Is Electrical Engineering Hard?

Is Electrical Engineering Hard? Let’s Find Out…

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If you are planning to study Electrical Engineering, you may want to know if Electrical Engineering is a hard degree. Well, in this guide, we are going to provide answer to this question and also explain in details what Electrical Engineering degree entails, it’s career prospects and top schools offering it.

What Is Electrical Engineering?

Electrical engineering is the study, design, and application of electrical, electronic, and electromagnetism-based equipment, devices, and systems. After the commercialization of the electric telegraph, the telephone, and electrical power generation, distribution, and consumption in the later half of the nineteenth century, it became a distinct occupation.

Computer engineering, systems engineering, power engineering, telecommunications, radio-frequency engineering, signal processing, instrumentation, photovoltaic cells, electronics, and optics and photonics are all examples of electrical engineering. Hardware engineering, power electronics, electromagnetics and waves, microwave engineering, nanotechnology, electrochemistry, renewable energy, mechatronics/control, and electrical materials science are only few of the disciplines that overlap with other engineering specialties.

Electrical engineers usually have a bachelor’s degree in either electrical or electronic engineering. Professional certification and membership in a professional group or an international standards organization are all possibilities for practicing engineers. The International Electrotechnical Commission (IEC), the Institute of Electrical and Electronics Engineers (IEEE), and the Institution of Engineering and Technology (IET) are three of these organizations (formerly the IEE).

Electrical engineers work in a wide variety of industries, with a wide range of abilities necessary. These topics include everything from circuit theory to project management. Individual engineers may require a wide range of tools and equipment, from a simple voltmeter to complex design and manufacturing software.

Read also: Top Schools Offering Solar Engineering Degree

How Can I Get a Degree In Electrical Engineering?

If you are planning to pursue a degree in Electrical Engineering, the steps below should guide you on how to go about it:

Choose a Degree 

Finding a career that interests you can help you decide what to do next, whether you’re just starting out or already have an electrical engineering degree and want to specialize. If you specialize in electrical engineering, most jobs require specific schooling, licensure, and certification.

Apply To Colleges Of Your Choice

Look into different colleges and universities to see whether they offer the degree or certification you require. You may choose to go to colleges known for their outstanding engineering programs, or you may want to keep fees low by looking at colleges close to home. Keep in mind that not all degrees are accessible in every location. Bachelor’s degrees, for example, are not offered at two-year institutions, while doctorate degrees are only available at universities.

Complete The Degree Program

Maintain your GPA and pass your tests by committing to your coursework. During your time in school, you’ll have plenty of opportunities to network with other electrical engineers among your classmates and professors.

Sit For The Licensing Exams

After finishing your degree, you can take the Fundamentals of Engineering (FE) exam to become a certified electrical engineer. The FE exam assesses a recently graduated engineer’s understanding of important topics such as statistics, probability, and circuit analysis.

Where Do Electrical Engineers Work?

As an electrical engineer, you can work in a variety of sectors and organizations around the world, including marine, automotive, aerospace, construction, power generation, oil and gas, telecommunications, and construction.

If you work as an electrical engineer in the marine industry, you can work onboard as part of the ship’s electrical team, ensuring that the ship is always in good electrical condition or that any electrical faults are quickly addressed. You could also work at the seaport, either maintaining or installing new electrical systems to meet special needs.

If you work as an electrical engineer in any other industry, your job description will almost certainly be related to repairing electrical systems, doing electrical research, and designing new working electrical systems.

What Are The Types Of Electrical Engineering Degrees?

Electrical Engineering are offered in 3 stages in the universities and they include the following:

Associate Degree

An associate degree in electrical engineering, which normally takes two years to finish, includes the fundamentals of electrical engineering essential for industry employment. Physics, electrical electronics, and drafting are among the subjects covered. This degree will prepare you for a career in telecommunications, computers, or electronics. You can pursue a bachelor’s degree after receiving this degree by transferring to a four-year college.

Bachelor’s Degree

Most engineering jobs require a bachelor’s degree and passing both the Fundamentals of Engineering (FE) and Professional Engineer (PE) exams. Unless you already have an associate degree, a bachelor’s degree usually takes four years to finish. The curriculum teaches general electrical engineering skills while also allowing students specialization in areas like as biometrics and microcomputer design.

Master’s Degree

If electrical engineers want to specialize in the field, they should consider acquiring a master’s degree. Students who pursue a master’s degree get more knowledge and skill in a certain field of study, such as artificial intelligence or computer hardware engineering. Electrical engineering master’s degree programs are open to students with a bachelor’s degree in electrical engineering or a bachelor’s degree in another STEM field.

Doctorate Degree

Electrical engineers with a doctoral degree can work as professors or researchers in universities and colleges. Students with good academic credentials in math and science who want to change fields may be accepted into electrical engineering Ph.D. programs.

Let us now find out if Electrical Engineering is hard….

Is Electrical Engineering Hard?

Electrical Engineering is considered to be one of the hardest Engineering degree because of the following reasons:

A Lot Of Abstract Thinking

A lot of abstract thinking is required. Electrical engineers, unlike students in other fields such as civil engineering, who can physically feel or see what they are designing, modifying, and building, must envision what they are constructing or learning in their heads.
This is due to the fact that many of the processes involved in EE are not visible.

Currents in circuits are invisible to electrical engineers. Wireless signals, electric fields, and magnetic fields are all invisible to them.

As a result, in order to build anything, students must have a solid understanding of the fundamental principles – such as how circuits and signals function – as well as the capacity to think creatively and abstractly about projects.

