10 Reasons To Study Electrical Engineering
Electrical Engineering is about generating, transmitting, distributing, controlling, and using the electrical power required to operate small-scale devices, such as a sensor, or as large as the equipment for space stations.
An electrical engineer can design, manufacture, and market marketing equipment. The field of application is wide because today’s world depends on electrical energy to function. In this way, the job sources are varied.
On the other hand, no day is the same as the previous one when working with devices. Technical failures in electrical circuits will vary depending on the equipment, and something new is learned every day. Furthermore, technology is constantly advancing, and discoveries require new skills.
A typical electrical engineer’s professional aspirations lie in creating new methodologies to reduce electrical risks in a system. It is about the possibility of preventing and solving problems, permanently carrying out fieldwork, and understanding the complexity of electrical systems.
Are you thinking about studying electrical engineering? If so, you’re making a great decision!
Here are some good reasons to study electrical engineering and pursue a career in it:
- A lot of Career Options
- Consistent Progress in Career
- Demand Worldwide
- It’s Easy to Get Your First Job
- You Get a Good Salary
- You Can Work in Other Countries
- There Is the Possibility of Carrying Out Pre-professional Training
- A Wide Variety of Skills and Knowledge Is Acquired
- Computer skills are acquired
- Has prestige
1. A lot of Career Options
Electrical engineering is a vast discipline that has linkages to other engineering disciplines and several subfields. Electrical engineering thus obtains an interdisciplinary advantage and diversifies its application in various academic and professional domains.
With this versatility, students have access to a wide range of specializations and numerous career options to choose from, such as:
- Control Systems
- Power Engineering
- Radio-Frequency Engineering
- Signal Processing
Thus, you can expand your expertise while pursuing an electrical engineering degree by adding pertinent specializations to boost your career opportunities.
2. Consistent Progress in Career
Electrical engineering is a rapidly evolving field that is constantly growing due to developing technologies and innovations in current models, methodologies, and design.
To encourage you to pursue electrical engineering as a career, take a look at the following statistics:
The job outlook for electrical and electronics engineers is expected to go up 7% between 2020 and 2030, according to the US Bureau of Labor Statistics.
Electrical and electronics engineers are anticipated to have an average of 22,700 job vacancies in the following ten years.
This is a definite sign that the electrical engineering discipline will progress further and maintain its standing as a promising career option.
3. Demand Worldwide
Electrical engineers are in high demand all over the globe, and they will continue to be as long as there is electricity in the world.
Organizations and hiring managers are always looking to employ electrical engineers from multiple countries to add diversity, fresh perspectives, and new ways of doing things to the workforce.
And it’s because:
The field of electrical engineering is grounded on essential, universal principles of electrical, physics, and mathematics, so your acquired expertise does not confine you to the nation where you studied.
For this reason:
Electrical engineers have a high potential to get better employment options all over the world.
4. It’s Easy to Get Your First Job
It is easy for electrical engineering students to get their first job because it is one of the most demanded careers by the labor market and the least chosen by young people. In addition, this professional field does not require an advanced degree of study to find work. You can enter the labor market and earn good salaries with a bachelor’s degree. If you want to do a master’s degree in electrical engineering, the possibilities (and the compensation) are going to be much more significant.
5. You Get a Good Salary
One of the major advantages of being an engineer is the compensation. The highest-paid engineers in the industry, are in fact, electrical engineers.
The average electrical engineer’s salary is $92,501 per year in the United States, which translates to $47.44 per hour.
Entry-level electrical engineer jobs have a starting salary of $75,004 per year or $38.46 per hour. On the other hand, the most experienced electrical engineers earn up to $120,000 per year or $61.54 per hour.
6. You Can Work in Other Countries
Having a degree in electrical engineering can open up opportunities to work in other countries of the world. As the laws of mathematics, electricity, and physics are universal, the knowledge acquired does not limit you to working only in the country you studied. In addition, many international companies require this profession and offer reasonable remuneration. Gaining proficiency in English can benefit you immensely. It’s important to note that nationality or a prior work permit are also required for employment in other countries in a range of professions. In the case of engineering, it mainly happens that contracts place multinational companies responsible for issuing you that work permit.
