Is Computer Engineering Hard? (With Student Quotes)

Computer engineering is a hot topic and college major. A lot of kids want to study computer science and learn how to code, but many also want to build their own computers and other electronic gadgets.

Computers and all of its components are complicated, so studying computer engineering is also challenging.

This article will explore computer engineering and just how hard it is. We’ll discuss factors that make learning computer engineering challenging, but also look at the potential future you may have if you graduate as a computer engineering major.

We’ll take a look the job requirements and working conditions for computer engineers.

Computer Engineering

What is Computer Engineering?

Hardware design, software development, networking, embedded systems, robotics, artificial intelligence, and many more topics are all included in the fascinating and wide discipline of computer engineering. You must be very knowledgeable in math, physics, and other sciences to succeed in this area.

Computer engineers can be divided into two categories: those who create software and those who create hardware. Developers of software produce products like word processors, spreadsheets, video games, and so forth.

When building computers, hardware designers start from scratch. They create semiconductors, circuit boards, and other components. Both areas place a high value on math and science.

The talents you need to work in the sector will vary depending on your job title. You might need to know how to write code in C++, Java, Python, or another language if you deal with software, for instance.

If you work with hardware, you might need to understand circuits, logic gates, transistors, microprocessors, and other things. Another hardware category of machines that you can create things like operating systems for is the “Internet of Things” (IoT).

You are not need to be an authority on a single type of technology. Making both hardware and software is something you could do.

Why is Computer Engineering Hard?

Computer engineering is a challenging field of study because it combines two challenging disciplines: computer science and electrical engineering. You will learn about software in the computer science portion of the course, and about hardware in the electrical engineering portion of the course.

If you want to understand how computers function, it is necessary to have knowledge of both the hardware and software sides, and each of these requires a unique set of skills. Both of these are skills that need to be strong on your resume if you want to job in computer engineering. Each and every grade level incorporates more difficult mathematical concepts into their lesson plans.

Because there are so many new things for kids to learn, there is a possibility that some of them will believe it to be challenging. However, if you want to make it through it and put in the effort, you will.

Steve Saltz went to M.I.T. to study Computer Engineering. He says, “It was definitely the hardest part to learn about the hardware and software sides of computers, but once you graduate, you’re in high demand.”

Steve says, “Employers will love that you have a hardware education and an integrated systems-level software perspective. You are perfect for jobs that involve designing software and hardware together and putting systems in place for computers and other devices.”

The main things that make it hard for people to learn computer engineering are:

  • Difficult quantitative and analytical courses.
  • Challenging technical classes.
  • Mastering practical skills and theoretical knowledge.

Let’s dive into each one to better understand these problems.

Computer Engineer Working on Hardware

Difficult Quantitative and Analytical Courses

A degree in computer engineering will require you to have knowledge of Calculus I, Calculus II, Calculus III, Linear Algebra, Discrete Math, Probability and Statistics, Data Structures, Electricity and Magnetism, and more.

In quantitative classes, you can learn about numbers and how data is arranged. You learn how to answer math problems from them as well. You can develop programs and solve challenging equations with these abilities.

Math and logic are two skills that are taught to computer engineers. This aids in the production of innovative, dependable, and high-performing goods.

They frequently have to perform a lot of math as a result. This indicates that they spent a lot of time studying arithmetic. If math isn’t your strongest subject, you can struggle in quantitative courses.

But if you’re serious about becoming a computer engineer, you should be aware that it will take a lot of effort to succeed. It’s worthwhile, though.

Advanced Technical Classes

After you finish the core courses, you’ll move on to more advanced technical classes.

These include Hardware Design, Software Development, Embedded Systems, Digital Logic, Electronics, Microprocessors, Networking, Communications, Operating Systems, Programming Languages, Data Structures, and more.

From the computer science and software programming side, you’ll take classes that software engineering majors would take. You could, for example, take a class on Operating Systems or C++ Programming Language.

You’ll also need to learn more about transistors, diodes, resistors, capacitors, and inductors. These are all things that are covered in electrical engineering classes. All of these things are covered in the first electrical engineering class.

In electrical engineering, you can also study analog electronics, digital electronics, computer architecture, microprocessors, embedded systems, telecommunications, and radio frequency.

Test Your Critical Thinking and Problem Solving Skills

You’ll need to demonstrate your ability to think critically and solve problems in addition to the courses mentioned above. You’ll need to complete your assignments and projects in order to accomplish this. Most projects call for you to create something or implement it.

Computer engineers must be able to view issues holistically. They also need to have the ability to divide larger problems into smaller ones in order to solve them.

