Program Description 2015
The Dr. Albert H. & Greta A. Bryan Summer Research Program in Mathematics is an opportunity to spend eight weeks of the summer engaging in mathematics at Simpson College. Each summer six students are selected to work on undergraduate research projects with Simpson College faculty members. Each student receives a $3200 stipend and paid on-campus housing during the program. In addition, the students receive funding to present their results at a national mathematics conference.
- Bryan Summer Research Program: Monday, June 1, through Friday, July 31, 2015, with a break during the week of June 15-19.
- Joint Mathematics Meetings: January 6 through January 9, 2016, in Seattle, Washington.
Research Topics and Faculty Advisors
There will be two research projects this summer (pending continued funding).
- Dr. Rick Spellerberg will lead a project modeling the spread of Palmer amaranth, a fast-growing herbicide-resistant weed in Iowa.
- Dr. Don Evans will lead a project on detecting the electrical activity of the brain in EEG data.
Click here for detailed descriptions of the 2015 projects. The two research groups will give at least three talks at Simpson College: at the conclusion of the program in Summer 2015, at the Summer Research Symposium in Fall 2015, and at the Simpson College Undergraduate Symposium in Spring 2016. They will also present at the Joint Mathematics Meetings in January 2016.
To apply for the program, a student must satisfy the following requirements.
- Complete Calculus II by the start of the summer.
- Plan to graduate from Simpson College in April 2017 or after April 2017.
- Declared a major or minor in Mathematics or Actuarial Science (note preference will be given to majors).
- Commit at least 40 hours each week to the program. A participant may take a class or have a part-time job if approved by his or her faculty advisor. However, being a Simpson Colloquium Leader will not be permitted if the role requires you to miss multiple days of the summer research program.
- Participate in all required activities during and after the program, including making several presentations throughout the 2015-2016 academic year.
Applicants must submit paper copies of both a mathematical resume and a personal statement by 4:00PM on Friday, February 27, 2015, to Dr. Rick Spellerberg in Carver 337. A description of the information that should be included in each of these documents appears below. The mathematics department will meet to review the applications and applicants will be notified as soon as selections are made.
Your mathematical resume should contain the following information.
- Overall GPA and your GPA in the Mathematics or Actuarial Science major (this information can be found on your degree audit).
- All declared majors and minors.
- List of the mathematics courses you have completed and are currently enrolled in.
- All participation in mathematics department activities.
- Participation in other relevant activities since arriving at Simpson College.
- The name and office phone number of one Simpson College faculty member who is not in the mathematics department to serve as a reference.
Your personal statement should contain the following information and should be no longer than two pages.
- Why should you be selected to participate in the program?
- How would you benefit from participating in the program?
- What special skills would you bring to your research team?
- What are your goals for the summer?
- What are your career plans and/or graduate school plans?
- Briefly describe your level of interest in each project. Clearly indicate your order of preference.
Past Research Projects
Summer 2014 (descriptions)
- Collective Behavior in Complex Systems - Dr. Aaron Santos
- Draft Strategies - Dr. Bill Schellhorn
Summer 2013 (descriptions)
- Critical locations in infrastructure - Dr. Deb Czarneski
- Sabermetrics and prediction - Dr. Bill Schellhorn
- Mathematical biology of prairie restoration - Dr. Heidi Berger
- Number theory - Dr. Murphy Waggoner
- Ramsey numbers - Dr. Deb Czarneski
- Coloring knots and tangles - Dr. Bill Schellhorn
- Time scales and stable flies - Dr. Heidi Berger
- The evolution of cooperation in the face of competition - Dr. Rick Spellerberg
- Time scales and the emerald ash borer - Dr. Heidi Berger
- Knot theory and DNA - Dr. Bill Schellhorn
- Graph labeling - Dr. Deb Czarneski
- Auction theory - Dr. Rick Spellerberg