Electrical engineers are in high demand today. There are several types of career opportunities that you could pursue with an education in electrical engineering. These opportunities provide a platform for you to exercise the knowledge and skills you learned as an engineer. They also pay competitive salaries and attractive opportunities for growth. Let us look more closely at some career paths that you could pursue with an education in electrical engineering.
Control and instrument engineer
Engineers working in this area are responsible for developing and maintaining equipment which is used for managing engineering systems and processes. Control engineers may be employed by firms that are manufacturing and providing equipment to companies who supply them to clients. You may also be employed by the companies directly. A control and instrument engineer must have good knowledge of organizational functions.
To be a control and instrument engineer, a person must have knowledge in some specific areas including but not limited to control systems management, advanced process controls, and logic controllers. A control and instrument engineer’s daily responsibilities involve developing and taking care of control systems, managing system operations, coordinating projects having set budgets and time constraints, interacting with customers and other stakeholders, preparing software, and measuring compliance with regulations. The salary offered varies depending on the type of position you have and what type of organization you are working for (size, location, etc.).
Broadcast engineers coordinate production quality of television, audio, and live broadcasts. They make sure that performances run smoothly and are broadcast in a timely manner. There are a variety of places where broadcast engineers work such as studios, media offices, university offices, media houses, etc. Engineers coordinate closely with a range of personnel such as producers, technicians, peer engineers, and others.
Engineers who work in this area are involved in monitoring equipment for audio and video production and smooth broadcast and transmission via satellites. They also install and examine new systems and facilities. Engineers design circuits for transmission of audio and video services. They also repair technical issues and make sure that systems are all updated.
As the name indicates, aerospace engineers develop, run, and maintain objects which travel in space like missiles, space vehicles, satellites, and others. These engineers need to have an educational background in physics, space science, aerodynamics, systems integration, and avionics. Aerospace engineers work with fuels and determine fuel efficiency, safety, and speed. They work within constrained budgets and try to provide solutions that use updated technologies.
Aerospace engineers use scientific principles and concepts to produce entire space vehicles. They are tasked with constantly updating available technologies to maximize efficiency while developing effective equipment. They research software for formulating plans, and oversee the design implementation process from start to finish. They also participate in mission test programs, resolve issues that might arise during the process, and monitor and improve aircraft performance.
Electrical distribution engineer
Electrical distribution engineers are tasked with managing circulation plans involving electrical systems. They make drawings, prepare estimates, determine how electrical systems will be circulated across a facility, and place orders for the execution of their plans. They are also engaged with doing calculation and applying standards mentioned by their clients while developing the ultimate design of the electrical distribution system. Often found working in an office setting, electrical distribution engineers might occasionally travel to see the circuit implementation site.
Electronics engineering offers a wealth of opportunities for anyone interested in pursuing this subject. As an electronics engineer, you could be working in manufacturing, telecommunications, or robotics and developing and maintaining equipment which uses electricity as a power source. You may be involved in either developing the concept, testing prototypes, putting together systems, ensuring smooth functioning, or in performing all of these responsibilities. To work as an electronics engineer, you need to have a background in instrumentation, telecommunications engineering, and control engineering.
Lead electrical engineers
Lead electrical engineers or principal electrical engineers have plenty of knowledge and experience in the field and are mainly responsible for supervising the work of other electrical engineers. These engineers monitor the development of electrical systems at construction sites and provide relevant feedback. They also assist with performing research on electrical engineering, solving maintenance problems, and examining electrical distribution systems. Lead electrical engineers typically work at outdoor locations where they can closely monitor the work being accomplished and provide advice.
Irrespective of which branch of electrical engineering you pursue as a career, it is important to protect yourself from risks. Consider getting engineers’ insurance today.