Electrical and electronic engineering: what is it?
Imagine a world without electricity, and it would be nearly impossible. Modern society takes electricity production and distribution for granted, but it’s simple to forget that it still requires thousands of talented graduates each year due to its high level of specialization. The study of electricity is a fascinating and constantly developing field, whether you’re trying to figure out how to wire up a brand-new village or designing the tiniest circuit boards for cutting-edge smartphones.
A degree in electrical or electronic engineering is likely to involve the following:
- Writing essays and reports
- Taking classes and seminars
- Project, presentation,
- And group work involving laboratories and experiments as well as industry experience.
Importance of electrical engineering
One of Northern Irland University’s most comprehensive and exciting engineering disciplines is electrical and electronic engineering. The degree program covers a broad range of subjects, including power generation and distribution and the design and manufacturing of microelectronic chips.
The course structure also takes into account the fast-moving developments in areas like renewable energy systems, medical electronics, security, control and robotics, and computer firmware, hardware, and networking.
What will you learn?
Students have the chance to gain specialized knowledge and a deeper understanding of a variety of advanced electronics topics, such as microelectronics, sensors, signal processing, hardware and software design, communications, and digital systems, through this program.
You can use your understanding of electricity to improve and connect the world by following in the steps of Nikola Tesla and Thomas Edison.
Electrical and electronic engineering degrees are not for the faint of heart, so be prepared for some difficult lectures and projects. However, you will be learning the skills and talents that could land you a job for the rest of your life.
Degree modules in electrical engineering
This program is intended to supplement undergraduate-level study of electronics with specialized knowledge.
The BEng Hons Electrical and Electronic Engineering degree will prepare you to work as an electrical engineer professionally, researching, designing, and installing electrical systems and products. You will be responsible for handling both the data acquisition and gathering processes as well as the power input to electrical systems.
Students work in industry during their third year of the course, which makes it a highly practical degree with highly skilled graduates. The course also includes a built-in year of work experience.
Some modules you might take include:
- Fields of magnetism
- Examination of circuits
- Programming for computers Digital electronics
- System architecture Motor control
- Processing of digital signals
- Digital electrics
Best Electrical Engineering Schools in Northern Island
| Institution | Category | Location | website |
|---|---|---|---|
| Queen's University Belfast EEECS | University department | 16 Malone Rd | https://www.qub.ac.uk/schools/eeecs/ |
| Southern Regional College-Armagh Campus | College | Lisanally Building | https://www.src.ac.uk/ |
| North West Regional College | College | Strand Rd | http://www.nwrc.ac.uk/ |
| Belfast Metropolitan College | College | 125–153 Millfield | http://www.belfastmet.ac.uk/ |
| Northern Regional College | College | Trostan Ave | https://www.nrc.ac.uk/ |
| Computer Science Building | University department | 18 Malone Rd | http://www.qub.ac.uk/schools/eeecs/ |
| Queen's University Belfast | University | University Rd | https://www.qub.ac.uk/ |
| Monaghan Institute | College | Armagh Rd | http://www.monaghaninstitute.ie/ |
| O'Fiaich College | College | Dublin Rd | http://www.ofi.ie/ |
| Atlantic Technological University - Donegal Letterkenny Campus | University | Port Rd | http://www.atu.ie/ |
| Dundalk Institute of Technology | Institute of technology | Institute of Technology, Dublin Rd | https://www.dkit.ie/ |
| Copius Group | Electrical engineer | 303A Antrim Rd | http://www.copiusgroup.com/ |
| Educational Maintenance Allowance E M A | Government office | https://www.gov.uk/education-maintenance-allowance-ema | |
| MiM-NI Excellence in Engineering & Lifting | Civil engineer | 6 Carrakeel Industrial Park | http://www.mim-ni.com/ |
| Hanna and Hutchinson Consulting Engineers Ltd | Structural engineer | 1st Floor, 2a Wallace Ave | https://hannaandhutchinson.com/ |
| ó Fiaich Institute of Further Education | Educational institution | Dublin Rd | http://www.ofi.ie/ |
| MDE Installations | Electrical engineer | Unit 2, Bogues Business Park, Dublin Rd | http://mdeinstallations.com/ |
| Louth Meath Education and Training Board | School district office | LMETB Administrative Offices, Chapel St | |
| ATU Galway City | University | Old Dublin Rd | https://www.gmit.ie/ |
| Trinity College Dublin | University | College Green | https://www.tcd.ie/ |
Scope of Electrical Engineering
The modern age’s universal language is electricity, so there are many exciting opportunities for you. Depending on the path you choose, you might be collaborating with aid organizations to promote economic growth in developing nations or you might be designing circuit boards that are safer and smaller for the newest technological advancement.
Although a wide range of technologies, from home appliances and installing lighting in buildings to power plants and satellite communications, are being developed, most electrical engineers work with large-scale electrical systems, such as using electricity to transmit energy.
There is a severe lack of skilled and experienced engineers on a global scale. This indicates that graduates of electronic and electrical engineering have excellent career prospects across a variety of industries.
You’ll be in high demand across a variety of sectors thanks to your blend of technical, analytical, and practical skills. The majority of your friends’ expected earnings will undoubtedly be surpassed by an average starting salary of £26k, and 94% of electrical and electronic engineering graduates will be enrolled in school or working within six months of graduating.
Career opportunities in electrical engineering
You will be qualified to work in a variety of fields, such as manufacturing, construction, information technology, power generation and control, transportation, and telecommunications.
Along with developing your specific scientific skills, you can anticipate working on your research, analysis, creative, practical, design, and programming skills. These are crucial to building a solid career in electrical and electronic engineering, but they’re even more crucial because they’ll give you a diverse set of skills in case you decide to pursue employment elsewhere.
Those with degrees in electrical or electronic engineering typically work in:
- Technical electrical
- Computer engineering
But you’ll also appeal to employers in the following ways:
- Engineering for petroleum
- Mechanical engineering,
- Telecommunications engineering
- Broadcast technology
- Avionics engineering,
- energy engineering,
- And network engineering
