The Top Electrical Engineering Schools Outside of the US

January 12, 2023
By AdmissionSight

The Top Electrical Engineering Schools Outside of the US

What is electrical engineering?

What exactly is electrical engineering about? Electrical engineers work with electricity, electronics, and electromagnetism to make devices and systems that use these things. Electronic engineering isn’t as old as many other types of engineering, which have roots in ancient times. Scientists like Hans Christian Orsted and Michael Faraday started working on electromagnetic induction in the 1800s. However, due to the rise in popularity, more students are deciding to study at the top electrical engineering schools.

Electromagnetic induction is a way to make voltage and electric current in a closed circuit by using magnetic fields. It runs electric motors, generators, and a lot of other devices. This groundbreaking discovery led to a flood of new ideas and innovations that changed how people lived for good.

When electricity was brought into homes, businesses, and factories, the “modern age” began. And none of it could have happened without the help of electrical engineers. Imagine what the world would be like if there were no light bulbs, TV, microchips, computers, or ways to communicate.

What can you do with a degree in electrical engineering?

You can work in almost any field if you have a degree in electrical engineering. Since almost everyone uses electricity and electrical devices, businesses need people with the skills to build, fix, and improve them. Electrical engineers work in places like:

  • scientific research and development companies
  • companies that make electrical parts
  • companies that make, distribute, and transmit power.
  • Firms that make navigation controls, medical equipment, and measuring tools
  • Firms that design buildings

Although these industries employ the most engineers, they may not be right for everyone. Electrical engineering majors have many options, more than enough for any student from the top electrical engineering schools to find a job. The following job titles are just a few of the many options they have:

Research Engineer

Research engineers test and make new things in the lab. This job requires a lot of creativity and patience from the engineer. Research engineers are in charge of the discovery-stage technology behind all new electronic products, whether making a new optoelectronic device or just making an electric can opener that works better.

Design Engineer

When a new technology is made, it needs to be used. The design engineer uses computer simulations and models to turn new ideas, like wireless technology, into the tiny parts that make up a cell phone. Design engineers must visualize how the insides of a future product could look while inventing several possible scenarios for the applications of new technologies.

Project Engineer

While building a working prototype of a new product or technology, the project engineer is in charge of many specialist engineers. The project engineer needs to be a natural leader and skilled in many areas of electrical engineering.

Test Engineer

One job that a graduate from the top electrical engineering schools can take is that of a test engineer. Test engineers make programs to check how electronic devices work and determine what’s wrong with them when something goes wrong. They ensure that technology works well and know what to test and in what order. Even after working long hours, a good test engineer stays sharp.

System Engineer

System engineers know how to set up and care for power grids, phone lines, and wireless networks. Graduates who want to work in this field should pay close attention to every little thing. System engineers with a lot of experience rely on their ability to think about the systems they build.

Application Engineer

Application engineers use whatever tools and technologies are available to them and change them to meet the needs of their employers. They have to be creative and rely on their deep knowledge of what existing equipment can do and how it can be changed.

What are the best international colleges for electrical engineering?

University of Cambridge

The University of Cambridge has been around since 1209. It is about 60 miles north of London. The University has about 19,000 students, and more than 35% are graduate students. The University of Cambridge is considered one of the best colleges for electrical engineering outside of the US.

University of Cambridge

About 140 centers and institutes at the University do research in many different fields. These include the Centre of African Studies, the Cambridge Centre for Economic and Public Policy, and the Institute of Theoretical Geophysics. In the past year, the University got about $415 million in grants and contracts for research.

At the University of Cambridge, the electrical engineering faculty puts a lot of focus on photonics, and three research groups are dedicated to this field. Other important research areas are solid-state electronics and nanoscale science, power and energy conversion, solar cells and how they are used in power systems, the design of electrical machines and drives, and radio frequency and microwave power in the industry.

