Electrical engineering is a field within engineering that mainly tackles the research and application of electricity, electromagnetism and electronics. Products that we use everyday require the expertise of electrical engineers, and a Master in Electrical Engineering program will teach students the skills necessary for a successful and fulfilling career in private companies, government organizations, or even as an entrepreneur.
Master in Electrical Engineering programs require a great degree of aptitude in mathematics and science from students. Graduates, on the other hand, are highly employable as there are career opportunities in power, manufacturing and telecommunications, as well as many other industries. The need for electrical engineers is even more apparent now as the world is shifting to renewable energy sources. A Master in Electrical Engineering not only gives the individual a deeper understanding of his craft, but also the ability to transform how the world works. As an academic program, electrical engineering programs typically focus on transmission, electrification and generation (i.e. power engineering) and students can often choose a concentration such as wireless communication, power systems, energy conversion, image and video processing, or computer engineering.
To learn more about the opportunities for a Master in Electrical Engineering degree, read through the programs below. If you find one that interests you, simply complete the form the you will be connected directly with the school!
Master of Engineering in Electrical and Computer Engineering [+]
Develop the Technology of Tomorrow. Cornell Tech's Electrical & Computer Engineering Masters combines Cornell University's academic rigor with the energy and opportunity that come with studying in the heart of New York's tech start-up community. [+]
The Graduate Smart Grid (Smart Grid) (PXEI) created with the aim of training professionals who can meet the demands of the energy sector in the coming years, which necessarily dominate the technologies involved in the Smart Grid (smart grid ). [+]
A high-quality theoretical education and a universal basis of application-focused studies ensure high adaptability of the graduates to all particular requirements of their future professional practice, either in operation and engineering or in science and research. The basic subjects include applied mathematics, selected principles of electrical power engineering, and electrical heat technology. [+]
Across The Pond partners with some of the top UK universities for engineering, across a variety of disciplines. The UK has long been a major contributor to the innovation of engineering, and students who study in the UK benefit from intensive learning, opportunities to find placements at major engineering companies, and a concentration on both academic skill and employability. [+]
If you want to become a professional engineer, and have a three-year engineering degree but no work experience, the Master of Engineering will get you there. [+]
In order to graduate with an MEng degree, a student must successfully complete eight graduate-level courses, including five from their area of specialization plus one more engineering course (from any department) and no more than two non-engineering courses. [+]
Are you an engineering graduate wishing to gain advanced qualifications? Our Master’s degree will allow you to specialise in the areas of network or software engineering and provide you with the credentials for accreditation as a professional engineer with Engineers Australia. With a strong emphasis on real-world problem solving, your studies will include the undertaking of a major project allowing you to implement high-quality information systems and, combined with your 12 weeks of practical work experience, provide you with the ability to meet the intricate demands of the information and telecommunications industries. [+]
The overall objective of this master's degree is to enable students to find effective solutions to problems in the field of electronic engineering and, specifically, to design electronic equipment and automated production systems, perform maintenance and control in production industries, provide technical advice, or join the sales departments of companies in the electronics sector. For graduates who wish to undertake doctoral studies... [+]
The Master’s Program in Electrical Engineering (M.E.) is designed to prepare students with the knowledge, skills and attitudes necessary to perform as efficient and highly qualified professionals in the specializations of Power and Control Systems. Both specializations are focused on modelling, design and practical knowledge of systems. [+]
The purpose of the qualification is to develop an engineer with advanced abilities in applying fundamental engineering sciences and/design and synthesis, and related principles to specific problems of society at large. [+]
The MEng EE degree is a non-thesis program that focuses on developing advanced electrical engineering expertise through a project-based experience. [+]
The main objective of the curriculum is to offer a good foundation in electrical sciences. All core courses dedicated to electrical students cover all the fields of electrical engineering such as electrical machines, electronics (including power electronics) and microprocessor systems [+]
The objective of the electrical engineering programs is to expand your understanding of areas such as modern electric machinery, modeling, control of power electronics, superconductivity, synchronous generation, fuel cell engineering, photovoltaics and more. [+]
The Cycle Engineer in Electrical Engineering takes place in 6 semesters, 1 of which is in core syllabus and aims to enable students to acquire, according to their specialties, the theoretical and practical knowledge that will allow them to work in the design, operation And the management of electrical power systems, electronic and / or automatic systems, as well as industrial instrumentation devices. [+]