From working on small pocket devices to large electrical systems, an electrical engineer’s career path is extremely diverse. They are also required to work in laboratories, factories, mines, power stations, and many more industries. But apart from working with electrical equipment, there are some more essential spheres which you might not be aware of. Therefore, let’s discuss the five key areas you need to tackle as an electrical engineer. 

Mobile Device Software 

To develop a promising career as an electrical engineer, one must have sufficient knowledge of mobile device software and apps. With the rise of technology, the software assists them to create and optimise electrical equipment. Therefore, learning about the working and features of the software will be beneficial for your career.  

Besides, many applications have been built nowadays that help electrical engineers to reduce their workload. For instance, WAGmob is an app that allows electrical engineers to access the information from anywhere.  Ultimately, it will be easier for you to understand all other complex circuits as well.

Embedded Systems

In precise words, an embedded system is an integrated system made with a combination of software and hardware. Nowadays, all the devices that we use have embedded software installed in them. If you have adequate knowledge of these systems, you can analyse and repair these gadgets with ease and will be the gold embedded systems recruitment agencies are looking for. 

One of the essential components of the embedded software is the RTOS (Real-Time Operating System). In addition, you must also learn about other operations systems like Linux, Base Metal and Windows to enhance your skills as an electrical engineer.

Analogue and Digital

Furthermore, the aspiring electrical engineer must be able to differentiate and work with analogue and digital circuits. Since circuit designing and operating is one of the critical aspects of a significant career in this field. An electrical engineer must be able to work on all types of circuits. 

Moreover, as most of our microprocessors, computers, and logic units are purely digital now, you must know the working of a digital system. Furthermore, analogue circuits use signals to send and receive information between the devices. You will be able to examine the faults if you know the basics of these circuits.  Electrical Safety

Being an electrical engineer is indeed a job of responsibility. There are a lot of risks associated while you are working in an environment full of circuits and equipment. For instance, install Ground Fault Circuit Interrupters (GFCIs) before you begin work in a damp or wet area. 

Moreover, you must be able to design instant strategies to deal with hazards like short-circuits and overloading. An electrical engineer must learn about the safety tips and procedures to be followed when he suspects a danger. Therefore, you must ensure his safety along with everyone else present there before beginning to work on a task.

Testing

As an electrical engineer, testing the electrical equipment and circuits is an integral part of your job. But there are specific rules you must know to conduct the tests, and the person must be aware of each one of them. Furthermore, you must be able to cover the manual as well as automated tests. By conducting tests appropriately, you will be able to identify the bugs and faults in the system.