Electrical Engineering Hard to Study? (Must Read)

Are you thinking about becoming an Electrical Engineer and want to know how hard it is to study?

We’ll look at how hard Electrical Engineering is in this article.

Ready to learn more?

Let’s dive in!

Electrical Engineering Hard to Study?

Yes, Electrical Engineering is hard to study and learn because of the complex subjects, technical nature, and vast amount of material to learn. If you are willing to put in the hours and comfortable with core engineering subjects, then Electrical Engineering won’t be as hard. 

Partying and being a slacker, you will find it difficult.

Electrical Engineering is something you need to learn, it’s not something you can just turn up an exam and nail.

Studying the core engineering courses (calculus, physic, chemistry, and English) at high school will put you in good stead at college.

It can be challenging to obtain a job, especially when everyone has good grades nowadays.

Employers value practical experience, such as internships or participation in cooperative engineering programs, in which students earn academic credit for structured work experience.

So, to get an advantage over your peers obtain experience through performing Research and obtaining an internship.

You can then get some practical experience, build a network and obtain a letter supporting evidence of Research and Internship that you can use for job interviews.


What the Internet Is Saying

It depends on how you’re ‘wired’, to use a bad pun.

For some people it’s impossible.

Do you have an aptitude for math and physics?

If not, an EE probably isn’t for you.

Four years of EE undergrad coursework is pretty heavily loaded with math and physics courses and some people never get past freshman calculus.

Source: Quora

What is Electrical Engineering?

According to Wikipedia Electrical engineering is an engineering discipline concerned with the study, design, and application of equipment, devices, and systems that use electricityelectronics, and electromagnetism. It emerged as an identifiable occupation in the latter half of the 19th century after the commercialization of the electric telegraph, the telephone, and electrical power generation, distribution, and use.

Electrical engineering is now divided into a wide range of different fields, including computer engineeringsystems engineeringpower engineering, telecommunications, radio-frequency engineeringsignal processinginstrumentationphotovoltaic cellselectronics, and optics and photonics.

Many of these disciplines overlap with other engineering branches, spanning a huge number of specializations including hardware engineering, power electronics, electromagnetics and waves, microwave engineeringnanotechnologyelectrochemistry, renewable energies, mechatronics/control, and electrical materials science.

Which is the Hardest Subject in Electrical Engineering?

Most students find mathematics-related subjects (statistics, calculus, algebra, geometry, and trigonometry) the hardest subjects in electrical engineering. Other tough subjects include Systems and Signals, Electromagnetic fields. However, the level of difficulty or how tough someone finds a subject will depend on a student’s level of interest and level of ability. 

The teacher/professor usually makes or breaks a class, making a subject easy or tougher than it needs to be.

If you are comfortable with maths, you should be able to handle the toughest Electrical Engineering subjects like Systems and Signals.

If there are some subjects that you feel you will struggle with, it’s then a matter of putting in extra effort to understand and master.

It’s also worth seeking help from other students or obtaining assistance from a tutor.

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Electrical Engineering Stressful? (Explained)

Yes, being an Electrical Engineer can be stressful. Stress in Electrical Engineering depends on several different factors, such as pressure to meet deadlines, come up with solutions, or pressure from your boss.

Furthermore, many Electrical Engineers face challenges under pressure, which can be a source of stress.

At the same time, employers are also an important factor, in determining stress.

For example, if your employers assign you too much work, you will inevitably be stressed out.

Your mechanical engineering area can also affect the levels of stress you can experience as an Electrical Engineer.

However, it’s safe to say that you can experience stress in all kinds of jobs; Electrical Engineering is no different.

One can quickly get used to it after gaining a reasonable amount of experience.

However, if you remain confident in your work while also working carefully, and utilizing different skills, you will get rid of this stress.

Electrical Engineering a Dying Field? (Explained)

No Electrical Engineering is not a dying field, in fact, with rapid technological change and innovation, there will be a need for the expertise of Electrical Engineers for research and development projects involving electronic devices and systems.

According to the Bureau of Labor and Statistics, employment of electrical and electronics engineers is projected to grow 3 percent from 2019 to 2029, about as fast as the average for all occupations.

These engineers also will be needed to develop sophisticated consumer electronics.

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Worth becoming an Electrical Engineer? (Explained)

Yes, it is worth becoming an Electrical Engineer, it is very rewarding, both personally and financially.  However, you do need to be comfortable dealing with complex maths and enjoy working on researching and developing circuits and systems. 

It’s also worth becoming an Electrical Engineer if you enjoy working on a range of problems and coming up with solutions.

This is extremely satisfying, to work on a long-term project that comes to fruition.

The median annual wage for electrical engineers was $98,530 in May 2019.

Noting this is a median wage, this amount will differ depending on experience, geographical location, and organization.

If you are focused on money and how much you can earn, it might not be worth your effort to become an Electrical Engineer.

Other careers offer higher salaries, such as being a lawyer.

So it’s best to decide if money is your ultimate driver before you commence studying, otherwise, you will likely become demotivated and dropped out of college.

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Is there a lot of Math in Electrical Engineering?

Yes, Electrical Engineering does involve a lot of maths from statistics, calculus, algebra, and geometry to trigonometry.

The amount you use in your day-to-day job will vary depending on the project, but occasionally you will need to know how things work, as in knowing the relationship between various things and knowing how specific values are calculated

Mathematics is very important in electrical engineering.

Having an advanced understanding of algebraic principles, statistics and at least a reasonable understanding of calculus (logs, differentials, integrals, and so on) are pretty much essential.

Electrical engineers use math to help design and test electrical equipment.

Maths is used to calculate amp and volt requirements for electrical projects, such as creating computer simulations and designs for new products.

How Hard is the Maths in Electrical Engineering?

The maths used in Electrical Engineering is advanced (ranging from statistics to probability), making it hard to understand and learn.

The math courses you will take in a bachelor’s degree program in Electrical Engineering ranges from advanced mathematics subjects such as statistics, calculus, algebra, and geometry to trigonometry to probability and statistics.

If you are planning on studying Electrical Engineering you should be prepared to study differential equations, complex variables, linear algebra, and integral calculus during your electrical engineering education.

If you are still in high school, suggest studying all the advanced mathematics classes so you’re prepared for college-grade mathematics.

Final Thoughts

For someone who enjoys complex maths and solving engineering problems, then Electrical Engineering is possibly a career for you.

With technology rapidly increasing there will be a need for Electrical Engineers to help continue to innovate and transform our society and lives.

As with any career that you want to pursue, analyze yourself and your strengths and weaknesses, seek career counseling, and speak with your friends and family to get their feedback and thoughts before deciding which major you want to pick.

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