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Am I suitable for studying mathematics?

I want to help you find answers to these and similar questions, especially if you plan to study mathematics. This is why you will find all sorts of information about learning math and a lot more useful information about other subjects on the pay for essay page.
We do not make recommendations for a specific university. Course content and admission requirements vary greatly from state to state and university to university. Therefore, you should familiarize yourself in detail with the courses and universities you are interested in, for example, on the websites of the respective universities.

For an initial overview of where you can study which areas of activity, we recommend the Hochschulkompass - a proposal from the Conference of University Rectors, which is also regularly updated.
It can also help to find out if you are qualified to study mathematics. Certain self-assessment tests and intermediate online courses are available for this purpose. Some of them were tested by mathematics students.

The following portals got positive results in our test
Understanding Learning Mathematics
For anyone who loves to solve puzzles, make logical conclusions, and also show perseverance, a math degree may be the right solution. Contrary to what is often assumed, many mathematical questions await an answer from the next generation of mathematicians: these include, for example, the Riemann hypothesis, which has not been solved for 150 years. This is just one of seven so-called Millennium Challenges for which the American Clay Foundation has awarded a cash prize of US $ 1 million each.
With the skills, the necessary patience and modern powerful computers, it is possible to answer not only the mental questions of so-called pure mathematics. Mathematicians can also use computer computing to improve technology, assess risk, develop financial strategies more reliably, or optimize manufacturing or product packaging, for example. Mathematicians are highly sought-after experts because they can describe a problem in the exact language of mathematics and find a solution using computer calculations.

The mathematics course provides the tools for this: students are introduced to methods that allow them to describe all possible phenomena - both scientific, technical or economic - in the language of mathematics. Thus, the basic training for all mathematics courses includes analysis, linear algebra, and computer mathematics. In addition to pure mathematics studies, which primarily require abstract thinking, universities also offer courses that are more focused on mathematical applications, such as business mathematics or industrial mathematics, but that is not all.
Anyone who decides to study business mathematics learns to apply mathematical methods to solve business problems. For example, to make the prices of products, as well as insurance and financial investments, as beneficial as possible for customers and suppliers.
By studying technical mathematics, future mathematicians will learn how mathematical tools can be used in the development and research departments of industry and business. Computer simulations are working there to find the best possible solution to technical problems - for example, to improve manual transmissions in cars or to improve the reliability of airbags.

The three-year Bachelor's degree concludes in all courses with a Bachelor of Science (B.Sc.) in Mathematics. Thereafter, graduates can start their careers directly or continue with a two-year master's course and, depending on their inclination, delve into a more practice-oriented or theory-oriented field. Knowledge of mathematics is necessary not only for studying mathematics. Mathematics is also an important foundation for many other MINT subjects (MINT = mathematics, computer science, science, technology,

Career prospects
Anyone who has studied mathematics has earned the right to many exciting works. In addition to the classical activities of a research scientist or teacher in school, mathematicians have many new areas of application. Today you work in finance and insurance, construction and modeling for the auto and aviation industry, management consulting companies, school book publishers, and software development. The latter means not only "knitting calculation programs", but also, for example, the development of three-dimensional visualization tools for computer games and animation of films. A mathematician is also often behind the intelligent search engines on the Internet. Some of the professions and the people behind them are yours on these pages. may have already met, we would like others to speak at this stage.

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