It is widely known that electrical engineering is one of the most lucrative jobs found in engineering jobs. This trend is expected to continue in the future.
With considerable experience in the field, the professional can use their hands-on expertise in management jobs to receive even more sizeable amounts.
Electrical engineers are responsible for implementing systems and designing components operated by electricity. They are trained to handle and manage electricity in devices, design protocols, research alternative sources, create solutions, and improve product & system safety.
Typically, they work in teams with different expertise in electrical engineering to find solutions to complex electrical problems. Such a team is often tasked with inspecting completed projects to ensure their compliance with design standards.
Therefore individuals aspiring to be electrical engineers should be good team players in order to excel in this field. Alongside, they must be skilled in maths and be excellent problem solvers.
This blog outlines the best jobs in top industries that pay sizeable electrical engineering salaries.
1. Computer hardware and signal processing
A comparatively new field, hardware engineers are huge in demand. The number of hardware engineers is relatively low to keep up with the demand. Signal processing technology is an integration of fundamental theory, algorithms, and applications. It also includes physical and symbolic formats transformed into signals.
It harnesses mathematical, statistical, and various other techniques for representation, modeling, and analysis.
In a nutshell, electrical hardware engineers perform all signal processing tasks while developing computer parts and components. MNCs like IBM nurture a hardware engineering community, where electrical engineers score handsome salaries but ample career growth and skill development.
2. Advanced automation and robotics systems
A new stream of engineering has been in huge demand for some time now: control engineering. Historically, it was an integral part of mechanical engineering. It performs its function by fusing software engineering and mathematical concepts. The core responsibility of the control engineer involves designing and building automated machines. Engineers achieve this by harnessing instruments that are a part of an automation system, manufacturing process, or robotic device.
Today’s work environment has been largely automated to save costs and fast-work delivery. Automation and robotic engineers develop and build computer-controlled systems. These are used to fuel the system, merge manufacturing functions while gathering data, and improve overall automated infrastructure. One of the biggest benefits of automated robotic technologies is to substitute human labor in risky conditions.
It is expected in the future for robots to mimic human behavior and manages tasks in a human-like manner. Therefore, robotics is a rapidly expanding industry with every minute advancement in engineering. This allows engineers to explore, develop, and create new robots to offer functional purposes in domestic, commercial, and military settings.
3. Aerospace & Space Defense Systems
Aerospace & Defense or A&D companies develop aircraft, ships, spacecraft, weapon systems, and defense equipment. An electrical engineer is responsible for creating the foundation for aerospace and space defense systems. The job is very extensive in nature that allows electrical engineers a chance to design and develop components that manage flight control systems; the indirect role also involves testing the functionality of the defense systems.
4. Telecommunication systems
As the name implies, communication engineers support the system responsible for transferring information from one place to another. These professionals work in many areas like internet technology, telecommunications, networking, broadband technology, radio communications, and more.
They are typically tasked with troubleshooting system issues, inspecting and managing communication systems, and storing detailed maintenance records.
5. Communication systems
These professionals gain hands-on training in systems that supports video, data, and voice transmissions. They learn to install, test, maintain, and upgrade communication equipment. For instance, a communication engineer can work in a space travel agency to design and handle systems that permit spacecraft to communicate with ground control on the earth.
Communication engineers work with computer systems, install software, manage network security, and improve network efficiency. These engineers can work on electrical components such as wiring and control.
Electrical engineering is a lucrative field; however, the competition is growing tougher with time as the number of talented engineers is increasing at an equal pace with the advancing technology.