Table of Contents
 Objectives of course
 Math major cannot sign up for Math 4901 with SN grading basis.
 Overview
 Your Senior Seminar (in general).
 Details and timeframe
 Your proposal
 The NearFinal version of your Paper
 Discussion (15 minutes) with faculty committee
 The Final version of your Paper
 Advisory comments on procedure
 Your grade
 Specific guidelines for paper and presentation.
 Objectives of course
 To give students the opportunity to do indepth and independent mathematicsrelated research projects that would require students to integrate their mathematical knowledge from one or more different areas.
 To give students the opportunity to enhance their communication skills by way of written reports and oral presentations.
 Math major cannot sign up for Math 4901 with SN grading basis.
 Overview
Welcome to the 2013–2014 math discipline senior seminar! In this seminar, you will be working on a single topic throughout the academic year, writing a paper on it, and presenting your topic to an audience consisting of at least the Math Faculty and your peers in this course.
You will be meeting regularly with your advisor(s), member(s) of the math faculty, throughout the process.
In addition to your advisor, it is strongly recommended that you have a second reeader for your paper so that you receive constructive suggestions from more than one person (advisor) way before you submit your nearfinal version to the mathematics faculty. This second reader should be another (preferably math) faculty member.
You should give a version of your paper to your second reader at at least two weeks before your near final version is due. The idea is that your near final version has been read and commented on by at least two faculty before the other math faculty members read them.
We suggest that you have your second reader chosen at the beginning of the second semester of your project so that he/she is aware of the time required to read your paper.
 Your Senior Seminar (in general).
The mathematics senior seminar is the capstone course in the mathematics curriculum, and it is meant to be an integrative experience for you. You may be combining topics, materials, and skills you learned from more than one class, or you may be combining your mathematical knowledge with a personal interest. Certainly the paper will require you to use your writing skills as well as your mathematical skill. For a handful of students, the presentation is a totally new experience, requiring mastery of the subject matter, technical control over the mode of presentation, and public speaking skills. We are sure you will find your yearlong experience challenging while at the same time, fun and worthwhile.
 Your topic
 You will be spending a lot of time on studying your topic, so make sure you have a topic that interests you! Topics in pure mathematics or applied mathematics are all very welcome. A topic directly related to something in a course you have taken or are taking would be a good idea.
 Your paper