ETH Zurich

The ETH Zurich is a public university for research in the Swiss city of Zürich. Founded by the Swiss federal government in 1854, it was modeled on the École Polytechnique in Paris, with the mission to educate engineers and scientists; the school focuses primarily on science, technology, engineering, and mathematics, although its 16 departments span a variety of disciplines and subjects.

front view of ETH Zurich

As one of the top electrical engineering schools, it is also worth noting that the Information Technology and Electrical Engineering department at ETH Zurich’s main focus is on biomedical engineering research, especially imaging technology and processing neural information. Other important areas include integrated systems, millimeter-wave electronics, electromagnetic fields and microwave electronics, automatic control, neuroinformatics, and high-power electronic systems.

University of Oxford

No one knows when the University of Oxford started, but it has been around since at least 1096. The University of Oxford is made up of a central university, 38 colleges, and six Permanent Private Halls, which are usually smaller than colleges and offer fewer subjects. More than 900 scholarships for graduate students have been set up by the University, its academic departments and colleges, and dozens of outside groups.

University of Oxford main building

The University of Oxford’s Department of Engineering Science is known worldwide for its research in all major engineering fields and new fields like biomedical engineering, energy, and the environment. The main idea behind one of the top electrical engineering schools in the world is that their research aims to use cutting-edge science to create new technology through a mix of theory and experimentation.

The relevant department at the University of Oxford is called Electrical and Opto-electronic Engineering, which shows how much research is done on topics related to optics. Research groups are currently working on optical communications, dynamic optics and photonics, microelectronic circuits and analog devices, electrical power, communications, nanoscience, and scanning optical microscopy.

Imperial College London

Imperial College London is a public school that opened in 1907. Before 2007, the University was a college of the University of London. In 2007, it became its institution. Several campuses in and around London make up the science-focused University. The main campus is in South Kensington, a part of Central London that is also home to the Natural History Museum and other cultural and educational institutions.

University College of London main building

In the UK, research at Imperial College London is split into five areas: circuits and systems, control and power, optical and semiconductor devices, communications and signal processing, and intelligent systems and networks.

The Imperial Centre for Quantum Engineering, Science, and Technology and the KIOS Research and Innovation Centre of Excellence are examples of how they work together and across disciplines to do research. Imperial College London also plays a big role in developing I-X, Imperial’s flagship interdisciplinary initiative in artificial intelligence, machine learning, and data sciences, as well as in established multi-faculty institutes like the Hamlyn Centre and Energy Futures Lab.

National University of Singapore (NUS)

The National University of Singapore (NUS) offers a unique Asian and global experience based on maximizing students’ potential and preparing them for the future and broad-based research excellence that can be put to good use. Making them one of the top electrical engineering schools outside of the US.

The many overseas programs offered by NUS show how global the education offered by the University is. Participants in these trips of different lengths learn about a wide range of economic realities and challenges and see how people in other cultures live, work, and play.

National University of Singapore signage

Their programs emphasize the basics of science and engineering and are very flexible, so they can offer a wide range of learning opportunities. It offers a mix of education, business, and research opportunities that are unique in their variety and depth. This allows students to plan their education based on their future career goals.

There are three different paths that engineering students can take.

Practising Professional Pathway (PPP): This is for graduates working in professional fields like civic services, designing infrastructure, deploying systems and devices, and running them.

Innovation & Design Centric Pathway (iDP): This is for engineering design, innovation, and entrepreneurship careers. Students will get a Second Major in Innovation and Design if they meet all the iDP.

Research-focused Pathway (RfP): This helps students who want to work in R&D or academia get ready for graduate school.

At NUS’s Faculty of Electrical and Computer Engineering, the main research areas are communications and networks, control, intelligent systems and robotics, integrated circuits and embedded systems, microelectronic technologies and devices, microwave and radio frequency, power and energy systems, signal processing, and new media.

Now, as you decide where you will study, you should also prepare for how to enter one. Some students struggle to enter their choice of college. As such, you must get all the help you can get. AdmissionSight is known to be a leader in college admissions, with over ten years of experience getting students into the top electrical engineering schools in the world. Set up an initial appointment today with AdmissionSight and get the best help with college admission.






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