If you were the type of kid who loved to pick things apart to find out how they work or who stared with fascination at light bulbs and coffee machines to imagine how electricity makes things move and light up, then you should definitely apply for a Bachelor's degree in Electrical Engineering. There is no better time like the present to become an electrical engineer, considering that numerous industries need help building new innovative technologies and making them function reliably.
An electrical engineering degree can help you become anything from an electrician to a designer of electrical systems for cars, ships or spaceships, and any device or product that runs on electricity. Electrical engineers also make sure refineries and power plants function well, and can bring their contribution to advancements in the field of medicine.
The future of electrical engineers is now
In the ongoing process of developing new equipment and devices, electrical engineers have developed new solutions that have supported all kind of technological systems work better and faster. Don’t forget about the latest creative designs that have helped people with disabilities (such as electronic prosthetic devices, for instance).
So if you think you fit in these exciting parameters, then electrical engineering might be the perfect path for you.
Here are a few top international destinations for studying a Master's in Electrical Engineering:
What you can become with an electrical engineering degree
Electrical engineers can find work as:
1. Engineer in the energy sector
Main duties involve creating, testing, securing and implementing all the elements of an electrical plant (such as switchgear, transformers, motors, cables, generators) and improving electric power generation. They can also be responsible for creating and operating industrial equipment such as boilers, turbines, generators, diesel, pumps, condensers, compressors, pressure vessels. Sometimes, electrical engineers get involved in the initial processes of designing power system facilities.
2. Electronics engineer
In the electronics industry, engineers design, develop and test components (capacitors, diodes, resistors, transistors), devices, systems or equipment that use electricity as part of their source of power, from cell-phones and computers to refrigerators and heating systems. Electrical engineers can engage in any stage of a project for creating electronics, from the brief planning to the design, manufacture and testing.
3. Naval engineer
Marine electrical engineers develop the engines of ships and deal with electrical and electronic engineering operations, maintenance, and repairs on generators, motors, transformers, and emergency power systems on all types of vessels. They also make efficient measurements and operations of the electrical power generation, distribution and consumer machinery. They are essential to the safety of marine travel.
4. Automotive engineer
In the automotive sector, electrical engineers manage the creation, operation, maintenance and test all tools, instruments and components of a car that involve electric power. Automotive Electrical engineers take care of engine controller, safety systems such as air-bags and anti-lock brakes, battery, motor, radio, navigation systems, electric locks, electric windows, etc.
Read the stories of these students who followed an Electrical Engineering degree abroad:
5. Aerospace engineer
Electrical engineers who work in the aerospace industry can get involved in many diverse activities like designing the interface that transfers electricity from the engine to the aircraft to designing and operating board-computers, guidance systems, communication systems and networks, radar and ground stations or even entire satellites.
Here's what you can become after completing a degree in Aerospace Engineering.
6. Oil and gas engineer
In the oil and gas industry, electrical engineers are responsible for designing and maintaining electrical systems and components of refineries. In addition, they have to make sure that all components meet the right standards of safety and efficiency.
7. Medical engineer
So far, electrical engineering has brought its contribution in launching several useful medical devices, like the echocardiogram, prosthetic devices, the pacemaker and others. Electrical engineers can help design electrical circuits, software and other electronic components used in creating medical equipment.
Average salaries for electrical engineers
Cars and even aeroplanes are surely going to introduce more automatic systems and electrical tools and instruments in order to create drivers and pilots a more comfortable experience.
- In the UK, an electrical engineer can earn around 30,000 GBP/year
- In the U.S. electrical engineers have an average salary of 70,000 USD/year
- In Germany, electrical engineers can expect an annual income of around 47,000 EUR/year.
There’s plenty you can do with an electrical engineering degree, confirmed by the large number of Bachelor’s and Master’s courses available worldwide. Start looking for the best option for yourself!