# 20 Mathematician Interview Questions (With Example Answers)

By ResumeCat Editorial Team

Updated June 7, 2023

It's important to prepare for an interview in order to improve your chances of getting the job. Researching questions beforehand can help you give better answers during the interview. Most interviews will include questions about your personality, qualifications, experience and how well you would fit the job. In this article, we review examples of various mathematician interview questions and sample answers to some of the most common questions.

## Common Mathematician Interview Questions

- What was your favorite math class in college?
- What was the most challenging math problem you ever faced?
- What is your favorite math book?
- Who is your favorite mathematician?
- What is your favorite math theorem?
- What is the most important thing that mathematics has taught you?
- What is your favorite application of mathematics?
- What would you say is the most significant advance in mathematics in the last 100 years?
- What do you believe is the greatest unsolved problem in mathematics?
- Who are your mathematical influences?
- What is your favorite definition of mathematics?
- What are your thoughts on the role of computers in mathematics?
- What do you think about the future of mathematics?
- What are your mathematical goals?
- What advice would you give to a young mathematician just starting out?
- How did you get interested in mathematics?
- What are your thoughts on the relationship between mathematics and other sciences?
- What do you think about the role of aesthetics in mathematics?
- Do you have any funny or interesting mathematical anecdotes?
- Is there anything else you would like to add that we haven’t covered?

### What was your favorite math class in college?

This question allows the interviewer to gauge the mathematician's level of interest in mathematics, as well as their level of mathematical education. It is important to know the mathematician's favorite math class in college because it will give the interviewer a better understanding of the mathematician's strengths and weaknesses.

**Example: ***“My favorite math class in college was differential equations. I loved the challenge of solving complex problems and the satisfaction of seeing my solutions work in the real world. The class also taught me important problem-solving skills that I have used in my career as a mathematician.”*

### What was the most challenging math problem you ever faced?

This question allows the interviewer to gauge the problem-solving abilities of the mathematician. It is important to be able to identify and solve challenging problems in mathematics, as this is a fundamental skill of the discipline.

**Example: ***“The most challenging math problem I ever faced was probably solving a system of differential equations. I had to use a variety of methods, including trial and error, to finally find the solution.”*

### What is your favorite math book?

This question allows the interviewer to gauge the level of the mathematician's interest in mathematics, as well as their willingness to engage with the subject matter. Furthermore, it can give the interviewer some insight into the type of mathematics the mathematician is interested in. For example, if the mathematician's favorite math book is on abstract algebra, this might indicate that they are particularly interested in that area of mathematics.

**Example: ***“My favorite math book is "Euclid's Elements". It is a classic work in mathematics that has been studied by generations of mathematicians. The book is a great introduction to the subject and its clear and concise presentation makes it easy to follow.”*

### Who is your favorite mathematician?

There are many reasons why an interviewer might ask this question. They could be trying to gauge the person's level of interest in mathematics, or they might be trying to get a sense of the person's mathematical abilities. Additionally, the interviewer might be trying to find out if the person has any favorite mathematicians that they look up to or admire.

**Example: ***“My favorite mathematician is Euclid. I admire him for his contributions to geometry and his logical approach to mathematics. I also enjoy reading about his life and work.”*

### What is your favorite math theorem?

This question allows the interviewer to gauge the depth of the mathematician's understanding of their field. Additionally, it allows the interviewer to get a sense of the mathematician's interests and what they find most intriguing about mathematics.

**Example: ***“There are so many incredible math theorems out there that it's hard to choose just one as a favorite. However, if I had to narrow it down, I would say my favorite theorem is the Pythagorean Theorem. This theorem states that in a right angled triangle, the square of the length of the hypotenuse is equal to the sum of the squares of the other two sides. This theorem is not only incredibly elegant and simple, but it also has countless applications in both mathematics and the real world.”*

### What is the most important thing that mathematics has taught you?

There are a few reasons an interviewer might ask this question to a mathematician. First, they could be trying to gauge the mathematician's understanding of the subject. Second, they could be trying to assess the mathematician's ability to communicate complex ideas. Third, they could be trying to determine the mathematician's ability to think abstractly. fourth, they could be trying to find out if the mathematician has a deep appreciation for the beauty and utility of mathematics.

The answer to this question can reveal a great deal about a mathematician's character and intellect. A good answer will demonstrate the mathematician's ability to think deeply about the nature of mathematics and its role in their life. A great answer will also show off the mathematician's ability to communicate complex ideas clearly and concisely.

**Example: ***“Mathematics has taught me the importance of precision and accuracy. In mathematics, even the smallest error can lead to incorrect results. Therefore, it is essential to be precise and accurate when working with mathematical concepts and equations. Additionally, mathematics has taught me the importance of clear and concise communication. When communicating mathematical ideas, it is important to use precise language and to avoid ambiguity.”*

### What is your favorite application of mathematics?

This question allows the interviewer to gauge the mathematician's interest in and understanding of mathematics. It is important to know if the mathematician is passionate about mathematics and if they are able to apply it to other fields. This question also allows the interviewer to get a sense of the mathematician's problem-solving ability.

