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Career as Mathematician

Candidates who are more inclined towards career as Mathematician can work either in applied mathematics, or theoretical mathematics.

Mathematicians are involved in doing solid proofs for theorems and good mathematical models of real-world problems. For this candidates must have aptitude to solve problems.

Candidates suitable for mathematic professional must possess thorough knowledge of mathematic theories and concepts. Those who would like to make career as a mathematician must choose math subject in high school so that they get elementary knowledge to learn complex concepts in advanced courses of Math.

Educational qualification for Mathematicians is Bachelor's degree in advanced mathematics. However, it is necessary to earn a doctorate degree in a field of mathematics, such as algebra, geometry, or calculus to become successful mathematician. A Ph.D degree is helpful to join in universities and good salary jobs in private industry.

Candidates interested in this career start learning mathematics in early stage of their college study. They have to take postgraduate degrees and a PhD. Those who aspire to become a Mathematician must also involve in publishing papers on mathematical issues, do research, and apply their mathematical skills and knowledge to real world problems.

Candidate who wants to be mathematician study major subjects related to mathematics such as computer science, physics and English.

Mathematicians work in the area of mathematics, studying quantities, space, structure, patterns and change.

Mathematicians usually have logical minds, good communication skills and the ability to think conceptually.

Mathematicians are deeply involved in research fields such as number theory, computation, statistics, probability, game theory, geometry, logic, set theory and numerical analysis.

To enhance their career, mathematician may apply theories and techniques to practical problems, develop statistical models, design systems of encryption, create computer simulations, solve complex problems, and teach others.

Working conditions of mathematicians is quite comfortable as most of the time is spent in offices. They are the member of interdisciplinary teams such as economists, engineers, computer scientists, physicists, technicians, and others.

The nature of job is to meet deadlines, overtime work, special requests for information or analysis, and prolonged travel to attend seminars.

Mathematicians who work in academic field usually have teaching and research responsibilities. These Mathematicians may perform research work either on individual basis or in partnership with other Mathematicians.

Various types of Mathematicians: Theoretical Mathematicians: Theoretical Mathematicians have advanced knowledge of Mathematics through developing new principles and recognizing earlier unknown relationships between existing principles of Mathematics.

Normally, candidate who selects career as theoretical Mathematicians must hold a doctoral degree. This degree can be combined with other studies and experience that can be useful in Mathematical work in an applied setting.

Theoretical Mathematicians are most likely to work in an academic setting, usually as Professors that combine teaching and research.

Theoretical Mathematicians should have wide fundamental knowledge of Math. This pure and abstract knowledge is helpful in many scientific and engineering achievements. Many theoretical mathematicians may get job as University faculty for teaching and conducting research.

Applied Mathematicians: The main role of applied mathematicians is to use theories and techniques, such as mathematical modeling and computational methods, to devise and solve practical problems in business, government, and social sciences.

Candidates desirous in this arena learn more about what Math has to tell us or how math theorem can be applied in diverse areas of life, such as economics, social science, engineering and biology. They must discover mathematical models to solve real-world problems.

Applied mathematicians do job in science, engineering and industry. Applied mathematics focuses on studying and forming Mathematical models that apply directly to practical problems.

There are numerous branches of applied Mathematics such as applied analysis, differential equations, numerical analysis, statistics and applied probability. Applied Mathematicians who join industrial research and development field develop Mathematical methods to crack difficult problem.

Some Mathematicians also called cryptanalysts investigate and decipher encryption systems designed to pass on military, political, financial, or law enforcement-related information in code. They use computers to analyze relationships among the variables.

Pure Mathematicians: Pure Mathematicians gain knowledge about theoretical constructs in math. Candidates study pure mathematics to discover new insights into Mathematics and they need not to deal with problems in the real world.

The main thought of pure Mathematics is generality. Pure mathematicians aim to generalize mathematical concepts to apply to diverse branches of mathematics such as functional analysis, number theory, abstract algebra, geometry and real analysis. They learn about new axioms, definitions, and theorems. They are involved in proving those theorems.

Numerical Analysts: Numerical analysts perform all kinds of numerical calculations, especially study and experimentation with computer algorithms to approximate solutions to problems in science and engineering.

Due to technical advancement, the power of computers has increased and Companies offer job to numerical analysts as they utilize technical skill in business. The main work of the numerical analyst is to provide accurate approximations to difficult mathematical problems.

Some of the specialized fields of study in this area are optimization problems, computing the values of difficult functions, solving systems of equations, and evaluating integrals.

Environmental Mathematician: Candidate who select career as Environmental Mathematician must have to work as member of interdisciplinary team of scientists and professionals to study problems at specific superfund sites; converse well across many academic disciplines and must have skill to summarize work in writing.

Geophysical Mathematician: This is a rewarding career for candidates who are more inclined towards Math. Here Mathematicians develop the mathematical basis for seismic imaging tools used in the exploration and production of oil and gas reservoirs.