As technology and other electronic systems evolve, there is a growing need in electrical engineering for bright minds with innovative ideas!
Jobs Right Out of College
One of the benefits of studying electrical engineering is that most jobs in the field only require a bachelor’s degree. Employers are always looking for new hires, and graduates can usually find well-paying job opportunities soon after graduation.
Here are some great entry-level positions where you can apply your skills right away:
Electrical Design Engineer
If you want to design and plan on a large scale, this job would be a good fit for you! Electrical design engineers design, develop, and test electrical systems, equipment, and components.
They are essential for effectively routing electrical power and creating wiring systems ranging from power distribution systems in buildings to a circuit board inside an electronic device. They’re usually hired by power companies and grid operators.
Communications Engineer
Communication is one of the most important and innovative aspects of electrical engineering. If you enjoy learning about how information travels from one place to another, this job is a good fit for you!
A communications engineer ensures that signals transmitting data are transmitted quickly and securely across both long and short distances, whether it is a phone or video call, a text, or a picture.
Maintenance/Facilities Engineer
A maintenance engineer (also known as a facilities engineer) is responsible for keeping large electrical and mechanical systems, like automated equipment and security systems, running safely and efficiently.
They maintain, improve, and troubleshoot these systems for large buildings, factories, or campuses. Without them, the facility can’t operate. Maintenance engineers keep the lights on—literally!
Semiconductor Engineer:
Some of the most exciting technological innovations happen because of semiconductor engineers.
They design semiconductor devices such as microchips and integrated circuits used in a range of products, including smartphones, cars, satellites, and medical devices. Semiconductor engineers also manufacture and test semiconductors, not only creating but also improving technology.
Test Engineer:
Test engineers ensure that electrical products, components, and systems are approved before going on the market. Specifically, they check that it meets performance, reliability, and safety standards.
This helps ensure products are not only safe but consistent with each other. Test engineers come up with streamlined tests and understand the product and where it should be quality-wise, whether it's an electronic system or a physical product.
Jobs That Require Further Education
One of the many pros of majoring in electrical engineering is that most jobs only require a bachelor's degree. However, there are advanced and specialized careers where a master’s or Ph.D. is either encouraged or required.
For those who want to specialize even more, here are some advanced paths that often require graduate study:
Biomedical Engineer:
Biomedical engineers are the bridge between biology and mechanics. They advance technology that helps people live longer, like MRI machines, pacemakers, and prosthetic devices. Not only do they make machines, but biomedical engineers also use signal processing and data analysis to interpret signals from devices such as MRIs and EKGs.
Robotics Research Engineer:
While robotics engineers simply build existing systems for production, robotics research engineers primarily experiment with new technologies and push the boundaries of robotics. As AI and electrical engineering rapidly advance, they are enabling robots to move, perceive, and interact with their environment in new ways.
It combines many aspects from different disciplines, like electrical engineering and mechanical design, as well as AI and its many features. Aspects of the job include designing robotic hardware, writing algorithms for motion planning, trajectory control, and feedback systems, and using computer vision and machine learning to help robots recognize objects and environments.
Research & Development Engineer:
If you want to explore the creative side of engineering, becoming a research and development engineer might be a career for you! An R&D engineer develops new technologies, products, or systems that are smarter, faster, and better than those before.
They experiment with new technologies and materials and are at the forefront of cutting-edge innovation.
Power Systems Research Engineer:
This career focuses on creating and distributing electrical power. Power systems research engineers design, test, and develop electrical grids that are faster, cleaner, and more reliable, helping power electrical systems such as those found in electric cars, homes, and data centers.
These researchers study the future of the electric grid and find better ways to power the electric systems that keep our world running. Aspects of the job include building computer models for transmission and distribution networks, integrating solar, wind, and battery energy storage into grids, and developing real-time monitoring and control algorithms.
Machine Learning/AI Engineer:
AI and other advanced computing technologies are among the biggest innovations in the electrical and computer engineering field today. Machine learning (or AI) engineers design chips, circuits, and systems that make AI models run faster and more efficiently.
They focus on these physical systems rather than on software, such as training models. Think of this job as designing the brain that powers artificial intelligence, making it smarter and faster than before.
Power the Future
Electricity is what keeps our modern world running smoothly. Graduating with a degree in electrical engineering is key to joining an exciting, innovative industry that pushes the boundaries of power and technology as we know them.
Citations:
The U.S. Bureau of Labor Statistics (BLS) Occupational Outlook Handbook: Electrical and Electronics Engineers
UC Riverside: What Is the Future of Electrical Engineering?