Master's degrees in Electrical Engineering teach students advanced knowledge from Physics and Mathematics in combination with principles from electricity, electronics, and electromagnetism. Future Engineering graduates use their knowledge to design, create, install, and test equipment, devices, and systems that use electricity.
You should study a Master's in Electrical Engineering if you're fascinated by electricity and its major impact on our society. This career path is also ideal for people who like taking devices apart to understand how they function and then use the new insights to work on DIY (do it yourself) projects.
Most Electrical Engineering courses are offered as M.Sc. (Master of Science) or M.Eng. (Master of Engineering) degrees. It usually takes 1 or 2 years to graduate in most countries. While studying Electrical Engineering, you can choose from various specialisations, such as Power Systems, Microelectronics, Electrophysics, Integrated Devices and Systems, Nanoelectronics, Communication Networks, Integrated Circuit Design, Computer Vision & Biometrics, and others.
The courses you'll take during a graduate degree in Electrical Engineering vary from one university and programme to another. However, you can expect to take classes in Materials Science, Integrated Circuits, Digital Control Engineering, Signal Processing, Antennas and Propagation, Computer Vision and Pattern Recognition, Internet of Things (IoT), etc.
You'll also learn how to use tools and software like frequency calibrators, signal generators, voltage or current meters, and many other devices that help engineers to diagnose and modify systems and circuits. On the software side, you'll discover how computer-aided drafting tools, circuit simulators, and project management apps make your work more comfortable and efficient.
Electrical Engineering classes also help students develop industry-specific skills. They range from problem-solving, critical thinking, and self-learning to clear communication, organisational abilities, and creative thinking. These skills are essential for professional engineers who work alone or in teams and deal with projects that pose various challenges and require hard work.
Electrical Engineering graduates can find job opportunities in any industry that relies on technology which uses electricity, electronics, or electromagnetism. They often work for companies that deal with the generation, distribution, and transmission of electric power. Some of the most popular jobs are systems engineer, electronics engineer, electrical engineer, nuclear engineer, network engineer, broadcast engineer, systems analyst, etc.
These are the most exciting recent trends in Electrical Engineering: high-efficiency photovoltaic cells, green energy electrical power converter, smart electrical grids, eye-tracking technology, graphene, and VR (Virtual Reality).Read more about studying a Electrical Engineering degree
Not sure if Electrical Engineering is for you?
Studying in New Zealand is an excellent choice. The small island nation is one of the safest places in the world and has developed an education system based on the successful UK model. Tuition fees are relatively affordable, especially when compared to the US, and local universities are listed among the best in the world. The quality of the education is also confirmed by international tests, which reveal New Zealand students are in the top 10 in terms of academic success worldwide. As a student, you’ll also enjoy the friendliness of New Zealanders, and you’ll have the opportunity to try all kinds of fun and exciting outdoor activities, including hiking, scuba diving, ice climbing, canoeing, etc.Read more about studying abroad in New Zealand
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