Computer science and software engineering are nearly identical when it comes to mathematical and statistical requirements. Like a computer science degree, a software engineering degree is built on a mathematical foundation that includes calculus, linear algebra, and discrete mathematics. Any reputable computer science program will teach discrete mathematics and linear algebra.

**Software engineering requires math. Many collegiate programs in software engineering require students to take numerous difficult math classes. However, people who acquire jobs in software engineering often find their work much less math-intensive than the expectations their curriculum had set.**

Discrete mathematics and linear algebra, from software engineering to external programming to cybersecurity, provide the basic information that computer scientists need to know to do their job well.

## The Mathematical Expectations of Software Engineering

If you look at the list of courses required for a software engineering degree, you’ll typically see Calculus I-III, Differential Equations, Discrete Math, Linear Algebra, and other advanced math courses.

Although the programming languages listed above all have their origins in mathematics, none of them require mathematical knowledge to learn how to use them. While most software development projects don’t require advanced math, any math classes you take or any other math knowledge won’t go to waste. Remember, as a software engineer, you still need basic math skills.

In addition to these two prerequisites, the level of math you need to know depends largely on the project you’re working on. Conversely, if your project specifically requires certain math skills, then yes, you definitely need to know a little math. Yes, for fields that require advanced math skills, you may end up using rigorous linear algebra calculations in your code. Even if you’re a math expert, or even if you decide to specialize in an area of programming that requires an advanced level of math, in the end it always comes down to your problem-solving skills.

## Programming Requires Less Math

In general, you don’t need to know complex math to become a programmer; but if you end up having to use it, it has to do with the nature of your employer or the project that hit your desk, not the career as a whole. Conversely, you can become a successful programmer without learning advanced mathematics for many other types of programming, such as business application development.

To learn how to become a software developer, you need to know the basics of algebra and practice strong problem solving skills. There are numbers and troubleshooting steps, but you don’t have to fetch an AP Calculus certificate or a trigonometry textbook for programming or software development.

A computer engineering degree requires many math courses. A computer engineering degree is more difficult than a computer science degree because you need to take several math courses, additional electrical engineering courses, and some hands-on lab courses. Some computer engineers learn and use programming skills, so computer engineering degrees typically cover programming topics such as software development.

## Many Tech People Are Math Students

A large number of math graduates work in computer companies, including engineers, programmers, software developers, information technology developers, and network professionals. There are a lot of math graduates that we hire because they can analyze, they don’t need an engineering degree, or they don’t even want to have one. The reality is that the vast majority of graduates will work in industry.

Admittedly, a small percentage of Chartered Engineers will work in a research and development environment that will require a high level of mathematics. You should not try to become an engineer if you are not good at math or want to learn. You don’t have to be a math genius, but you must be good at math if you want to be a computer engineer.

Computer science is a broad field, so if you want to earn a computer science degree, the type of math you need to know will depend on your specific coursework and career path. Any kind of low-level graphics or game programming also requires math, and you need to learn it before trying anything. For example, if you’re designing a user interface using a front-end framework like the Twitter uploader, you won’t be using much math – at least, you need to be able to count pixels.

## Get Prepared for Math in the Tech Space

If you are terribly afraid of maths and this article still bores you, know that if you are good at the subjects required for your position, you can get a job with basic math skills. I think the main thing to take away from this image is that if you are looking for a new career and not computer science or math then you should do it and I hope my post here encourages you to get involved especially if You’re scared. You might be interested in our probability course or linear algebra course, and if you like data science, check out our basic math skills for data science course.

There are some math subjects specifically related to computer science and computer programming, such as calculus, probability, statistics, linear algebra, linear programming, etc. Therefore, computer engineering students should be good at math by default. Students cannot study engineering without mathematics. All engineering disciplines require a strong mathematical foundation.

## All Computer Science Requires Computation

Various areas of computer science, from machine learning to software engineering, use discrete mathematics. The primary benefit that most software engineers derived from the mathematics they studied in school and college was the experience of precise reasoning with purely abstract objects and structures. For example, after learning the rule of integration by parts in a calculation class, software engineers were given exercises and exam questions that required them to use the rule.

Most software engineers need to know how to use programming languages, libraries, and frameworks, but they don’t necessarily use math very often, if at all. However, becoming a computer expert requires an intermediate or advanced understanding of several subjects, including mathematics. You will work directly with activities that require knowledge of mathematical topics such as calculus, linear algebra, graph theory, probability, statistics, logic, and various discrete mathematics topics in software development subfields.