Electrical Engineering Decoded: Top 5 Electrical Engineer Specialisms
From developing navigational and communication systems to maintaining power infrastructures, electrical engineers play an essential role across various industries. Having advanced electrical engineering skills, electrical engineers can design, test, and manufacture electrical equipment to help keep the world running.
If you are interested in taking up a career in Electrical Engineering, here are some electrical engineer specialisms to consider.
An IoT engineer is a specialist in connected objects. As an IoT engineer, your main task is to develop innovative services to help users receive, control, and manage information. You will also be in charge of creating and managing a wide array of IoT devices, software, platforms, hardware, and systems through a combination of research, technology, and data.
A crucial skill to becoming an IoT engineer is having an in-depth knowledge of network security and computer programming. You must also have a vast knowledge of machine learning, sensors, and AI. Having experience working with back-end and front-end systems and hardware and firmware will also be an advantage.
SCADA means Supervisory Control and Data Acquisition Systems. As a SCADA engineer, your task is to monitor and control operations and processes. Your duties will also include designing, configuring, and deploying these systems in an industrial and manufacturing environment.
To become a SCADA engineer, you need to have an electrical engineering degree and computer skills. Those with a degree in mechanical, industrial, and computer engineering can also work as SCADA engineers. All SCADA positions will require having a fundamental knowledge of computer programming and security. Your job will also include configuring databases and servers and using computer programming languages.
PLC engineers work in a manufacturing setting. Their main task is to program automated machinery through the use of programmable logic controllers, more commonly known as PLC. As a PLC engineer, you will write and install computer programs and test the efficiency of these programs. You will also be tasked to create design schematics. To attain PLC programmer jobs, you must have excellent knowledge of machine mechanics and identify or design a robust program suitable for electrical or mechanical purposes.
Control System Engineer
A Control Systems Engineer is tasked with the design, development, and implementation of solutions that control dynamic systems. Dynamic systems change constantly. The goal is to bring stability to these constantly evolving systems to achieve the desired outcome.
Control Systems Engineering is a field of engineering that is varied and wide. One example to demonstrate the role of a Control Systems Engineer is the development of anti-lock braking mechanisms for cars. The engineer will design, develop, and implement systems to control the car's brakes.
Electrical CAD Engineer
CAD refers to computer-aided design, and an Electrical CAD Engineer is to create technical illustrations used as visual aids for creating complex equipment, including technical details, such as the dimensions and procedures. The equipment is often used by electrical workers to repair or install certain devices. Electrical CAD engineers also design electrical components and electronic products, ranging from microchips to power networks or anything that transmit energy.