ABOUT ELECTRICAL DEVICES AND POWER SYSTEMS

This course introduces you to the electric utility industry's regulations and policies and the basic terminology used in the field. It walks you through the entire electric power system, from electricity generation to the wall outlet. Students will study the system's segments as well as typical components such as power cables and transformers. Electrical Devices & Power System Engineering is a comprehensive program covering the application and use of electrical devices such as power converters and generators. This program will help you understand the complexities of technique, such as the development, design, operation, and testing of electric power converters in the laboratory for electrical energy conversion. The training establishes a more comprehensive understanding of the methods utilized for power conversion in electric equipment. Students gain a solid understanding of the design, modelling, simulation, and synthesis processes involved in power conversion-based instruments for transforming electrical energy. Students can use their creative and imaginative brains to design new systems if they have a strong background in physics and mathematics. It helps them to build, develop, and operate the systems since it will help them take on more complex positions in the future.

WHAT IS ELECTRICAL DEVICES AND POWER SYSTEM?

Electrical Devices & Power System Engineering MTech or Master of Technology in Electrical Devices & Power System Engineering is the course that focuses on developing advanced power management converters for battery-powered, mobile, or laptop power management applications using power integrated circuits technology and integrated passives technology. This course covers the most up-to-date methodologies in power system analysis, planning, dependability, and forecasting. High-voltage DC transmission, industrial electronics and controls, power electronics and drives, wind and solar energy electric conversion systems, and advanced topics in microprocessors and microcontrollers are all covered in this course, which is all essential for today's power system engineer. The course is designed for those who want to learn more about the technologies and scientific disciplines involved in converting electric energy using power electronic converters and electric machines.

ELIGIBILITY AND CAREER IN ELECTRICAL DEVICES AND POWER SYSTEM

To pursue a Master's degree in Electrical Devices and Power Systems, students must have completed a Bachelor's degree (BE/BTech) or equivalent with a minimum of 50% in aggregate. Students can also get admission to the most prestigious institutes after scoring well in the entrance exams. The Master's degree program will prepare you to design, build, operate, and test power electronic converters and drives in the lab. The course equips students with the information necessary to build, model, simulate, and synthesize power converter-based systems for electric energy conversion. They can be chosen for gazette positions through the Union and State Public Service Commission's competitive examinations. Graduates with an M.Tech in Electrical Power Systems Engineering can work with these systems and improve their efficiency. Apart from the growth in automation in manufacturing and home appliances, the Electronics market is increasing year after year, making this a very good career choice.

Furthermore, MTech in Power Systems is critical as the globe accelerates its transition to renewable energy. Electrical Devices & Power System Engineering (MTech) Polymer technology, textile technology, automobile companies, thermal engineering centres, production industries, research institutes, and academic institutions are all areas of employment. Electrical Devices & Power System Engineering (MTech) Engineering Executive, Senior Management Staff, Regulatory Officer, Scientist, Assistant Chemist, Sr. Application Engineer, Trainee, Power Electronics Designer, Sales Engineer are just some of the job types available.