Hello everyone, in today’s article, we will examine electrical and electronic engineering, which has been very popular in recent years. As everyone knows, interest in this branch of engineering has increased after the concepts of electricity, electronics, mechanics, software and robotics have become well established in recent years. This situation had a direct impact on electrical and electronics engineering. Let’s take a look at this engineering branch that has been in demand in recent years.
In this article, “What is Electrical-Electronics Engineering?” “Working areas of electrical and electronic engineering” “What are the responsibilities of electrical and electronics engineers?” “The qualities that a good electrical and electronics engineer should have.” We will seek answers to these questions.
What is Electrical and Electronics Engineering?
Electrical electronics engineer; is a person who works on the projects of electrical energy generation, transmission, distribution systems and all kinds of electronic devices and communication systems, development, use and control.
Electrical and Electronics Engineering is a branch of business that works on subjects such as electricity, electronics, electromagnetism, telecommunications, robotics and software. Since this engineering branch is one of the main engineering, it also covers many engineering branches such as computer, control, power, biomedical, optical engineering. Considering that our age is a technology period, it is very normal for electrical and electronic engineering to come across such concepts in almost every aspect of our lives. Electrical and electronics engineers should improve themselves in almost every subject with their internships and experiences. Because electrical and electronic engineering is a technical engineering branch, they will be more successful in the future thanks to their work and experience.
Business Areas of Electrical and Electronics Engineering
In fact, as I mentioned before, in our world where technology is developing at the fastest pace, the field of study of electrical and electronic engineering is also quite large. There are opportunities to work in both the public and private sectors. In addition, If they take the necessary courses, they will have the signing authority. Electrical and electronic engineers can open their own company and draw or sign projects freely if they wish. Indeed, an electrical and electronics engineer can work wherever there is innovation, technology and R&D. This situation keeps the working areas of this engineering branch wide. Let’s take a look at a few of them.
- Computers and embedded systems
- Whole of the circuit (chip) design and construction
- Nanotechnology units
- Communication and Telecommunication
- Electricity generation and distribution
- Bioelectronics and Biomedical
- Defence industry
- Power electronics
- Fiber-optic communication
- Renewable energy
- Image, sound, signal processing
- Project engineering
What do Electrical and Electronics Engineers do? What are their responsibilities?
As can be seen above, the working areas of electrical and electronics engineers are quite high. So what kind of responsibilities does this engineering branch have in their work? Let’s list a few of them.
- Designing new systems, circuits, chips and devices
- Developing existing technology
- Modifying and planning electronic devices used in systems to improve technical performance
- Installation and testing of electrical appliances
- Inspecting electronic tools and systems to ensure they comply with safety standards and regulations.
- To follow the product development processes continuously and to write reports about it.
- Prepare and implement test procedures for electronic instruments and equipment
The qualities that a good electrical and electronics engineer should have
The general qualifications sought in electrical and electronics engineers, who stand out with their analytical and mathematical thinking, are as follows (These qualities are generally what companies expect from an electrical and electronics engineer.):
- Proficiency in technical information and informatics technologies at a professional level
- Mathematical and analytical thinking ability
- Able to quickly adapt to technological changes
- To have an innovative and creative mind
- Project design and management skills
- Being suitable for teamwork
- Proficiency in at least 1 foreign language
- Professionalism in at least one programming language (usually C)
- Advanced knowledge of troubleshooting and debugging systems, circuits and devices
In this article, we have extensively discussed electrical electronics engineering, which has become more popular in recent years, I hope you liked our article. See you in our next article.