Papers are typically about 1015 singlespaced pages in length, including small figures and tables, if any. Some papers may have lengthy appendices containing data, computergenerated tables, etc.
You must include your name, your faculty advisor’s name, your second reader's name, the title of project, date, and an ABSTRACT, at the beginning of your paper. (More details about your paper are given below.)
 Your presentation
 Presentations are 40 minutes in length, the first 15 minutes of which should be geared towards a general audience; a good suggestion for the 1st 15 minutes would be to touch on the motivation or the general mathematical ideas behind your project. The audience will include the mathematics faculty members and the other students in the 2013–2014 seminar. There will be others in the audience as well: students interested in the 20132014 seminar, whoever responds to your poster or to the announcement in the UMM’s Weekly Bulletin, UMM’s events calendar, friends you invite, etc. This is a UMM event.
 Details and timeframe.
Similar to last academic year, there will be two different timelines that a student can follow to complete Math 4901. Regardless of which timeline you choose, the total length of time (from the beginning till the final report is turned in) for a student to work on senior seminar is “two semesters”.
 Spring Semester Year X till Fall Semester Year X.
 Students who are either planning to graduate at the end of fall semesters, or planning to do student teaching during Spring Year X+1, or planning to do study abroad or just simply not being on campus during Spring Year X+1, are requested to sign up for this timeline.
 Fall Semester Year X till Spring Semester Year X+1.
 This is a more common timeline for those who will be here on campus for the entire academic year right before their graduation.
Only under extenuating circumstances will other arrangements be made. The coordinator of Math 4901 needs to be informed of any changes or extenuating circumstances at the beginning of the semester you plan to finish your senior seminar, i.e. your presentation.
If you do not follow the deadlines, you risk receiving an F grade for Math 4901.
Deadlines
Spring 2013–Fall 2012 Fall 2013–Spring 2014 Spring 2014–Fall 2014 Fall 2014–Spring 2015 Advisor Chosen January 22 September 4 January 17 September 4 General Area Chosen January 22 September 4 January 17 September 4 Specific Topic Chosen February 15 September 25 February 14 September 25 Project proposal with mathematical foundation and research plans due: May 1 December 9 May 1 December 10 Second reader’s access to draft: at least two weeks before near final version is due at least two weeks before near final version is due at least two weeks before near final version is due at least two weeks before near final version is due Near final version due November 15 March 21 November 14 March 23 Discussion with faculty committee November 25–26 April 7–9 November 24–25 April 6–8 Presentations December 9 April 14–17 December 1–2 April 13–16 Final version due December 11 April 25 December 8 April 24 More information about the proposal, near final version, discussion with faculty, and final version is given below.
 Your proposal
During the first semester that you signed up for Math 4901, you are expected to do preliminary work, meaning searching for the math literature and looking for the mathematical foundation needed for your project. Your proposal should be a summary of your project's basic intent, what you have done, and what you have yet to do to complete your senior seminar project. You MUST submit an electronic copy of your proposal to the coordinator by the due date. Links to a couple of examples for a proposal are:
Links to a couple of examples for a proposal are:
 The NearFinal version of your Paper
By definition, nearfinal means this version is almost an ε amount away from the final version. Your near final version should include suggestions from your advisor and your second reader; and it should contain the name of your advisor and second reader, and an abstract.
Your near final version should not have sections or subsections undone nor the entire set of references/bibiographies missing.
The difference between the nearfinal version and the final version includes suggestions from your advisor, the feedback from faculty during the 15min discussion, and the feedback from anyone during the presentation.
You must submit an electronic copy of your near final version to the coordinator by the due date.
 Discussion (15 minutes) with faculty committee
At this discussion, the faculty committee will give you their responses to the near final version of your reports and they will give you a few suggestions or even have questions for you.
Usually, it takes about 15 minutes per student for this discussion.
You are requested to incorporate changes or suggestions from the faculty committee into your final version of your report and also into your presentation.
 The Final version of your Paper
You are advised to incorporate as many appropriate suggestions as possible from your advisor, the feedback from faculty during the 15min discussion, and the feedback from anyone during the presentation into your final version.
You must include your name, your faculty advisor's name, your second reader's name, the title of project, course (Math 4901 Math Senior Seminar), date, and an abstract, at the beginning of your paper.
You must submit an electronic copy of your final version to the coordinator by the due date.
 Advisory comments on procedure
All students need to register for Math 4901 for the semester that they want to start their senior seminar. You will be receiving a “K” grade at the end of the first semester, unless you have shown abysmal progress, or did not turn in your math proposal on time, or just plain slacked off. You will be receiving an “A–F” grade at the end of the second semester.
Since your choice of advisor and general area is important to you, you should probably actually make these choices during christmas break or summer break if you are starting in Spring or Fall semesters, respectively.
You are expected to meet about twice a month with your advisor throughout the academic year. Towards the end of the first semester, your advisor will expect to be seeing appropriate progress toward completion of the paper. You should be becoming clearly more expert on your topic. You should be gathering the necessary data or carrying out the necessary computer work, if appropriate. The paper should be taking shape. By the middle of the second semester, you should start preparing your presentation as well.
If by the end of your first semester in Math 4901, you did not show any progress in your Math 4901, or have not identified a math faculty as an advisor, or have not been working with your advisor, or did not turn in your math proposal, then you will earn a grade of F at the end of the first semester.
Unless prior arrangements have been made with the Math 4901 coordinator, if by the end of your second semester in Math 4901, you did not complete your presentation, or did not turn in your final paper on time, then you will earn a grade of F.
Your K grade in Math 4901 at the end of the first semester of the course will be changed to an AF grade no later than two semesters after the K grade was awarded.
 Your grade
Grading Scheme
 30% Active participation throughout the process
 10% Project Proposal with mathematical foundation and research plans
 30% Final written paper
 30% 40min presentation
Active participation throughout the process means primarily that you have worked substantially in between meetings with your advisor and you have attended all the math senior seminar presentations during the two semesters that you are working on your senior seminar project.
Your overall course grade will be decided by your advisor in consultation with the rest of the math discipline faculty.
Your presentation will be assessed by the math faculty who will use the following rubrics and criteria as a guide.
To enhance the value of the presentation component of the course, audience members will fill out the Math 4901 evaluation formsafter each presentation. Your advisor may use these comment forms to help determine your grade for your presentation. However, the principal purpose of these forms is to provide you with useful feedback.
 Specific guidelines for paper and presentation.
 Periodic feedback on your progress

