5 Misinterpretations About Computer Science


(1) Computer science is all about coding.

Yes, coding is part of CS, but it’s not all! Because you have to study many algorithms, not to mention arithmetic, the theory makes up the majority of your education. Computer science is the study of how computers work. Operating systems, kernels, and compilers are among the topics we research. You’ll have to study servers and how websites are hosted before learning how to code them. Mathematical logic, for example, is one of the most technical subjects we study. To understand how logic gate functions work,  Boolean algebra is necessary. All of this information may not be immediately apparent when looking at a piece of code produced by CS students, but it is present beneath the surface.

Code is simply one aspect of computer science, and a successful CS student will have learned a lot more than just coding.


(2) The CS sector allows for little to no social connection.

It is unclear where this myth originated, but it’s inaccurate. Even at school, you’d have group projects where it teaches you the fundamentals of working in a group. In the first year, you’ll most likely have to undertake a group project on web development. There will probably be even more in your second and third years. You’re trained to leave comments in our code so that anyone can understand what it does. Make it simple so whether it’s another programmer or a client, they’ll be able to comprehend it. This is primarily due to the fact that different people will be entrusted with programming various aspects of the project, and others may be required to continue working on your code.

People in the CS business must be able to communicate effectively with one another, whether they are helping others when they need it or graciously asking for help when they are in need. Only in this manner will the group be able to achieve its objectives as a whole. You’ll have to work with clients and understand their demands even if you’re a freelancer. There is no avoiding social engagement in the CS sector because it aims to answer people’s wants with technology. The satisfaction of achieving your objectives with your coworkers, on the other hand, should surpass the awkwardness of any social encounter.


(3) You must be a strong mathematician.

Because computer science is first and foremost about how computers function, you’ll need to do some arithmetic to help you understand it. There’s no getting around it.

However, because CS includes additional classes that address theory and programming, you don’t need to be a math whiz to do well. Math is rarely used in the degree program while discussing theory and programming.

Some of the areas I’ve had to learn include probability and statistics, calculus, and linear algebra, to give you a better understanding of the type of math we perform.

Even while you will undoubtedly study math as part of your CS degree, you should never feel as if you are learning math for the sake of it. The math you’ll master as part of your degree should help you feel like you’re learning more about computer science and becoming a better computer scientist.

Furthermore, on the plus side, certain jobs will not require you to complete as much arithmetic as others. A game or site developer is unlikely to use mathematics as frequently as a researcher working with advanced AI and data structures. It all depends on the career path you take.


(4) You should be able to code before enrolling in CS.

A frequent misunderstanding that isn’t true. It is known that the majority of students had never coded before coming to university. And, on occasion, they outperformed others with more experience. Because computer science is more than just code, many people begin on an equal footing. A skilled coder, for example, may not be a great theorist or mathematician.

Even when it comes to coding, there is no assurance that those with greater experience would always win because the lecturers will start from the beginning, leading everyone through the entire process. As a result, the playing field tends to remain balanced.

You should be able to do well if you pay attention in class, keep on task with your programming assignments, and clarify anytime you’re unsure.


(5) Computer science students are capable of resolving any issue that gadgets may encounter.

This isn’t correct. Knowing CS won’t help you figure out why your PC keeps fading to black or why your iPad keeps crashing. You’d probably make a better-educated prediction, but it doesn’t guarantee you’ll always be correct.

These issues are frequently quite particular and technical, necessitating in-depth knowledge of operating systems or servers in question. A CS degree does not imply that you are an expert in every discipline. As a result, programmers are known for using Google to debug problems. There’s always someone before you who’s faced a similar difficulty. Thus, searching for a solution on the internet saves time.


Computer science is not an easy degree to obtain, but it may be quite rewarding if you enjoy it. You’re not sure if you’ll like it? I recommend looking into more internet tools, such as senior sharing on Reddit to learn more. Or even tapping into your own personal network of friends and seniors.

You can also discover if you like CS by taking some CS classes with us here at Singapore Coding Club where we provide personalized education and assistance with building your own projects