Electrical Engineering: Where to study, eligibility and job prospects

With the world changing at breakneck speed, new breakthroughs in technology have ushered in a new era where electrical engineers are in high demand. Electrical Engineering serves as the foundation for a digital revolution that’s just around the corner. By going for this Engineering discipline you can secure a great career and leave a mark in the world of technology.

What is Electrical Engineering

Electrical Engineering is concerned with the technology of electricity. As an electric engineer, you’ll design, develop and maintain electrical systems and equipment. Physics, Mechanics, Optics, and Maths are the main components of this technical branch of applied science.

The field of Electrical Engineering has branched out into multiple specialisations like power generation and transmission systems, motors and control systems.

Studying Electrical Engineering:

• You need to clear your Class XII board exams or an equivalent exam with Physics, Chemistry and Maths as compulsory subjects. You need at least 75% marks for admission to IITs, NITs and GFTIs.
• You need to clear JEE Mains, conducted by the National Testing Agency (NTA), for admission to NITs, CFTIs and other engineering institutes.
• You need to clear JEE Advanced to get into IITs and IIT (ISM) Dhanbad. To be eligible for JEE Advanced, you need to be among the top 2,50,000 successful candidates (across all categories) in the BE/BTech paper of JEE Mains.
• You can get an Electrical Engineering degree by clearing any of the state joint entrance exams.
• For a master’s degree in Electrical Engineering, you need to clear GATE (Graduate Aptitude Test in Engineering).

Some top institutes to study Electrical Engineering:

IIT Kharagpur, West Bengal

Course: BTech in Electrical Engineering.

• Duration: Four years.
• Admission: Depends on your rank in JEE Advanced.

Course: MTech in Electrical Engineering.

• Duration: Two years.
• Admission: Depends on your GATE rank.
• Click here to learn more.

Jadavpur University, Kolkata, West Bengal

Course: BE in Electrical Engineering.

• Duration: Four years.
• Admission: Depends on your rank in the West Bengal Joint Entrance Examination (WBJEE).

Course: ME in Electrical Engineering.

• Duration: Two years.
• Admission: Depends on your GATE rank.
• Click here to learn more.

Indian Institute of Engineering Science and Technology (IIEST), Shibpur, West Bengal

Course: BTech in Electrical Engineering.

• Duration: Four years.
• Admission: Depends on your rank in JEE Mains.

Course: MTech in Electrical Engineering.

• Duration: Two years.
• Admission: Depends on your GATE rank.

Course: Dual Degree (BTech—M. Tech.)

• Duration: Five years.
• Admission: Depends on your rank in JEE Mains.
• Click here to learn more.

National Institute of Technology, Durgapur, West Bengal

Course: BTech in Electrical Engineering.

• Duration: Four years.
• Admission: Depends on your rank in JEE Mains.

Course: MTech in Electrical Engineering.

• Duration: Two years.
• Admission: Depends on your GATE rank.
• Click here to learn more.

Delhi Technological University, Delhi

Course: BTech in Electrical Engineering.

• Duration: Four years.
• Admission: Depends on your rank in JEE Mains.

Course: MTech in Electrical Engineering.

• Duration: Two years.
• Admission: Depends on your GATE rank.
• Click here to know more.

National Institute of Technology, Rourkela, Odisha

Course: BTech in Electrical Engineering.

• Duration: Four years.
• Admission: Depends on your rank in JEE Mains.

Course: MTech in Electrical Engineering.

• Duration: Two years.
• Admission: Depends on your GATE rank.
• Click here to learn more.

Job roles:

• Operations manager: They look after the manufacturing process of electronic systems and equipment. They oversee device maintenance and updates.

• Electrical engineer: They create electrical circuits, systems and gadgets. It is also their responsibility to troubleshoot.

• Product design engineer: They design and develop new electrical items. They stay involved in the study, creation and development of such items.

• Electrical design engineer: They design and manufacture electrical systems and devices by factoring in their cost, dependability, quality,and security.

• Instrumentation engineer: They are involved in the research, development and creation of novel electrical systems and equipment for regulating and screening industrial operations.

• Power engineer: They are in charge of producing, transmitting and using electricity. They also maintain electrical devices such as electric motors and generators.