Electrical Engineering

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Electrical engineering is primarily concerned with the application of engineering to the construction of machines and gadgets that we use on a daily basis. This research focuses on deliberately designing electrical equipment to perform specified duties using science and mathematics expertise. This discipline is focused with the construction of infrastructures such as power plants and military defence systems. It creates and establishes techniques that make use of electricity, electronics, and electromagnetism. The public might obtain access to the fundamentals of electrical equipment by using power electric motors and generators, which would be beneficial in all situations.

Electrical engineers are responsible for the design, development, research, testing, monitoring, and supervision of electrical equipment and installations. Electrical Engineering connects the work components of the commercial, industrial, military, and science sectors. Electrical Engineers solve and find answers for challenges ranging from cell phones to major power plants. Electrical Engineers' technical expertise is applicable in practically all businesses. Engineers in this sector are well-versed in topographical mapping. This knowledge is essential to guarantee that installations and operations are carried out in accordance with customer specifications. Electrical engineers manage potential projects, develop new technology, and improve existing ones.

Study Levels:

Electrical Engineering students can choose between the following study levels:

Bachelor of Engineering
Bachelor of Engineering in Electrical Engineering
Bachelor of Engineering in Electrical and Electronics Engineering
Bachelor of Engineering in Electronics and Embedded Technology
Bachelor of Engineering in Energy and Power Engineering
Bachelor of Engineering in Mechanical Engineering
Bachelor of Technology
Bachelor of Technology in Electrical Engineering
Bachelor of Technology in Electrical and Electronics Engineering
Bachelor of Technology in Electronics and Embedded Technology
Bachelor of Technology in Energy and Power Engineering
Bachelor of Technology in Mechanical Engineering
Master of Engineering
Master of Engineering in Electrical Engineering
Master of Engineering in Electrical and Electronics Engineering
Master of Engineering in Electronics and Embedded Technology
Master of Engineering in Energy and Power Engineering
Master of Engineering in Mechanical Engineering
Master of Technology
Master of Technology in Electrical Engineering
Master of Technology in Electrical and Electronics Engineering
Master of Technology in Electronics and Embedded Technology
Master of Technology in Energy and Power Engineering
Master of Technology in Mechanical Engineering
Ph.D. in Engineering and Technology

Specialisation:

This discipline offers the following areas of specialisation:

Radio Frequency Engineering
Signal Processing
Microelectronics
Control Systems
Power Engineering
Telecommunications
Semiconductors
Electro Physics
Microsystems
Optics and Photonics
Signal and Image Processing
Network Systems
Computer Networking
Remote Sensing
Space Systems
Circuits
Very Large-Scale Integration (VLSI)
Nanotechnology
Electronic Circuits
Energy Studies
Power Electronic Converters
Digital Electronic Circuits
Programming
Electromagnetic Compatibility

Employability:

Electrical engineering is about more than just wires and circuits. Instead, it is important in telecommunications as well. Electrical engineers aid in the navigation of IT projects that span the majority of the public and private sectors. Because the demand for Electrical Engineers is expanding, the interdisciplinary character of this sub-discipline ensures job security. Various domains of work cannot function without Electrical Engineers since workplaces are heavily reliant on current technology, which is mostly based on Electrical Engineering. The jobs available for electrical engineering in India are as follows: