Whether it’s powering the lights at a stadium or providing electricity to your flat screen TV, electrical engineers work behind the scenes to create the devices that make our lives easier. If you have a passion for math and science, this may be the career path for you.
Electrical engineering is a rigorous major that requires dedication and a deep understanding of concepts like Ohm’s Law, Faraday’s laws of electromagnetism, Kirchhoff’s Voltage Law & Current Law, Thevenin’s Theorem, and more. It’s important to find a university that offers a well-rounded program and provides you with the tools you need for success in this field.
If you’re interested in this career path, it’s important to do well in your math and science classes in high school. You can also prepare yourself for this career by enrolling in college prep courses and participating in extracurricular activities that promote science and technology, such as robotics teams or computer programming boot camps.
After you graduate from college with a bachelor’s degree in electrical engineering, or a related field, you’ll need to obtain your professional engineer license (PE). This process involves passing an exam and gaining four years of experience as an engineer-in-training.
Some electrical engineers choose to specialize in specific areas of the industry. For example, a microelectronics engineer will focus on the creation of electronics at the micro level, while a control engineer will monitor and optimize existing electrical equipment and systems. A power engineer, meanwhile, will focus on the generation, transmission, and distribution of Electrician