Electronic engineering forms a branch of engineering that is concerned with the study as well as application of electrical components for use in various technological applications and devices. These components include electron tubes like transistors, diodes, as well as integrated circuits. In this discipline, these components are used to design several things like circuit boards and a wide range of electronics.
Presently, there is an ever growing demand for electronic engineering professionals, which can be explained by the fact that each industry today including telecommunication, medical equipment, automotive systems, domestic appliances, mobile phones, and navigation systems, all require proficient knowledge in electrical engineering like the electricians employed at All Electricians.
To pursue this field of study, you require some basic knowledge and understanding of physics. There are certain qualifications that need to be met when applying for this course depending on the state as well as the school. However, you need to be proficient in mathematics and physics, and have a creative and dynamic mind if you are considering pursuing this field. Since this is a broad and varied subject with several sub-categories, you will find that there are several paths available.
In addition, you can also reach different levels of education. These include a diploma and bachelor’s degree in electronic engineering, but you can go higher, depending on your interests, and the qualification standards that are specific to each course. You can also begin by studying for a diploma and then advance to a degree.
Masters courses in the field also exist. Normally, when studying for a master’s degree, the student needs to take into account some aspects. It will involve specialization in more specific topics, which will depend on the institution as well as your performance in the previous years.
Below are some of the most common careers in electronic engineering:
1. Prototype Engineering
This is a specialized field of prototype engineers. Their work is to create prototypes for the purposes of demonstrating the function of an electric device, before the final product is made. They are crucial as they ensure that the precision components and or systems are working and fit for purpose before final production. In this case, prototype engineers need sufficient skills in communication and troubleshooting for them to give a detailed written report on the operation of the prototype.
2. Repair And Installation
You will find most electronic engineers in this field. Here, the ability to gain an in-depth knowledge and understanding of practical as well as theoretical aspects of electronics is needed. The reason for this is that they need to make sure that an equipment is repaired and installed in very high standards. In this case, these engineers work in places such as a workshop, a floor of a factory, or any other firms that use electrical equipment extensively.
3. Electro-Mechanical Engineers
This is a smaller subset of the electronic engineering industry. They usually work in the different computerized mechanical systems. Some of the common systems that are controlled by computers are popularly related to robotics. In addition, this is a field that is based on multiple disciplines – electronic, mechanical, and electrical engineering.
4. Research Engineers
Research is another option in the electronic engineering field. This role is aimed at investigating the practical and experimental ways in engineering. Here, a more hands-on role of the research and development area mostly appeals to those professionals with a more solid theoretical viewpoint. Most of the professionals in this field end up as instructors of the future electronic and electrical professionals.
Electronic engineering career path surely offers a range of choices, regardless of whether it’s research, nuts-and-bolts, or hands-on, for those who want to pursue it as a career.