Engineering is the branch of science that is concerned with conceptualizing, designing, and bringing an idea to fruition. The diversification of engineering is accomplished by dividing the profession into various sub-engineering’s, referred to as branches. Examples of engineering branches include mechanical, civil, and electrical engineering and aeronautical, chemical, and computer science, to name a few. Let’s see what happens. Is Electrical Engineering a Lucrative Profession?

Electrical Engineering is a branch of engineering concerned with the study and application of all electrical components and electricity in all of their forms. Among the places where electrical engineers work is electrical power stations, electricity distribution stations, Power Plants, manufacturing and production plants, automation plants, railroads, and a variety of other places. The electrical engineering course is designed to help students visualize the electrical scenario that exists in the world. Whatever the industry, whether it’s a government agency or a private company, electrical engineers will never go out of style because the world cannot even imagine itself without electricity, even for a split second. 

Why Electrical Engineer?

Because technology is the only sector that is growing, the world is witnessing technological advancement. Therefore, electrical engineering will always be in high demand, regardless of the time period in which we find ourselves. Electrical engineers were required in increasing numbers of industries to develop and understand electrical control systems, which were then implemented in their organizations. A cleaner and more efficient alternative to the current fuel for electricity generation is sought by our current generation. Engineers with electrical backgrounds are the only ones we can find. To keep up with the high demand for electrical advancement and engineers, the salaries for these professionals have been increased as well. When compared to teachers and arts graduates, electrical engineers begin their careers with higher wages. Electrical engineers will also be kept on their toes by continuous future technologies and innovation, as their demand is restricted to specific industries and sectors, such as healthcare and infrastructure.

How to Become An Electrical Engineer?

Becoming an electrical engineer is no more difficult than becoming any other type of engineer. An engineer must have a thorough understanding of concepts, not only theoretically but also practically, to function effectively. They require hands-on experience and the habit of asking “why” and “how” about everything. The electrical engineer should be enthusiastic about learning new things at all times. But how does one go about becoming an electrical engineer? This is the most critical question. To pursue a career as an electrical engineer, you must complete the following steps:

Graduation with a Bachelor’s Degree

When they receive a bachelor’s degree in the electrical branch, they are given the title of an electrical engineer. There should be a variety of programs that accredit the university that awards the degree. The Accreditation Board for Engineering and Technology (ABET) and the All India Council for Technical Education (AICTE) are two of the most important of these organizations (AICTE). To complete the degree, enrolled students must complete various minor and major projects, internships, training, and laboratory work, among other requirements. In general, a four-year bachelor’s degree program is designed for students who work full time. Almost all multinational corporations (MNCs) and government agencies hire electrical engineers with a bachelor’s degree.

Graduation With a Master’s Degree

Graduates who wish to pursue further specialization in electrical engineering can pursue a master’s degree program in the field. Power systems, power electronics, Very Large Scale Integration (VLSI), and control systems are the most common domains for electrical engineers. Post-graduate study is preferred by candidates who wish to continue their education or enter the field of technical teaching; in addition, an engineer can pursue a doctorate in philosophy after earning a master’s degree in technical education (Ph.D.).

Engineering Exam

Candidates must pass a variety of engineering level exams in order to be considered for various positions in the private and public sectors. After passing the exams, the candidate will be eligible for employment in the field of electrical engineering.

What Does An Electrical Engineer Do?

Electrical engineers are responsible for the design, development, testing, and management of the manufacturing of electrical equipment, which can range from electric motors and navigation systems to power generation equipment and the electrical components of vehicles and personal devices. Electrical engineers also work in the field of electronics.

When it comes to job opportunities, electrical engineering is a vast field with opportunities in a diverse range of industries. Electrical engineers are essential to the operations of thousands of businesses, from electric power generation and distribution to automobiles and smartphones.

Common Skills for an Electrical Engineer

Individuals considering a career as an electrical engineer may find it helpful to have the following additional skills:

• Engineering science and technology knowledge are required.
• working knowledge of mathematics
• Computer operating systems, hardware, and software are all familiar to you.
• Design abilities and knowledge are required.
• Pay close attention to the smallest of details.
• Skills in critical and analytical thinking
• Communication abilities that are second to none
• Having the ability to use a computer and the major software packages confidently

How Much Does Electrical Engineer Make?

The salary of an Electrical Engineer can be as high as $254k per year. Electrical engineering is a field that offers some of the highest salaries available anywhere in the world. Electrical engineering jobs are among the most lucrative careers available; an electrical engineer’s annual salary can exceed $254,000. Electrical engineering jobs are among the most lucrative careers available.

Best Colleges to Study Electrical Engineering

Here are the Best Electrical Engineering Universities

Massachusetts Institute of Technology

The Massachusetts Institute of Technology, also known as MIT, is a world-renowned university located in Cambridge, Massachusetts. It was founded in 1861 and has since become one of the most prestigious universities in the world. MIT is especially well-known for its engineering and science programs, which are considered some of the best in the country.

