Top 5 career opportunities and industries for Electrical Engineering graduates

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Around 15 to 20 percent of the graduates who choose engineering as their major select electrical engineering as their specialization. The primary reason being the fast pace of innovation in the technological field in India. 

Electrical Engineers are at the forefront of developing new and innovative technologies in different segments like robotics, transportation, construction, healthcare, chemicals, oil, gas, etc.

The electrical engineers are the loop that keeps the circle of technology innovation moving. India is one of the most fast-paced developing industrial countries in the world. It has made excellent progress in the demand for electrical engineers both in the public and private sectors.

Electrical engineers often find jobs in the government, manufacturing, automotive industries, energy, and many such industries. Although there is tough competition in this area, there are still numerous career opportunities and areas where aspirants can make an excellent career.

Electrical Engineer applicants can work with experts in other areas, such as mathematicians, computer scientists, analysts, and various types of engineers. Through the coursework, they learn how to analyze, design, and develop electrical prototypes to turn their own development ideas into a successful reality. 

Electrical Engineers are involved in designing components and systems for industrial machinery and various consumer gadgets. Moreover, they often collaborate with manufacturers to introduce new electronic devices in the market. 

The occupation of electrical engineers might be technically challenging. Hence, it requires advanced knowledge in fields like mathematics and physics, but the financial and personal rewards for applying under this field are excellent.

So, let’s go through some of the excellent career opportunities available for electrical engineers in the 21st century.

Micro Electrical Engineer:

Microelectronics concentrates on designing small electronic components like circuit boards, semiconductors, and microchips used in the design of electronic devices, new biomedical, information technologies, aerospace devices, and systems. They develop plans and build prototypes of electronic circuit chips, circuit boards, and semiconductors. Furthermore, they are also involved in making new designs, performing specialized tests, and interpret data on the performance of new models.

Instrumentation Engineer:

An instrumentation engineer usually works in automated processes with the ultimate goal of improving productivity, reliability, stability, and optimization. Their primary focus area is designing, developing, installing, and managing equipment used to monitor and control complex machinery.

They are majorly responsible for integrating the sensors with the recorders, displays, transmitters, or control systems. They are also responsible for the testing and maintenance of various electronic systems.

Telecommunications Engineer:

Telecommunication Engineers are principally responsible for monitoring new networks and technologies, offering relevant suggestions regarding integration. They ensure regular network availability and provide necessary maintenance and support. Telecom Engineers are experts in managing data over different modes of communication. 

They are also involved in installing and designing different telecommunication equipment. They work in a vast field of telecom devices ranging from radio and television to Satellite, computer networks, internet, and optical fiber.

Electrical Design Engineer:

An Electrical Design Engineer is responsible for the development of new electrical systems for various applications. They are also involved in developing electrical system specifications and complex layouts. 

Electrical Design Engineers test their systems and make adjustments as per the requirements. They also provide constant support throughout the manufacturing of electrical systems.

Electrical Engineer:

An electrical engineer majorly focuses on large-scale electrical systems such as power transmission, utilizing electricity, motor control, and transmitting energy. An electrical engineer designs new electrical systems and tests equipment, and overcomes complex challenges.

They work on a variety of technologies, ranging from household appliances, telecommunication systems, lighting, and wiring of buildings, to satellite communications and electrical power stations.

After speaking about various professions available for electrical engineers, let us now explore industries in which fresh electrical engineering graduates can apply.

Aerospace Industry:

The Aerospace Industry requires skilled electrical engineering graduates to work on cutting-edge technologies to enhance the sector’s performance, whether it is designing advanced electrical machines or focusing on electric propulsion for aerospace platforms. 

Marine Industry:

Electrical Engineering graduates can work on the operation and maintenance of vessels, design and develop various electrical equipment. The cruise ships that run on power need multiple advanced electric propulsion systems, which comes under the job role of an electrical engineer.

Electronics Industry:

An electrical engineer graduate can work in a wide array of areas such as packaging, manufacturing, designing, and testing. The components of devices that run on electrical power, such as integrated circuits, chips, resistors, capacitors, are some of the best examples on which electrical engineers can apply.

Automotive Industry:

Electrical engineers work on a wide array of components such as interior and exterior lighting, air conditioning, engine and power units, safety systems, infotainment systems, etc. Electrical Engineers are also eligible to develop Autonomous, Connected, and Electrified (ACE) vehicles.

Defense Industry:

An electrical engineer holds the expertise in designing the network architecture, and electrical power conceptualized designs for software and hardware optimization and checks their efficiency whether it is fit for smooth operations in the sea, air, or land. Some of the defense sector tasks include equipment design, fault diagnosis, evaluation of equipment behavior, assessment of new technologies, etc.

Although the significant roles and responsibilities of an electrical engineer differ from one industry to another,  the opportunity to work along with engineers from other verticals and gain expertise to enhance the overall productivity remains constant. Also, electrical engineers need to start from a solid base, i.e., they need to start from scratch. They need to learn every minute detail to complex engineering theories to excel in their career. 

To start with, aspirants can apply for a B. Tech. degree with a specialization in Electrical Engineering. Interested and eligible students can apply for B. Tech. in Electrical Engineering degree with Sir Padampat Singhania University, Udaipur, established by JK Cement. SPSU is one of the top engineering colleges in Rajasthan. The University offers quality education and required professional training and exposure to Electrical Engineering students, making them professionally competent. SPSU also provides the latest certification courses, paid internships, and placements in India and abroad at high salary packages giving a significant kickstart to their career. It is a student-centric university that makes the best possible efforts to attain academic excellence, making it listed among the best universities in Udaipur.

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