As mentioned in the overview section, you will be meeting regularly with your advisor(s), member(s) of the math faculty, throughout the process of doing your project and writing up your paper.
In addition to your advisor, you should have a second reader for your paper so that you receive constructive suggestions from more than one person (advisor) way before you submit your nearfinal version to the mathematics faculty. This second reader should be another (prerably math) faculty member. And second reader should have a draft of your paper at least two weeks before the near final version is due.
 Originality

You should strive for some degree of originality in your project.
In pure mathematics, if you choose to present a famous result, you might find it hard to be original. In this case you might want to examine the presentation of this result in two reference works. You could combine what you felt was best from these two presentations, keeping in mind your particular audience. You could perhaps add an example that you worked out yourself.
In applied mathematics, applying something you learned in a class to your own situation or your own data would be original enough.
 Level
 In your paper and especially your presentation, you should aim to be understandable to your fellow seminar members. It is easy to have thought about the basics of your topic for so long that you forget that others are just beginning in your topic. ``Blowing away'' the audience by formula after formula in your presentation is severely frowned upon!
 Mathematical content

Many topics, especially in applied mathematics, have both a substantial nonmathematical component and a substantial mathematical component. This being the math discipline seminar, you should make sure that the mathematical component of your topic gets considerable attention.
Regardless of your topics and of the areas of your topics, if you are actually using what you learned in some of your advanced math courses here, you’re probably on track. What to include and what to omit in your paper and presentation is subtle; your advisor should give you help here.
 Professional quality
 Your final paper and your presentation should be quite polished. You are expected to use LaTeX, Word, or some other high quality software for the paper. The visual component of your presentation can be a mixture of blackboard work, transparencies, and computer projection. In most cases, the best choice is to work primarily or exclusively with transparencies. It is best if the spoken part of your presentation has a sense of informality to it. Memorizing and repeating your written paper is not appropriate! On the contrary, you can expect and should welcome questions that might take you a bit to one side of what you planned to say. Again your advisor should be able to help you out on all these issues.
 Attributes of a Math Paper

By and large, math papers or technical papers follow some systematic organizations, nomenclatures, and styles.
 You should include an abstract in your paper.
 You are to always define a term before using it in the text.
 Figures should be properly labeled and correctly referenced from the text.
 Bibilographies should be included as a section and should be referenced within the text.
 The paper should be separated or organized into sections, each of which with appropriate subtitles.
 Links to templates for the paper; this template is supposed to be a guideline in how to write technical papers.
 in Word document format
 in LaTeX document format
 Links to a small sample of previous Math 4901 papers: note that these may not follow the new guidelines that you now have.
2013
2012
2011
2010
2009
2008
 Lindsay Stone, Spring 2008
 Andy Mitchell, Spring 2008
 Stephanie Kernik,Spring 2008
 Brian Holte, Spring 2008
 Nicole Gallagher, Spring 2008
 Jason Eckert, Spring 2008
2007
 Matt Bryan, Spring 2007
 Rachel Carlson, Spring 2007
 Tom Cathers, Spring 2007
 Liz Hatfield, Spring 2007
 Joey Iverson, Spring 2007
 Debra Lorentz, Spring 2007
 Brendan McNally, Spring 2007
 Lauren Paulson, Spring 2007
2006
 Matt Carlson, Spring 2006
 Jeff Hansen, Spring 2006
 Matt Gravelle, Spring 2006
 Paul Mollema, Spring 2006
2005
2004
2003
2002