Engineering and mathematics are both popular college degrees, with many students studying them.

Are you thinking about majoring in Mathematics, Engineering, or both?

Deciding on what to study is a big one. A difficult choice!

**Maths Vs Engineering, Which One Should I Study? (Explained)**

**In short, you should consider studying maths if you are wanting to purse a career in business, such as accounting, actuary or finance. You should considering studying engineering if you are wanting to purse a career solving everyday problems using mathematics and scientific concepts. **

**Neither Mathematics nor Engineering is better than the other. They both provide appealing, rewarding occupations with good pay potential. Due to its great demand, math, on the other hand, provides a larger range of work options. Engineers and mathematicians are in high demand, so you’ll have plenty of chances as a graduate.**

In reality, mathematics serves as the foundation for developing solutions for engineering applications.

Engineering is the language of science, and mathematics is the language of science to put it into practice.

One of the primary goals of engineering is the development of new processes, technologies, materials, and so on.

**So just in case, you are wondering what the difference between a Mathematician and an Engineer is…**

**Mathematicians are experts in applied mathematics, with many focusing solely on research and proof of mathematical concepts. Engineers utilise their knowledge to build plans for items or structures, and they must ensure that their inventions comply with regulations for them to function properly and safely.**

**Now let’s discuss Engineering**

Engineering is a good choice for students who appreciate math and science.

Engineers are often analytical, inquisitive problem solvers who like the technical parts of creating answers.

The future is being designed by engineers.

Engineering is for you if you are interested in developing technology to improve the quality of our lives and provide solutions to fulfil the needs of our modern world.

Engineers are in charge of the design and operation of the infrastructure that supports our society.

As an engineer, you can choose to work on projects that benefit society, such as environmental cleanup, development of prosthetic aids for the disabled, development of clean and efficient transportation systems, the discovery of new energy sources, alleviation of the world’s hunger problems, and raising the standard of living in underdeveloped countries.

An engineering degree can lead to a variety of careers, ranging from electrical and computer engineering to environmental and mechanical engineering.

However, the majority of today’s college graduates will have multiple careers over their working lives, and engineering can give a solid basis for practically any of them.

Importantly, an engineering degree will “exercise” your brain, improving your logical thinking and problem-solving abilities.

**Now let’s discuss Maths**

Math students are typically investigative, inquisitive, and interested, as well as detail-oriented and organised individuals who enjoy working in a disciplined environment.

A degree in Accounting, medicine, engineering, forensic pathology, finance, business, consultancy, teaching, IT, games development, scientific research, programming, the civil service, design, construction, and astrophysics are just a few of the careers available to people with math degrees and other qualifications.

Actuary, business analyst, software engineer, technology analyst, information engineer, speech technology researcher, and math instructor are examples of specific employment roles.

If you only want to be a mathematician or statistician, the federal government and scientific research and development firms are the major employers of mathematicians and statisticians.

Engineers, physicists, and other specialists may collaborate with mathematicians and statisticians.

Mathematicians and statisticians typically need at least a master’s degree in mathematics or statistics.

However, some positions are available to those with a bachelor’s degree.

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## So what’s the job outlooks for Mathematicians?

**Overall employment of mathematicians and statisticians is projected to grow 33 % from 2020 to 2030, much faster than the average for all occupations. Which is huge! **

The increased use of statistical analysis to guide commercial, healthcare, and policy decisions are predicted to drive job growth for statisticians.

Over the next decade, the volume of digitally stored data will grow as more people and businesses conduct business online and use social media, smartphones, and other mobile devices.

As a result, organisations will require more statisticians to analyse the massive amounts of information and data collected.

Statistical studies will assist businesses in improving their company processes, designing and developing new items, and advertising products to prospective clients.

## So what’s the job outlooks for Engineers?

**Demand for Engineering overall is expected to be good, around 1% to 6% depending on the Engineering branch.**

Growth in Engineering results in the replacement of workers who transfer to different occupations or exit the labor force, such as to retire.

## Engineering Vs Mathematician, who earns more? (Solved)

**Mathematicians make more than Engineers, with a median income of $110,860 compared to $90,000 per year.**

A sample of Engineering wages according to the Labor Bureau and Statistics is a list below

Job Role |
Median Wage / Per Annum |

Petroleum Engineer | $137,330 |

Civil Engineer | $87,060 |

Mechanical Engineer | $88,430 |

Aerospace Engineer | $116,500 |

Bioengineers and Biomedical Engineers | $91,410 |

These values, however, should only be used as a guide. Wages will vary depending on region, whether the institution is private or public, and so on.

## Final Thoughts

Mathematics and Engineering both provide enticing, meaningful occupations with high earning potential. Due to its great demand, math, on the other hand, provides a broader range of work options. Engineers and mathematicians are in high demand, so you will be offered excellent graduation possibilities.

**You should consider studying maths if you are wanting to purse a career in business, such as accounting, actuary or finance. You should considering studying engineering if you are wanting to purse a career solving everyday problems using mathematics and scientific concepts. **

Choosing what to study is important

Speak with trusted friends and family members, and consider seeking professional advice.

Consider your strengths and limitations, as well as your likes and dislikes, before deciding on a career path to study.

## Related Articles

- Can Maths Be Self Taught? (Solved & Explained)
- Civil Engineer, Good Career? (Solved & Explained)
- Mechanical Engineer, Is It A Good Job? (Solved & Explained)

## References

- Mechanical Engineers: Occupational Outlook Handbook:: U.S. Bureau of Labor Statistics (bls.gov)
- Mathematicians and Statisticians: Occupational Outlook Handbook:: U.S. Bureau of Labor Statistics (bls.gov)