Electricity is embedded into our everyday lives and our routines from keeping our homes warm and our lights on in the dark. Electrical engineers create and design new devices and systems as well as improving and maintaining our current electrical infrastructure. Studying Electrical Engineering at university will offer candidates the chance to get involved in powering the entire planet.
Electrical and Electronic Engineering (EEE) deals with the study of the application of electronics, electricity and electromagnetism which has been practised since the 19th century.
Electrical engineering courses can be competitive and require impressive grades to attend institutions at the top of the university rankings league table. Some universities may ask for AAA while others only require a BBB for admission. Students are advised to research their university and their desired course to ensure they understand what grades they need to get accepted.
You can also see our Electrical Engineering personal statement examples; these will help you to gain an insight into what you need for your personal statement (Learn more – The personal statement editor help students complete their statements to a university accepted level).
Individuals can study for their Bachelor’s of Engineering (BEng) full or part-time, however, the courses are not available through online or distance learning due to the practical nature of the course. Students learn practical skills throughout the course through the workshop and classrooms making it a degree that you can only obtain by attending a university or college to complete it.
There are many degrees available with EEE on its own or as part of a joint degree where a student can study two subject areas, for example, BEng Electrical and electronic engineering, or to pair it with management or business.
During the first year of study, candidates will gain insight into circuit theory, electronic and digital programming, energy and environment, engineering design and micro-processing and micro-controlling. Studying an engineering course allows students to enhance their problem-solving skills and turn creativity into reality with the help of their tutors and classmates.
Students will study all things electrical from nano-volts and mega-volts. Therefore, those who like to get their hands dirty and to get stuck in are well suited for this degree.
Assessments for each degree and university differ, and students who prefer exams, or coursework should conduct research beforehand to ensure they apply for a degree course that is well suited to their needs. Visiting university open days is a great way to find out more about the course they provide and also a good feel for the university and its surroundings.
Assessment will include exams, coursework, presentations, project reports, laboratory work and assessments. Each course issues different modes of assessment varying weights, meaning in some courses your coursework will mean more than your lab work.
Electrical and electronic engineering is very much a creative discipline which also requires advanced technical skills. Individuals with a solid grounding in mathematics, science and analysis will gain more from this course and enhance this skills. Students will learn advanced electric system design as well as a wide variety computer programming language, control engineering and the entire design process which will make them valuable to employers.
Electrical engineers are at the forefront of modern technology and have the opportunities to develop life-changing devices and systems, as well as ensuring technology in everyday use is the best it can be. EEE offers graduates with wonderful career opportunities and with the demand always high it won’t be boring either.
This type of degree is suited to candidates who are fascinated by energy and electronic gadgets who want to design and invent things that benefit society and everyday life. It is a creative subject area to study, and many graduates end up working in the digital media industry or online engineering. Additionally, EEE is one of the greenest branches of engineering meaning you’re not harming the world, especially if you are using or studying renewable energy solutions.
There are plenty of options for graduates when they finish their degree, from studying a Master’s in Engineering (MEng) becoming a chartered engineer, to working in large enterprises and organisations, or within aerospace, defence or maritime industries.
Many industries require Electrical Engineers including; Defence, Construction, Rail, Maritime, Aerospace and Telecoms, as well as getting a job as a Broadcast Engineer, an IT or Management Consultant or a Systems Analyst.
This degree aids students in their technology and theoretical, planning, constructing and designing skills while being able to think analytically and logically which is highly sought after by employers.
More areas where graduates can find employment upon graduating includes: robotics, manufacturing, automotive, power, electronics, communication, financial services, armed forces and accountancy.
However, some students prefer to continue their studies and to gain a Master’s qualification, for those interested, MAs and MEngs available are as follows: Renewable Energy, Artificial Intelligence, Environmental Sustainability, and Biomedical Engineering, Power Engineering, Electrical and Instrumentation Engineering and MEng EEE with management as well as MEng with a year studying abroad.
Rowan Atkinson, who is also known as the notorious Mr. Bean studied Electrical Engineering at the University of Oxford!
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