That light switch you flick, that flashlight you shine, even that smartphone you swipe — an electrical engineer played a role in bringing those products to market. The field of electrical engineering is truly fascinating and one that’s crucial to modern technology. Electrical engineers play a critical role in the development, design, and manufacturing of the electrical systems and electronic devices people use every day. It’s safe to say that the world wouldn’t be quite the same without electrical engineers. The devices they help create are tools that consumers and business owners depend on for convenience and communication.
Individuals who want to learn how to become an electrical engineer should know it begins with a formal education. Earning an online Master of Science in Engineering degree, with a specialization in electrical engineering, can allow you to enter the field with confidence and chart a bright future. The University of California, Riverside — and the Marlan and Rosemary Bourns College of Engineering, in particular — has helped numerous graduates rediscover their occupational callings and find work in many different professions, including power system design, substation integration, resource management, and supply applications architecture. The robust curriculum can provide students with the tools they need to thrive in this vocation.
All this raises a key question: What are the steps to becoming an electrical engineer? Before getting into the specifics of education and work experience, it’s best to know more about the role’s job description and how the profession distinguishes itself from similar occupations.
There’s also a slight distinction between electrical engineering and electronic engineering. Electrical engineering involves electricity as a source of power and ensuring that it’s reliable. Electronic engineering involves working with end products such as software, consumer electronics, and hardware that people use to make everyday functions less labor-intensive. In short, electrical engineers focus on the delivery, and electronics engineers concentrate on the execution.
Electrical engineers may also seek to come up with new ways of utilizing electrical power so that it’s leveraged more efficiently. Electronics engineers, meanwhile, may modify the products they’re involved in designing to improve quality and technical performance. Some of this may involve testing to see what works.
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