**Example: ***“There are many applications of mathematics that I find interesting and enjoyable, but if I had to choose just one it would be mathematical modeling. I enjoy using mathematics to create models of real-world phenomena and then using those models to make predictions and understand the underlying behavior. It's a great way to combine my love of math with my interest in the world around me.”*

### What would you say is the most significant advance in mathematics in the last 100 years?

There are many potential answers to this question, but one possible reason the interviewer might ask it is to gauge the mathematician's level of expertise and knowledge. Additionally, the interviewer may be interested in the mathematician's opinion on the most significant advance in mathematics over the last 100 years, in order to better understand the individual's mathematical thinking.

**Example: ***“There have been many significant advances in mathematics in the last 100 years, but one that stands out is the development of abstract algebra. This area of mathematics has revolutionized the field, and has had a profound impact on other areas of mathematics and science. Abstract algebra has led to the solution of previously unsolvable problems, and has opened up new areas of research. It is one of the most active areas of mathematics today, and its importance is only likely to increase in the future.”*

### What do you believe is the greatest unsolved problem in mathematics?

There are many unsolved problems in mathematics, and it is impossible to say which one is the greatest. However, the interviewer is likely interested in the mathematician's opinion on the matter, as it can reveal their mathematical interests and expertise. Additionally, the answer may also reveal what unsolved problems the mathematician is currently working on.

**Example: ***“There are many unsolved problems in mathematics, but some of the most famous ones include the Riemann hypothesis, the Goldbach conjecture, and the twin prime conjecture.”*

### Who are your mathematical influences?

Some interviewers ask this question to get a sense of what kind of mathematics the interviewee is interested in, and what kind of mathematical thinking they are accustomed to. Other interviewers may ask this question to gauge the depth of the interviewee's mathematical knowledge. Still others may ask this question in an attempt to find common ground between the interviewer and interviewee. Ultimately, it is important for the interviewer to get a sense of the interviewee's mathematical influences because it will give them a better understanding of the interviewee's mathematical ability and interests.

**Example: ***“My mathematical influences come from a variety of sources. Of course, my professors in college and graduate school have been a big influence on my thinking. But I also read a lot of math books and papers, and I've been influenced by many of the great mathematicians of history, such as Euclid, Gauss, and Euler. I'm also influenced by more contemporary mathematicians, such as Andrew Wiles and Grigori Perelman.”*

### What is your favorite definition of mathematics?

There are a few possible reasons why an interviewer might ask a mathematician what their favorite definition of mathematics is. One reason could be to gauge the mathematician's level of interest and expertise in the subject. Another reason could be to get a sense of how the mathematician thinks about and approaches the study of mathematics.

The definition of mathematics is important because it helps to set the boundaries for what is considered to be mathematical knowledge and what is not. It also helps to determine what methods and techniques are appropriate for solving mathematical problems.

**Example: ***“There is no one definitive answer to this question. Each mathematician has their own favorite definition of mathematics, depending on their personal interests and perspectives. Some common definitions of mathematics include:"The science of patterns; the study of relationships between quantities, shapes, and other attributes." (Oxford Dictionary)"Mathematics is the study of structure, change, and space." (Merriam-Webster Dictionary)"The study of numbers, equations, functions, and geometric shapes and their relationships." (Dictionary.com)”*

### What are your thoughts on the role of computers in mathematics?

There are a few potential reasons why an interviewer might ask a mathematician about their thoughts on the role of computers in mathematics. One reason could be to gauge the mathematician's views on how important computers are for doing mathematical research. Another reason could be to see if the mathematician is open to using computers as a tool for doing mathematics, or if they prefer to do all their work by hand. Finally, the interviewer might be interested in the mathematician's thoughts on whether or not computers can eventually replace mathematicians altogether. It is important for the interviewer to ask this question because it will give them a better understanding of the mathematician's views on the future of mathematics, and how they think computers will impact the field.

**Example: ***“I think that computers can play a very helpful role in mathematics, especially when it comes to things like simplifying equations or solving problems. However, I also think that it is important for people to understand the basics of mathematics without relying on computers too much.”*

### What do you think about the future of mathematics?

One reason an interviewer might ask a mathematician about their thoughts on the future of mathematics is to gauge their level of optimism or pessimism. This is important because it can affect how the mathematician approaches problem-solving and whether they are likely to give up easily or persevere when faced with difficult challenges. Additionally, this question can give the interviewer insight into the mathematician's research interests and whether they are keeping up with current trends in the field.