Stanford University

Stanford University is a world-renowned research university located in Stanford, California. It was founded in 1885 and has since become one of the most prestigious universities in the world. Stanford is especially well-known for its engineering and science programs, which are considered some of the best in the country.

University of California

The University of California, also known as UC Berkeley, is a world-renowned public research university located in Berkeley, California. It was founded in 1868 and has since become one of the most prestigious universities in the world. UC Berkeley is especially well-known for its engineering and science programs, which are considered some of the best in the country.

Georgia Institute of Technology

Georgia Tech offers undergraduate and graduates degrees in chemical, computer, environmental, industrial, and mechanical engineering. The school’s curriculum stresses a multidisciplinary approach to problem-solving with an emphasis on innovation. Georgia Tech has been educating engineers since 1888. Today it is home to world-class faculty, state-of-the-art research facilities, and more than 20 significant laboratories on campus. It also offers cutting-edge degree programs such as computational design and games & simulation arts & sciences. With this diverse program of study at Georgia Tech, you can pursue your passion for engineering no matter what field interests you most!

Carnegie Mellon University

Founded in 1900, Carnegie Mellon University is a private research university located in Pittsburgh, Pennsylvania. CMU is world-renowned for its engineering, computer science, business, and arts programs. The school has been ranked as one of the best universities in the world for both undergraduate and graduate studies. 

CMU offers an extensive range of majors and minors that students can choose from, including some of the most popular fields of study such as business, computer science, engineering, and the arts. The school also offers unique programs such as information systems management and product design. 

Bradley University

Bradley University is a private university located in Peoria, Illinois. The school was founded in 1897 and has since become one of the most prestigious universities in the Midwest. Bradley University is especially well-known for its engineering and business programs, which are considered some of the best in the country.

Bradley University offers a variety of undergraduate and graduate programs that students can choose from, including some of the most popular fields of study, such as business, engineering, and the arts. The school also offers unique programs such as entrepreneurship and sports marketing. 

Best Online Courses for Electrical Engineering

Introduction of Electronics

This course introduces students to the fundamental electronic components: diodes, transistors, and operational amplifiers (op-amps). It goes over the fundamentals of operation as well as some typical applications.

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Renewable Power and Electricity Systems

This course will provide you with a solid foundation in the fundamentals of renewable electricity. The first topic in this course will be how electricity is measured, followed by a discussion of how electricity systems operate, and finally, how renewable technologies such as wind turbines and solar PV function. In the following section, learners will be taught some technical and market fundamentals, such as how and why renewables are driving change in electricity systems around the world, how electricity systems are changing to accommodate all of these new renewables, and what all of this means for those who want to understand and participate in the global transformation of electricity systems. This global transformation is only just getting started, and with the knowledge, you’ll gain from this course, you’ll be prepared to jump on board right away.

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Circuits and Electronics

Are you interested in learning more about circuits and electronics? Is it possible to learn more about the electronics that power sensors and actuators, or how to make computers run faster or your mobile phone battery last longer? If you’re interested in circuits and electronics, this series of courses taught by Anant Agarwal, CEO of edX and MIT Professor, and his colleagues is for you.

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Electrical Control & Protection Systems part 2 By Udemy

All of the fundamental principles associated with these complex systems will be introduced in this course, which has been designed to accomplish this goal.

The following major topics will be covered in-depth during the course:-

• Demonstrate how a DC system in a substation operates and how the battery is sized.
• Take a look at the most critical components of a circuit breaker protection scheme.
• Introduce the concepts and principles that underpin circuit breaker failure protection, as well as the actions that must be taken.
• View a demonstration of how circuit breakers can be re-closed following a fault and a breakdown of the systems involved.
• Introduce the principles that underpin synchronization, as well as the parameters that must be checked and the way in which the systems operate.

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Electrical Control & Protection Systems

Electrification control and protection systems are critical components of the distribution and transmission systems that supply electricity to our cities and industries.

All of the fundamental principles associated with these complex systems will be introduced in this course, which has been designed to accomplish this goal.

The following major topics will be covered in-depth during the course:-

• All of the essential symbols, equipment, and architectural elements of a substation protection system are introduced.
• Demonstrate the fundamental principles that underpin electrical protection philosophy.
• Take a look at three-phase currents to see if you can separate them into sequence components and harmonics.
• Provide an overview of the fundamental principles underlying current transformers, including how they operate and how they must be connected.
• Demonstrate how voltage transformers work and describe the different types.

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Conclusion

Electrical engineering is a challenging and exciting field that offers opportunities for creativity and innovation. If you’re thinking of pursuing a career in electrical engineering, we hope this article has helped to give you a better understanding of what the job entails. We wish you the best of luck as you continue your journey into this fascinating and rapidly-growing industry!