Undergraduate math research advice

In summary: My goal is to get a better understanding of the mathematical underpinnings of problems I am interested in and to develop stronger programming skills. In summary, an undergraduate in math should aim to get as much experience with computers as possible to help bolster their background in math.
  • #1
bonfire09
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I will be graduating in one year with a B.A in math. I do plan to transfer to graduate school in area of statistics. The problem is I have no analysis or abstract algebra background since I will be taking those this next semester and I would like to do a "research project (I am interested in nonlinear dynamics)" under the guidance of a professor. Right now I am trying to talk to professors that would give consent. I've been reading on a lot of other forums of how research is important to get into graduate school which is making me quite anxious at this point. Luckily I am on summer vacation so whatever I need to do I have plenty of time to acquire some background. And I am also particularly confused on what undergraduate research really is? I know it involves writing a journal and trying to get it published. I've taken a look at some and they require some high caliber math which I feel is a bit out of my reach at this point. Should I become familiar with nonlinear dynamics as much as I can or wait until a professor is willing to guide me?
 
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  • #2
No math-specifc advice here, but the point of doing research as an undergraduate isn't necessarily to get it published. What's most important is that you get involved to the point where you understand what life doing research is going to mean. As a graduate student you'll be spending years of your life doing research at tremendous opportunity cost, so if you have the opportunity to get your feet wet, it's a good idea to do it.

Participating in research is also an opportunity to develop skills that you wouldn't normally acquire in the classroom.

Also, it gives you the opportunity to form a working relationship with some professors who will be able to act as references for you when you apply to graduate school.

Research as an undergraduate can take many different forms. More commonly it involves getting a job for the summer with a professor working on a project. Some students do this through an REU program. Others do it by just knocking on doors until they get lucky. Some will volunteer during the academic year. Some will have a senior project of some sort. Some will do it through a club of some sort (perhaps a little more common in the engineering disciplines).
 
  • #3
Pure Math Research in most subjects in math (there are some exceptions) tends to require a very large background. Most grad students are not in a position to try to get new results in pure math until a few years into the program. So most good undergrad research involves computers. Do you have any programming experience? Even Matlab/Maple/etc is fine for most math applications.
 
  • #4
Thanks. Yes I do have some programming experience with C which I know all the way up to arrays. But math wise I do not have a strong foundation yet, though I have taken some proof writing classes such as number theory and linear algebra.
 
  • #5


First of all, congratulations on your upcoming graduation and your plans for graduate school in statistics! It is completely normal to feel anxious about research and its importance in graduate school admissions. However, it is important to remember that research experience is just one aspect of your application and not the only determining factor for admission.

In terms of your lack of background in analysis and abstract algebra, it is great that you will be taking those courses next semester. This will give you a solid foundation in these areas and will make it easier for you to understand and apply concepts in nonlinear dynamics. Additionally, don't be discouraged if you feel like you are not as knowledgeable as you would like to be in nonlinear dynamics. It is completely normal to feel that way, and it is the role of a research project to help you deepen your understanding and gain new insights in a specific area.

In terms of finding a professor to guide you, it is important to approach them early and express your interest and enthusiasm for research in the area of nonlinear dynamics. You can also mention your plans for graduate school and how this research project will help you in your future studies. It is also helpful to have a specific research topic or question in mind when approaching a professor, as it shows that you have put thought into it and are serious about the project.

Undergraduate research can take many forms, and it is not always necessary to have a published journal article. It can also include working on a project with a professor, presenting your findings at a conference, or even writing a research report. The key is to gain hands-on experience in conducting research and developing your analytical skills.

In summary, my advice would be to continue talking to professors, become familiar with nonlinear dynamics as much as you can, and be open to different forms of research experience. Don't be afraid to ask for help and guidance from your professors, as they will be happy to support you in your academic journey. Most importantly, enjoy the process of learning and exploring new ideas in your research project. Good luck!
 

What is the purpose of undergraduate math research?

The purpose of undergraduate math research is to provide students with an opportunity to apply their theoretical knowledge and skills to real-world problems. It also helps students develop critical thinking, problem-solving, and communication skills that are essential for success in any field.

How can I get involved in undergraduate math research?

There are several ways to get involved in undergraduate math research. You can talk to your math professors and express your interest in research. You can also join a research group or apply for research grants. Another option is to participate in math competitions and conferences where you can present your research findings.

What are some tips for conducting successful undergraduate math research?

Some tips for conducting successful undergraduate math research include choosing a topic that interests you, reading and understanding relevant literature, collaborating with peers and mentors, setting clear goals and deadlines, and seeking feedback and guidance throughout the research process.

What are the benefits of participating in undergraduate math research?

Participating in undergraduate math research can have numerous benefits, such as developing critical thinking and problem-solving skills, gaining hands-on experience with mathematical concepts and techniques, preparing for graduate studies and future careers, and building relationships with peers and mentors in the field.

How can I present my undergraduate math research findings?

There are several ways to present your undergraduate math research findings, such as writing a research paper, creating a poster presentation, giving a talk at a conference or seminar, or publishing your work in a journal. Your research mentor or professor can provide guidance on the best way to present your findings based on your research goals and audience.

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