If you want to read one of the best Beowulf tutorials available,
click
here.
An article appeared in the
Sunday Edition of the Daily
Bulletin about
the HMC Beowulf machine. You can look at it
here.
Mathematics and Medicine: Modeling Cancer and the Immune System, Claremont Colleges REU Program, June 2006.
Mathematical Modeling of Tumor-Immune Interactions, City of Hope Cancer Research Center, May 2006.
Teaching at an Undergraduate College,
IGERT Career Development Workshop, UCSB, May 2006. Co-presented with Prof. Ami Radunskaya, Pomona Mathematics.
Mathematical models of tumor-immune interactions: desigining effective immunotherapy protocols,
Computational Science Colloquium, UCSB, May 2006. Co-presented with Prof. Ami Radunskaya, Pomona Mathematics.
Mathematical Biology Undergraduate Program, Washington State University, April 2006. Co-presented with Prof. Steve Adolph, HMC Biology.
Modeling Tumor-Immune Interactions, Los Alamos National Laboratory, New Mexico, March 2006
Adventures in Tumor-Immune Modeling, USC Women in Mathematics, University of Southern California, January 2006.
Mathematical Biology at Harvey Mudd College,
MAA Session on Mathematics and Biology 2010: Building Connections, Joint MAA-AMS-SIAM Annual meeting,
San Antonio, Texas, January 2006. Co-presented with Prof. Steve Adolph, HMC Biology.
Cancer Growth and Treatment Modeling
Evening public address, Annual Sampson Lecture Series, Bates College, Maine Fall 2005.
See Bates College Newsletter.Alternate.
How to Model Cancer Growth and New Treatment Strategies: A Perspective of Cooperation
Mathematics Seminar, Bates College, Maine Fall 2005.
See Bates College Newsletter.Alternate.
Modeling Immunotherapy of Cancer
Human Disease Dynamics, Snowbird, Utah, July 17-21, 2005.
Ever wonder what you can do with a degree in mathematics? Or how
the
mathematics you have learned is used in real-life applications? Go to
the
Mathematical Sciences Career
Information
web page to find answers to these questions and more!
If you need a letter of recommendation from me, please click
on this link and follow
the instructions. This list was developed by Prof. Michael Orrison.