As organizations pay more and more attention to technology, big data and economic efficiency, there is a growing demand for digital computing experts. In fact, according to the data of the Bureau of Labor Statistics, from 20 18 to 2028, the job market of mathematicians is expected to increase by 30%, and the average salary is expected to be $8,865,438+$090.
People who study mathematics are often keen problem solvers and eager to understand the most advanced equations. Continuing academic research is a common career path, but entering business, economy and banking is also a common career path. This wide range of career opportunities comes from the general demand for graduates with strong analytical and problem-solving skills, which should be possessed by mathematics graduates.
What can you do with a degree in mathematics?
So, what can a math degree do? It can be said that all walks of life in the world need math experts. By studying mathematics, you will have the opportunity to enter fields you have never considered, including law or medicine. However, many mathematics graduates are engaged in business or technology-related industries, and their jobs include accounting, actuary, statistician, technician, economist or market researcher.
Read on and see "What can you do with a math degree?" The potential answer to this question:-It also includes the information you want and the skills you need.
1. Accounting and finance professions
The occupation in accounting field provides a series of job choices for mathematics graduates in different industries. Accounting includes auditing, tax accounting, forensic accounting, management accounting and company consulting. To become a certified public accountant, you need to obtain further professional qualifications in addition to a bachelor's degree in mathematics or related fields. However, usually, if you enter a company for an internship, your employer will help you get the experience and professional certification you need for the job.
2. Occupation in the banking field
From retail banks to corporate investment banks, there are a lot of job opportunities in the banking industry. Both areas involve financial evaluation-whether public or private-and have the opportunity to focus on M&A, bonds and stocks, privatization, loans and initial public offerings. The responsibilities of this industry include market research, creating new business opportunities, developing financial models and solutions, and presenting them to customers. Working in mathematics in banking may be profitable, but there are also some positions that require financial professional qualifications.
3. Career in actuarial field
Actuaries assess financial risks to manage customers and give them advice. Actuaries combine risk analysis skills with in-depth knowledge of economics and business to ensure reasonable investment and achieve business/business goals. Most new actuaries work in the field of endowment insurance at first, which is a relatively low-risk field. In the future, you may work in banking, medical care or investment. Actuarial role can be customer-oriented, just like consulting companies and pension/insurance companies, all actuaries need to convey complex data and analytical skills to non-professionals.
4. Occupations in the field of statistics
Statisticians specialize in the collation, analysis, interpretation and expression of statistics-statistical and quantitative data. From medical treatment to government, from finance to sports, many industries need the skills of statisticians. The task of statistical professionals is to manage, collect and organize data through investigation, experiment and background analysis. Then, the work may also include creating reports and providing possible strategic suggestions to customers/colleagues, such as making good financial decisions to further achieve business goals. As a statistician, you need to build professional analytical skills and solid communication and IT skills.
5. Professions in academic and research fields
Academic and research work is very popular among students majoring in mathematics. This road may attract those who want to promote the next series of discoveries, theories and applications in this field, and those who want to follow some of the greatest mathematical minds in history.
Mathematics careers based on academics and research can be very extensive, depending on which field you want to specialize in. Although people who have been engaged in academic work for a long time often participate in publishing work, contribute to periodicals and professional periodicals, or help complete publications (during holidays or other work), many people also work in university departments.
Other common mathematics majors are: information analysis, business research, statistical research, logistics, financial analysis, market research (business), management consulting, IT (system analysis, development or research), software engineering, computer programming, public sector (consulting ability of scientists or statisticians), scientific research and development (such as biotechnology, meteorology or oceanography).
An atypical mathematics profession.
1, engineering
Although an engineering degree is the most common way to enter the engineering field, a mathematics degree can also make you successful in some engineering positions. Mathematics graduates are usually good at solving physical problems in the real world. They can find jobs in machinery, structure, aviation and many other engineering fields. In other words, engineering majors just need more professional knowledge that mathematics degrees don't have. Engineering practice and related work experience can help you improve your employability and go straight out of college.
2. Meteorology
Meteorology is more than just presenting the weather. Its functions include using data collected from weather stations, radars, remote sensors and satellite images around the world to study weather conditions in order to explain the reasons and make predictions. People in this field will need excellent IT skills and powerful skills to analyze and interpret complex mathematical data.
3. Teaching
In addition to the research-centered academic role, many suitable occupations can be found in the teaching field. In the primary and secondary education system, computing ability has always been the top priority, which makes graduates with high computing ability who are interested in teaching popular. To enter this industry, you need a formal teacher qualification certificate. This can usually be obtained in a little over a year, and usually a lot of government funding can be obtained. If you want to teach in a university, you generally need a postgraduate degree in related fields. If you choose this path, you may also have the opportunity to continue your academic research.