.
With this degree, you will have earned the necessary academic knowledge and practical abilities to understand, use, improve, and design electrical and electronics-based technology.
Along with expanding your engineering-related knowledge, we will assist you in developing lifelong learning skills that you can reflect on, communicate, and use in your daily life.
Electronics is significantly reliant on semiconductor technology, which resulted in the development of the well-known microchip.
Electrical and electronic engineering both rely on the same fundamental scientific laws, yet they diverge significantly beyond these fundamentals. Because of the technology sector’s rapid growth, there is a rising demand for creative, experienced engineers both nationally and internationally. Many major electronics companies have research and development facilities in the United Kingdom and Europe. Engineers from the United Kingdom can be assigned to projects in other countries.
Electronics powers many of our household appliances and keeps the wheels of industry spinning. We take it for granted since it is such an established and reliable aspect of our lives, yet it remains a fascinating and evolving topic of research.
Why study this course?
- Full support by Atlantic London from start until graduation.
- 85% of students were satisfied overall with their course.
- 93% of students agreed staff were good at explaining things.
- 80% work or doing further study 15 months after the course.
Student reviews
Hear first-hand from our incredible community of students.
Assessments
Most grades will be based on practical coursework assignmnets. You will be involved in tasks similar to those you might perform in the workplace. Some of them will be solitary tasks, while others may require you to work in a group. Assignments could include:
Assessments list
- Essays
- Reports
- Individual and group projects
- Research and consultancy projects
- Presentations
- Design of digital materials.
Fees & funding
Course fee per year: £9.535
- Financed by Student Finance England
The Tuition Fee of the course may vary depending on the institution you wish to study at, as well as your status in the UK. The course is available for UK/EU & International Students and eligible for Student Loans Company (SLC) funding to help cover the cost of your tuition fees and other expenses.
If you are an UK/EU citizen or living in the UK on an Indefinite stay, apart from the tuition fees, you could also receive support from the government via Student Loans Company to cover some living costs while studying.
Fees breakdown
- Tuition fee loans cover the full cost of your course and are paid directly to the course provider.
- Maintenance Loan pays for day-to-day living expenses like rent, bills, food and books. Unlike the fees loan, it's paid directly to your student bank account once a term and you can spend it on anything you like.
- Student Finance has to be paid back, however, you only make Student Loan repayments once you've left your course AND are earning enough. Repayments vary with your salary, and stop altogether if your income drops too low.
- Students can also apply for other types of special support grants, such as childcare grants or Disabled Students' Allowance if eligible.
- Moreover, almost all universities offer a selection of student bursaries. These are cash gifts you usually don't have to repay.
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Study & Career progression
When you graduate, you will have a wide range of job prospects in electrical and electronic engineering.A degree in electrical and electronic engineering opens up a variety of job options like:
Career progression examples
- Acoustic consultant
- Aerospace engineer
- Broadcast engineer
- CAD technician
- Control and instrumentation engineer
- Design engineer
- Electrical engineer
- Electronics engineer
- Nuclear engineer
- Sound engineer
- Special effects technician
At the same time, you could also continue your studies, specialising in an area of interest or exploring something new.
Electrical and Electronic Engineering
BEng Hons
Course summary
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