7. There Is the Possibility of Carrying Out Pre-professional Training
Many universities require electrical engineering students to undertake pre-professional training. Generally, this internship can be extended or turned into a permanent job position if an excellent personal and professional image is left. It is an excellent opportunity for the employer to know your skills and work profile.
8. A Wide Variety of Skills and Knowledge Is Acquired
An electrical engineer acquires a wide variety of knowledge in their career. In addition, electrical engineers develop great skills, from programming to report writing, and you are faced with the daily challenge of finding solutions to problems. Electrical engineering is a practical area. You will be able to use the knowledge acquired to learn to solve problems.
9. Computer skills are acquired
Electrical engineers encounter computer problems at every stage of their studies as well as every day of work. As a result, they typically acquire computer skills throughout their studies. It is because electrical engineers have to install various programs for their studies, conduct analyses, and fine-tune elements or electrical circuits.
10. Has prestige
Public and private institutions both depend heavily on electrical technology in today’s world. Life as we know it would come to an end without the skills of electrical engineers as there would be no electricity.
Therefore, becoming an electrical engineer will provide you with prestige and prominence that you might not attain in other professions.
There are both advantages and disadvantages to studying electrical engineering. On the plus side, electrical engineers are in high demand, and they can earn a good salary. They also have the opportunity to work in a variety of industries, including aerospace, automotive, and telecommunications.
On the downside, electrical engineering can be a very challenging field, and it requires a great deal of math and science skills. In addition, electrical engineers often work long hours, and they may have to travel for their job.
Here’s a list of the top 10 schools for studying electrical engineering in the US:
- Georgia Institute of Technology – Atlanta, GA
- Princeton University – Princeton, NJ
- Massachusetts Institute of Technology (MIT) – Cambridge, MA
- University of Texas – Austin, TX
- University of California – Berkeley, CA
- Virginia Tech – Blacksburg, VA
- Stanford University – Stanford, CA
- Illinois Institute of Technology – Chicago, IL
- Carnegie Mellon University – Pittsburgh, PA
- University of Houston – Houston, TX
Frequently Asked Questions:
1- Why Choose Electrical Engineering?
Electrical engineering is one of the promising career prospects in today’s world with job opportunities, working conditions, and growth at maximum. With the advent of advanced technology, electrical systems and devices require expert input which a qualified engineer can bring to the table.
2- Why are electrical engineers important?
Electricity is the lifeblood of modern society. It powers our homes, our businesses, and our public infrastructure. Electrical engineers are responsible for generating, transmitting, and distributing electricity. They also design and develop electrical equipment, such as motors, generators, lighting systems, and wiring diagrams.
Without electrical engineers, our world would be a very different place. We rely on their expertise to keep the lights on and our homes and businesses running smoothly. Electrical engineers make a significant contribution to society and the economy, and we are grateful for their skills and knowledge.
3- Is electrical engineering good for the future?
Indeed. Electrical engineering has a bright future as the job prospects of electrical engineers are anticipated to increase by 7% from 2020 to 2030, according to the US Bureau of Labor Statistics. This will open up about an average of 22,700 positions, several of which offer handsome incomes.
Electrical engineering centers on the generation, transportation, distribution, management, and exploitation of the electric power required to operate sensors and other small-scale devices and the massive gears used in space stations.
As we can’t think about our lives without electricity, we cannot imagine a world without electrical engineers. That’s why electrical engineers remain in high demand across the globe, regardless of area, city, or continent.
There are many reasons to study electrical engineering, whether it’s a high salary, great prestige, or numerous career options, but we’ve just covered 10 in this blog.
We hope reading this blog convinced you to study electrical engineering and pursue it as a career.
You can find more interesting articles on engineering in our blog section. So we suggest you visit that to gather more information.