Skip to main content

Masters in Electrical Engineering

Search This Blog

Contact Us

Get link
Facebook
X
Pinterest
Email
Other Apps

Don’t hesitate to reach out with the contact information below, or send a message using the form.

Get in Touch

GW Masters in Electrical Engineering School of Engineering & Applied Science

Suite 2885 800 22nd Street, NW

Washington, 20052

Call Us On Here: (877) 221-9868

Email | Facebook | Twitter | LinkedIn

Get link
Facebook
X
Pinterest
Email
Other Apps

Comments

Post a Comment

Popular Posts

MS in Computer Science V/S MS in Electrical Engineering

If you’ve bought a computer in the past few years, you may have noticed the difference in speed between that one and your last computer wasn’t as pronounced as it might have been in the past. Computational devices have evolved more quickly and at greater scale than even some of the foremost experts in computer science and engineering could have anticipated. As a result, even some of the staple concepts like Moore’s Law — which states the number of transistors on a microchip would double every year — no longer apply to modern technology. The challenge of answering questions about where computing and electrical devices go next often falls across the domains of electrical engineering, computer engineering and computer science. These fields complement and challenge each other to advance faster — after all, when software demands more processing power, engineers have to find unique ways of building devices that can run more sophisticated applications. This article will focus primarily on ...

Electrical Engineers Sustainable Solutions in Renewable Energy

Renewable energy accounted for approximately 11% of the nation’s energy consumption and 17% of electricity generation in 2018, according to the U.S. Energy Information Administration. You can see the movement toward non-carbon options such as wind, solar, hydroelectric, biomass and geothermal power in action at institutions like The George Washington University. Three solar photovoltaic arrays now fulfill over half of the university’s electricity needs, making GW the No.1 school in purchasing renewable electricity from off-campus sources. But initiatives like GW’s are just the beginning of the transition toward prioritizing renewable energy. So far, more than 90 cities and two states have committed to achieving a goal of 100% clean energy, and that means there’s a great deal of work ahead. For professionals who are building careers in masters in electrical engineering , renewable energy projects could bring rewarding opportunities and the chance to make a difference in our planet’s...

What are the Opportunities for Electrical Engineers?

Electrical engineers design, develop, test, supervise and optimize electrical systems and equipment. But there is a lot more to it than that. The electrical engineering field spans industrial and commercial industries as well as academic and scientific arenas. In addition to the flexibility to work in many different sectors, the latest Bureau of Labor statistics (BLS) data predicts steady growth (7 percent through 2026) in demand for electrical engineers. Electrical Engineer Skills While there are many GW electrical engineering positions open for people with undergraduate degrees, a Master of Science in electrical engineering provides even greater career opportunities by enhancing key skills and offering practical experience in optimizing electrical systems. Electrical engineers need a wide range of skills to be successful—including knowledge of electrical systems theory and principles, critical thinking, the ability to translate theoretical knowledge into practical application...

Powered by Blogger