Have you ever wondered who is the mastermind behind technology? Well, electronic engineers are — or at least a big part of it! Surely there is a good reason behind the rapid demand on electronic engineers, and that’s for an obvious reason.
Mainly, electronic engineering utilizes active electrical components such as transistors, diodes, and integrated circuits to create the devices we use. Therefore, electronic engineers are responsible for creating, designing, and developing any kind of devices we use in our everyday life. They are also responsible for designing electronic circuits, VLSI devices, and their systems. As a result, the demand on electronic engineers is on the rise and almost in every field: medicine, aerospace, communications, computing, security, business, entertainment etc.
In this article, we are taking you step by step into what domains and fields you can join with your electronic engineering degree.
- Electronics engineers are mainly responsible for creating devices’ components such as circuits in terms of designing, developing, and testing. They are also responsible for developing systems and equipment that use electricity as part of their power source. Moreover, electronics engineers may work in a variety of fields such as smartphones, robotics, nanotechnology, medical instruments, and satellite communication. Furthermore, there are many subfields of electronic engineering you could work in. Such fields are telecommunication engineering, signal processing, instrumentation, and control engineering.
Aerospace engineers do researches in addition to designing, developing, improving, maintaining, as well as testing the performance of flight-related machines. As an electronic engineer in the aerospace engineering field, you could deal with satellites, missiles, weapon systems, civil and military aircraft, and space vehicles. Moreover, well-experienced engineers have a great chance of promotion to a senior engineering position with tasks such as overseeing your department or managing a project.
Electrical engineers are responsible for designing, developing, and maintaining electrical control systems needed to device buildings. You can work in a variety of fields such as safety, quality, economy, sustainability, and reliability. As an electronic engineer in the electrical engineering field, you are going to be involved in projects from designing until implementation in addition to some maintenance programs.
IT consultants directly work for organizations and clients. They provide advice and orientations into how to improve their businesses and choices. As an IT consultant, you will provide information concerning the best use of technology in order to better the outcome of your clients’ business. Also, you will work on enhancing the structure and efficiency of IT systems.
Working within a team, nuclear engineers are responsible for designing, building, running, and dismantling or shutting down nuclear power stations. Also, a main part of their job is to come up with technical solutions for any problem they encounter. In addition, as an electronic engineer in the nuclear engineering field, you might be asked to design new systems, maintaining current systems as well as looking into how to improve the efficiency, stability, and sustainability of nuclear power plants.
Furthermore, there are many subfields of nuclear engineering you could work in as an electronic engineer. Such fields are process engineering, quality engineering, reactor operation, instrumentation and control engineering, and health and safety specialist.
System analysts use computers and related systems in order to design new IT solutions, modify, and improve existing systems as well as adding new features and installations. The main goal of system analysis is to enhance the efficiency and productivity of the business. As an electronic engineer working in system analysis, you need to have a wide range of technical expertise and clear insights into current business practices in order to be able to deal with systems efficiently.