They need to be able to come up with logical and original solutions to challenges. To come up with solutions, they must also think creatively and unconventionally.

Working in groups is frequently required for projects and labs. You’ll learn how to analyze issues, develop hypotheses for their resolution, and test your theories. Additionally, you’ll discover positive ways to communicate with others.

Computer Engineer Working on Network Hardware

Mastering Practical Skills and Theoretical Knowledge

Computer engineering consists of both theory and practice. Even while software receives a lot of attention, you also need to be familiar with computer systems’ hardware, design, electronics, and other components.

Your ability to approach problems from a theoretical standpoint will be taught to you through the computer science component of computer engineering. You will learn the practical abilities required to put these ideas into practice in electrical engineering.

You must be aware of these two things if you want to be a successful computer engineer. To tackle challenges from the real world, you will collaborate closely with your peers and teachers.

Is Computer Engineering Stressful?

Yes, studying computer engineering is challenging, demanding, and stressful. However, after you’re done, you’ll feel accomplished and prepared for whatever comes after. You’ll have plenty of employment options.

Many of the courses will be difficult and complex, which will increase the tension. It’s crucial to understand what you’re getting into before you begin. If you don’t, you can feel overwhelmed by everything you need to learn.

Students frequently experience stress their first year of college. Because the classes are more challenging and there is a lot more work than in high school, some students find the transition to college difficult.

Students will need to become better time managers. This implies that students must to make an effort to complete all of their assignments while still getting enough rest and enjoying themselves.

To become a computer engineer, one must put in a lot of effort. You will need to constantly study and develop. You’ll need to apply what you already know to challenges you’ve never encountered in the course of your work.

You’ll encounter numerous different types of issues every day. To tackle these issues, you’ll need to engage both your body and mind. You will develop as a person and employee as a result of this. Additionally, you’ll have a greater sense of effort than before.

Is Computer Engineering a Good Career?

Domputer engineering is definitely a solid career choice! Numerous work opportunities exist after graduation. Computer engineers should see a 2% increase in employment between 2020 and 2030.

Both demand and remuneration for computer engineers have significantly increased over the previous ten years. The typical annual wage for a computer engineer is $128,170, according to the Bureau of Labor Statistics (BLS).

When they graduate, computer engineers will be well-versed in a variety of disciplines, including software engineering and electrical engineering. You’ll be taking two majors, in effect. For graduates in computer engineering, there are several employment opportunities available.

You can work as a programmer, a developer, or an IT professional after earning a degree in computer engineering. Additionally, they may work for firms like Facebook, Amazon, Google, Apple, Microsoft, and others.

Computer Engineering

What Do Computer Engineers Do Daily?

All of your devices, including your phones, computers, and the internet itself, are made by computer engineers in the form of software and hardware. All of the programs you use must function properly, and that is their responsibility.

The security and safety of the internet data you access is another responsibility of computer technologists. Problems involving the interplay of several forms of technology are frequently given to them to address.

Computer engineers might have to collaborate with programmers, for instance, to ensure that an app runs smoothly on both the Android and iOS operating systems. To ensure that a website looks well in all browsers, they might need to collaborate with web designers. Alternatively, they might need to collaborate closely with network administrators to ensure the system continues to function properly.

Both software and hardware engineering are skills you must possess. There will be a requirement for you to create and create computer programs. To ensure that these applications function correctly, you will also need to develop the code for them.

Hardware engineers are frequently involved in the creation of software. As a team, you will create hardware- and software-enabled products.

Can I Be a Computer Engineer if I’m Bad at Math?

It will be difficult for you to become a computer engineer if you aren’t proficient in arithmetic. You’ll need to take a few math courses in college and apply your knowledge everywhere.

You need to work hard and be committed to succeed in school and as a computer engineer.

There are numerous ways to receive math assistance. Online resources for free lessons and tutorials abound. Some even allow you to collaborate on issues with others.

Private tutoring is one of the services that some people charge for. You might need to get a tutor if none of these solutions work. Although tutors are frequently pricey, they provide one-on-one assistance that can significantly improve your arithmetic skills.

Is Computer Engineering Hard? Final Thoughts

Majoring in computer engineering is very hard. It takes a long time and a lot of work. But when you’re done with school and have a degree in computer engineering, you’ll be able to make a good living.

Learn more about other engineering disciplines: 

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Written by:

Chris Wood
I graduated with a Bachelor of Science degree in Computer Science from Stanford University. I’ve been working as a Software Engineer for the past 5 years. While working in this field I’ve had the pleasure of developing software in a wide variety of industries. I look forward to using my experience in order to find a role where I can utilize my creativity and passion for solving complex software engineering problems.

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