Undergraduate Math research

In summary, the speaker is a second year pure mathematics major/computer science minor with a 4.0 math g.p.a. and a 3.878 overall g.p.a. They are planning to go to graduate school after obtaining their B.S. and are very studious. They have been asking their professors about research opportunities for math undergraduates and have heard that the REU program is the main option. They have heard mixed reviews about the REU program and are looking for recommendations on good programs. They are also interested in the Math in Budapest program and have heard positive things about it from a graduate student who has participated in multiple research programs. Overall, the speaker is interested in doing pure math research and is hoping to attend one
  • #1
Dmak
15
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First of all, I'm a second year pure mathematics major/computer science minor with a 4.0 math g.p.a. and a 3.878 overall g.p.a. I'm looking to go to graduate school right after I get my B.S. I am very studious and I am constantly studying.

I've been asking all my professors about research opportunities for math undergraduates, and most have led me to believe there isn't very much opportunity outside the REU program. So here are a few questions.

I've heard some of the REU programs are "lazy", if you have any experience with the REU program, could you recommend a good one.

I've began to study analysis and abstract algebra already but I’m not going to take a course in either until fall 2008, what year do REU programs and any math research programs usually require, ( most applications do not specify ), but are there any standards?

I've heard that the Math in Budapest program is quite excellent for undergrads, has anyone here done this program, or heard anything about it from someone who has.

Finally, how common is it for undergrads to do pure math research and how much are colleges looking for research?

I want to attend one of the top 5 math schools, the purpose of this is to help me assess the likelihood of attending these schools based on my current progress and future opportunities. Thank you for you help.
 
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  • #2
I did a Math REU last summer, and it was probably one you could call "lazy." However, it really is up to you as far as how much (or how little) effort you want to put towards your research. Overall I thought it was a great experience, and would highly recommend it to anyone. The REU program at Trinity seemed pretty good.

We had a grad student at our school that did the Summer in Budapest (along with the Penn State MASS REU and Semester at Penn State). I talked to him about all of these things (he was the one that told me I should apply to REUs in the first place), and he recommended all of these programs. From what he said, the Budapest semester seems to be pretty serious (in terms of math) and you can take some "hard" classes over there. He seemed pleased with his experience at all of these places (sorry that I cannot remember all of the details). There is also a semester at some school in Russia that you might want to take a look at.
 
  • #3


I am thrilled to hear about your passion for mathematics and your desire to pursue research opportunities as an undergraduate student. Your academic achievements are impressive and demonstrate your dedication and hard work.

In terms of research opportunities for undergraduate math students, it is true that they may be limited outside of the REU program. However, I would encourage you to continue reaching out to your professors and exploring other avenues such as independent study projects or collaborating with graduate students on their research. You may also want to consider attending conferences or workshops in your field to network and learn about potential research opportunities.

As for the REU program, it is important to do your own research and read reviews from previous participants when selecting a program. Every program is different and it is important to find one that aligns with your research interests and provides a supportive and productive environment.

In terms of when to start applying for research programs, it varies and there are no specific standards. Some programs may require students to have completed certain courses before applying, while others may not have any specific requirements. It is important to carefully read the application requirements and reach out to the program coordinators if you have any questions.

I have not personally participated in the Math in Budapest program, but I have heard positive reviews from other students who have attended it. It is always a good idea to connect with others who have had first-hand experience with a program before making a decision.

In terms of how common it is for undergraduates to do pure math research, it may vary depending on the institution and individual opportunities. However, I would say that it is becoming more common for undergraduate students to engage in research, and colleges and universities are increasingly recognizing the value and importance of undergraduate research experiences.

In terms of your goal to attend a top 5 math school, I cannot provide a definitive assessment based on your current progress and future opportunities. However, I would advise you to continue pursuing research opportunities, maintaining your strong academic record, and seeking mentorship and guidance from your professors. These factors, along with your passion and dedication, will greatly increase your chances of achieving your goal.

Best of luck in your academic and research pursuits!
 

1. What is "Undergraduate Math research"?

"Undergraduate Math research" refers to the process of conducting mathematical investigations and experiments at a level suitable for undergraduate students. This type of research typically involves using mathematical techniques and theories to solve real-world problems or explore new mathematical concepts.

2. Who can participate in "Undergraduate Math research"?

Undergraduate Math research is typically conducted by undergraduate students who are majoring in mathematics or a related field, under the guidance of a faculty mentor. However, some programs may also allow high school students or students from other disciplines to participate in research projects.

3. What are the benefits of participating in "Undergraduate Math research"?

Participating in Undergraduate Math research can provide students with valuable hands-on experience in applying mathematical concepts and techniques. It also allows students to develop critical thinking, problem-solving, and analytical skills. In addition, undergraduate research can enhance a student's resume and help them stand out in graduate school or job applications.

4. How do I get involved in "Undergraduate Math research"?

If you are interested in participating in Undergraduate Math research, you can start by talking to your mathematics advisor or a faculty member in the math department. They can help you find research opportunities and guide you in the application process. You can also look for research programs or internships at your university or apply to external research programs.

5. What types of projects are typically conducted in "Undergraduate Math research"?

Undergraduate Math research projects can vary greatly, depending on the specific field of mathematics and the interests of the student and their mentor. Some common examples include studying mathematical models, analyzing data sets, or developing new algorithms. Projects may also involve interdisciplinary collaboration with other fields such as physics, economics, or biology.

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