Students may wonder why they should study mathematics if they don’t want a career as a mathematician. Just one of the reasons is that those who study mathematics have a higher chance of employment in IT professions and often secure high-paying jobs. In fact, there are many industries that rely on solid mathematical skills and knowledge. Here are some of the reasons why mathematical graduates are successful in IT.

**The study of mathematics develops the brain**

The study of mathematics can help to develop specific areas of the brain. It improves analytical and reasoning skills. A Stanford University study found that the brain creates specific connections with repeated math practice. For those who study math, a conceptual understanding of math is crucial. Simply memorizing rules and procedures is not enough.

**Technology and math are connected in many ways**

Early technological tools like the abacus were used for counting and arithmetic. For many centuries, the use of technology in mathematics didn’t go much beyond the abacus. The widespread use of calculators only happened in the latter half of the nineteenth century.

The first programmable computers were built in the 1940s. The code-breaking during the war had a lot to do with their development. In the 1950s, computers began to be used for various tasks, and new programming methods were introduced. Many technological activities today require mathematical thinking.

**Homework help for students**

Whether students study math or other subjects like science or technology, they often find they need help. They can hire homework helper from Ca.EduBirdie is an online service. Success statistics show that mathematics graduates are in demand in fields like IT. If they get online help with their homework, they can combine internships and studies to give them a better chance of finding a high-paying job after college. Professional help helps students balance study life perfectly. It is important to keep note of reputed services for that.

**Mathematicians have valuable skills**

Mathematicians are able to do the following to some degree or another:

- Can think logically by using analytical, inductive and deductive concepts. They can also begin with a goal or solution and work backward to see what method was used to reach the goal.
- Apply math concepts beyond numbers in an equation.
- Understand and apply numerical and other math-related symbols to communicate.
- They can analyze their own work and the work of others.
- Model with numbers to solve practical problems.
- They often solve problems that require them to break issues down into smaller parts so they can discover underlying structures.
- See beyond patterns and structures to develop new strategies.
- They are precise in their attention to detail.
- They have the patience to explore and analyze seemingly disparate elements to arrive at a solution.

**Some top-paying jobs in IT**

IT professionals need to combine theoretical concepts with practical applications. They must design and construct computer systems. Recognizing and evaluating risks is part of the job. So is finding practical solutions to computer-based problems.

**Data scientists:** Big data is playing a major role in the demand for skilled data scientists. A data scientist will bring structure to big data in order to analyze it. Many data scientists hold a degree in computer science or applied mathematics.

**Algorithms engineer:** Algorithms engineers are found in every high-tech sector. They design and analyze computer algorithms. They typically hold a degree in mathematics, statistics, engineering or other closely related fields. Being proficient in one or more computer languages is a necessity.

**Software engineer:** Software engineers design software and applications for iOS and Android systems. Most of them have a computer science degree or mathematics degree. Employment usually also requires some practical experience in the field. A software engineer has to apply mathematical analysis and the principles and techniques of computer science.

**Successful CEOS with math backgrounds**

Today many successful CEOs have math backgrounds. Sergey Brin, the co-founder of Google, is the president of Alphabet, its parent company. He majored in math and science at the University of Maryland. Netflix CEO, Reed Hastings, studied math at Bowdoin College and taught high school math. Jeffrey Immelt, CEO of General Electric, studied applied math at Dartmouth and says he finds his math major useful on a daily basis.

**Conclusion**

Mathematics and technology are intricately linked. The study of mathematics develops many skills that are necessary in IT, such as logical thinking and attention to detail. Graduate students with a math degree are highly employable and can have good careers in high-paying positions.

**Author’s Bio**

Carla Davis is dynamic in her approach and believes in using the best technology to assist in the writing and editing process. This makes her smart and really sharp in writing sample essays to help students who need high-quality reference material and have to meet deadlines. She’s always on top of her game and tries to prove her mettle every time.