There are people who are interested and curious to dismantle every electronic device that falls into their hands, to know the components and functioning. Electronics Engineering, also known as Electronics and Communication Engineering covers the branch of engineering dealing with the related contents.
If you are fascinated with the functioning of the hardware and of everything that can be found within the different areas of experiences of electronics systems, then Electronics Engineering is the branch for you. The engineers have the task of commissioning and paying attention to the process of shaping an electronic device.
The technological innovation and the upgradation are the reasons of high demand of the discipline among the students. They have to keep themselves updated and work on the innovations experienced at the moment. In addition to this, they have to carry forward both the development and the arrangements that serve the society and keep it updated.
It is the race of constant innovation and plays a vital role in the development of any sector or daily activity of our modern and globalized society. One of the tasks of the engineering discipline is to respond to the requirements for the generation of talent and experts in this field for allowing the improvement in their communication channels. It also solves the problem or equips companies, institutions or people in enhancing their platforms’ performance. The study involved in the engineering discipline also work to make them more efficient and adaptable to the current demands of the environment.
DIFFERENT ROLES AN ELECTRONICS ENGINEER PLAY FOR DIFFERENT AREAS
The students on obtaining the degree can work with nuclear power plants in the repair of technological elements. Integrating with a research team for the improvement of the electronic products or working for the design and the assembly of automobiles and robots are other two options. He also has the possibilities of working with the known magnetic waves, helpful in adapting different work environments.
TELECOMMUNICATIONS: Designs, implements and works on systems for the transmission of information over long distances. Selects transmission means, modulation systems and coding of signals and characteristics of the communications networks.
INSTRUMENTATION AND CONTROL: Applies concepts and techniques for the design, analysis, selection and implementation of electronic measurement systems, data acquisition and automatic control systems. All these are used in different fields of action such as aeronautics, robotics, industrial processes, the automotive industry.
ROBOTICS: Designs devices, equipment and autonomous systems to perform assigned tasks. Gives it vision and artificial intelligence and activates the sensors of a mobile platform to build an autonomous robot.
TELEMATICS: It implements different types of computer applications supported in telecommunications systems. Design new forms of interaction between users.
DIGITAL SIGNAL: Processing different types of signals, from the most basic (audio, image, electrical) to the most complex (video, neurological, etc.)
BANKING: disciplines such as "automatic trading" (creation of robots that operate autonomously and in real time on the different securities markets) are also responsible for the information systems in banks.
LOGISTICS AND TRANSPORTATION: product tracking systems (based on RFID), fleet location, intelligent highways, intra-vehicles communication, radars and detection.
IMAGE: from interactive digital television systems, 3D television, medical image processing for early detection of cancer, identification and automatic tracking of objectives.
ADVANTAGES AND DISADVANTAGES OF THE ELECTRONICS ENGINEERING CAREER
An electronics engineer gets complete training in a variety of fields and acquires different skills. There are extensive possibilities of joining a job with this professional graduate degree. It is one of the highlighted advantages of opting for the career.
Electronics is a well-oriented profession in the working world. A career within the universe of engineering allows you to perform tasks for different companies at the same time. Most importantly, you can perform tasks independently including working for an entity.
The lack of practical subjects in relation to the use of certain tools is highlighted as one of the disadvantages of Electronics engineering. Many universities aim at cultivating a greater number of concepts in the profession and end up tilting the balance by more theoretical than practical subjects.