Understand Theory

Understanding theory (even in depth understanding) does not always imply successful application in the lab. Students must have patience, as well as the capacity to consider and examine elements that may have led to a project’s failure. This is particularly crucial for EE majors, who may not always be able to observe what’s going on (for example, if it is something within the circuit).

Complex and Invisible Mathematics

EE majors are also more likely than other engineering majors to use partial differential equations (PDE). These equations are well-known for being abstract and difficult to comprehend.

They’re employed to help solve physical issues involving multiple variables (electrodynamics, heat, sound, waves, quantum mechanics, and so on), but the equations themselves are never completely solved. As a result, students who favor discrete mathematics may find EE particularly difficult.

Top Schools Offering Electrical Engineering

Stanford University

Stanford University is a private research university in Stanford, California that is run by a non-profit organization. Founded in 1885 by Leland and Jane Stanford in memory of their only son, Leland Stanford Jr., who died at the age of 15 from typhoid sickness. Stanford is unbeatable when it comes to studying electrical engineering.

The Stanford University Department of Electrical Engineering was founded in 1894, nine years after the university was founded, making it one of the world’s oldest electrical engineering departments. The Master’s Degree program is the most popular of three electrical engineering degree programs offered at Stanford.

Harvard University

Harvard is unquestionably one of the world’s greatest electrical engineering schools. It is a Cambridge, Massachusetts-based non-profit private institution. It was founded in 1636 and ranked second among the greatest colleges and national universities in the 2020 edition.

Harvard University is one of the most prestigious colleges in the world because of its academic prowess. Harvard University is made up of 13 schools and institutes, including a prestigious School of Engineering and Applied Sciences that conducts groundbreaking work in the field of Electrical Engineering.

As an undergraduate student at Harvard College, you will be exposed to a diverse spectrum of research topics, ranging from devices to systems.

Students at Harvard are taught to focus on designing systems that perceive, understand, and interact with the world as one of the greatest electrical engineering schools in the world. These students design sensors, analyze, compute, and control systems, as well as big information processing projects. This is considerably above and beyond what you’ll find at any other random electrical engineering university on the planet.

Because the practices of electrical engineers at Harvard are based on these, basic knowledge of mathematics and science in general is required.

Electrical engineers at Harvard University work on diamond nanofabrication, quantum devices, integrated circuits for cellular biotechnology, millimeter-scale robots, hardware for machine learning, smart power grids and other networked systems, disentangling brain signals and mapping brain circuits, distilling information from large stochastic datasets, and the fMRI.

These abilities are in high demand, and they all pay well. In the field, an electrical engineer who specializes in any of these talents, or a combination of two or more, is in high demand. One of the reasons we consider Harvard to be one of the top locations in the world to study electrical engineering is because of this.

University Of Michigan

The University of Michigan is a prominent public research university in Ann Arbor, Michigan, in the United States. The university is one of Michigan’s oldest and has one of the greatest electrical engineering schools in the world. The university, which was founded in 1817 in Detroit, is a founding member of the prestigious Association of American Universities.

Electrical engineering and computer engineering are combined in the University of Michigan’s Electrical and Computer Engineering (ECE) department.

This department, which is regarded as one of the best not only in Michigan but throughout the world, focuses on smart electronics, energy and power, information, communication, automation, and robotics. These are aspects of electrical engineering that you might not learn about in some EE programs around the world.

This department offers different majors in electrical and computer engineering. According to the department, USNews and World Report consistently ranks the two majors between 7th and 5th best in the United States and around the world.

If you are accepted into this department as a student in one of the majors, you will join other students in reinventing technology to improve health, the environment, sustainability, security, energy, robotics, big data, and more. This will place you on the cutting edge of world problems, studying, solving, and addressing them.

University Of Illinois

The University of Illinois at Urbana-Champaign was founded in 1867 in Chicago and is a public university.
Best Colleges and National Universities placed the university 48th in the 2020 edition. In terms of student population, the University is fairly substantial.

The University of Illinois, as one of the best universities in the world for electrical engineering, encourages students to complete at least two internships (usually paid) before the end of their program to improve their practical knowledge of the course while also building their professional profile. On its online internship and job board, the institution lists open jobs and internships for students.

The institution also offers a REUs (Research Experiences for Undergraduates) program, which allows undergraduate students to work on career-building research projects over the summer. Throughout their time on any REU program, students are compensated adequately enough to pay their living expenses and a variety of other charges.

Princeton University

Princeton University is a medium-sized private non-profit research university in the New Jersey town of Princeton. College of New Jersey was founded in Elizabeth in 1746. In 1747, the university relocated to Newark, and nine years later, to its current location. In 1896, the university was renamed Princeton.

Princeton University, as one of the best electrical engineering universities in the world, assists students in gaining mastery in the field by exposing them to a variety of fields, including computer science, materials science, energy, physics, biology, neuroscience, economics, management, public policy, and many others.

The ABET Engineering Accreditation Commission has given the University its approval to conduct graduate and undergraduate electrical engineering programs.

Every semester, the department hosts a “open house” program for undergraduate students to showcase their projects and speak one-on-one with professors and electrical engineering majors to gain expertise and a hands-on guidance to what electrical engineering entails.

Conclusion

Hope you enjoyed reading this guide and you can now tell if Electrical Engineering is a hard major. As you can see, Electrical Engineering is one of the hardest Engineering majors, but with handwork dedication and seriousness, one should be able to excel.


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