ABOUT HIGH VOLTAGE ENGINEERING

High voltage engineering is an extensive and most diversifying system for science and its applications. It deals with the generation of alternate current and direct current for the bulk of transmission processes. High voltage engineering is a grown system also ranging in different opportunities and challenges at the same time. It works in the sphere of high voltage generations technique applications in science and engineering.  It includes lightning research, electrical power, network and design, maintenance of high voltage transmissions.

WHAT IS HIGH VOLTAGE ENGINEERING?

Engineering in high voltage is a course or stream that aims at high voltage techniques and application, research and electric network design. This program is designed to learn about high voltage applications and testing requirements, design, and management of projects. Students are also required to learn fundamental maths and physics knowledge related to voltage-power relations.

The student will learn about high amplitude voltage generations and transient electromagnetic field measurements. Students learn about planning, testing, and operating high voltage electric devices by following safety measures in this program. High voltage engineering in the power sector is a testing performance of insulation of the power components. The increased daily demands of power consumption also require increased use of power electronic devices with proper insulation. The high voltage engineering branch deals with all these needs and provides information and techniques to fulfil these demands. Also, students allow learning about insulation coordination to ensure reliable power network checks. Students also learn about different applications of high voltage in electric distribution, generating x-rays and other particle beams, high power amplifiers etc.

Students are also made aware of the breakdown of high voltages in the environment and the sparkling system of lights. The student also learns about standard precautionary and safety measures of high voltages in different fields. High voltage engineering is nowadays an essential part of modern society.

Along with the crucial benefits of high voltage engineering appliances, there is also the emergence of many types of challenges. As the increase in the use of the direct current system with high voltages, underground cable insulation works under stressed conditions. There is a material known as Nano dielectric in high voltage appliances, which has both solid and liquid insulating properties. High voltage engineering applications taught students about industrial uses like semiconductors, radio transmissions, inductions coils, etc.

ELIGIBILITY AND CAREER IN HIGH VOLTAGE ENGINEERING

As mentioned above, high voltage engineering is now a demandable, growing field with enormous benefits. There are different career paths one can choose, and the job openings and demands are also increasing day by day. Like every other engineering course, you have to pass out 10+2 or secondary education from a reputed and recognized firm or school. After that, there are many internship programs available there. Postgraduate and masters programs are also available in this if one wants to become specialized in this field.  You can also attend some competitive exams to get a seat or place in govt—reputed colleges. The undergraduate degree varies from. 2-4 years duration.