**Example: ***“I believe that mathematics will continue to evolve and grow in importance in the future. As our world becomes increasingly complex, the need for mathematical understanding and problem-solving skills will only become more evident. I think we will see more applications of mathematics in fields such as physics, engineering, and computer science, as well as in everyday life. With the advent of new technologies, the possibilities for mathematical research and discovery are endless. I am optimistic about the future of mathematics and its ability to help us solve some of the most challenging problems we face today.”*

### What are your mathematical goals?

There are a few reasons why an interviewer might ask this question. Firstly, they may be trying to gauge whether the mathematician is interested in furthering their mathematical education and/or career. Secondly, the interviewer may be trying to determine whether the mathematician is looking to stay in the field of mathematics or move into another area. Finally, the interviewer may be interested in the mathematician's goals in terms of research or teaching. It is important for the interviewer to know the mathematician's goals because it can help them determine whether the mathematician is a good fit for their organization.

**Example: ***“My mathematical goals are to continue learning and improving my skills in mathematics, and to eventually become a professor of mathematics. I would also like to continue doing research in mathematics, and to publish my findings in academic journals.”*

### What advice would you give to a young mathematician just starting out?

There are a few reasons why an interviewer might ask this question to a mathematician. First, it can give the interviewer some insight into the mathematician's own views on mathematics and how they think it should be taught. Second, it can help the interviewer gauge the mathematician's level of experience and expertise. Finally, it can help the interviewer understand the mathematician's motivations for pursuing a career in mathematics.

**Example: ***“There is no one-size-fits-all answer to this question, as the best advice for a young mathematician starting out will vary depending on their individual circumstances and goals. However, some general advice that could be useful for many young mathematicians is to get involved in the mathematical community, to attend conferences and seminars, and to read as much mathematics as possible. Additionally, it can be helpful to work on problems with other mathematicians, either through collaboration or by simply discussing ideas and approaches. Finally, it is important to keep up with the latest developments in mathematics, both through reading research papers and keeping abreast of new results via online resources such as MathSciNet.”*

### How did you get interested in mathematics?

There are many reasons an interviewer might ask this question. They could be trying to get a sense of the mathematician's motivations and how they think about mathematics. Additionally, the interviewer might be trying to gauge the mathematician's level of interest in the subject. By understanding the mathematician's background, the interviewer can better understand the questions they are asking and the way they are approaching mathematics.

**Example: ***“I have always been interested in numbers and patterns. When I was young, I would often spend hours counting things or working on puzzles. I loved the challenge of trying to figure out how things worked, and mathematics was a natural fit for me. I enjoyed the structure and logic of mathematics, and it was always satisfying to solve a problem. As I progressed through my education, I developed a deeper understanding of the subject and found new ways to apply it in my life. Today, I continue to find joy in working with numbers and discovering new patterns. Mathematics is an essential part of my life and I am grateful for the opportunities it has given me.”*

### What are your thoughts on the relationship between mathematics and other sciences?

This question is important because it allows the interviewer to gauge the mathematician's ability to think abstractly and to see relationships between different concepts. Additionally, this question allows the interviewer to determine whether the mathematician is able to communicate complex ideas clearly.

**Example: ***“There is a strong relationship between mathematics and the other sciences. Mathematics is often used as a tool in the other sciences, helping to solve problems and understand concepts. The other sciences also use mathematics to express and study their ideas. This relationship is beneficial to both fields, as it helps advance our understanding of the world around us.”*

### What do you think about the role of aesthetics in mathematics?

Aesthetics in mathematics is important because it can be used to help communicate and understand mathematical concepts. It can also be used to create more visually appealing proofs and solutions.

**Example: ***“I think that aesthetics play an important role in mathematics, as they can help to make mathematical concepts more understandable and accessible. For example, when learning about a new concept, it can be helpful to have a visual representation of it, which can make the concept more relatable and easier to grasp. Additionally, I think that aesthetics can also help to make mathematics more enjoyable and engaging, which can in turn help to motivate people to learn more about it.”*

### Do you have any funny or interesting mathematical anecdotes?

There are a few reasons why an interviewer might ask this question. First, it can help the interviewer get to know the mathematician better. Second, it can help the interviewer gauge the mathematician's sense of humor. Third, it can help the interviewer understand how the mathematician thinks about and approach problems. Finally, it can provide the interviewer with some insight into the mathematician's creative side.

This question is important because it can help the interviewer understand the mathematician better. It can also help the interviewer gauge the mathematician's sense of humor, which can be important in a working environment. Additionally, this question can help the interviewer understand how the mathematician thinks about and approaches problems, which can be helpful in determining whether or not the mathematician would be a good fit for a particular position.

**Example: ***“I don't know if it's funny, but I once read about a mathematician who was trying to prove the existence of God using logic. He started by assuming that there was no God, and then he tried to derive a contradiction from that assumption. But he couldn't do it, and he eventually realized that his assumption was actually true: there is no God.”*

### Is there anything else you would like to add that we haven’t covered?

There are a few reasons an interviewer might ask this question. They may want to give the candidate a chance to add anything they feel is important. They may also be trying to gauge the candidate's interest in the position or the company. Additionally, this question can give the interviewer a sense of the candidate's communication style and whether they are able to effectively articulate their thoughts.

**Example: ***“No, I don’t think so.”*