DAVID GERBERRY


Office: Math 1028
Office Hours: by appointment
Email: gerberry@math.purdue.edu


Teaching

Summer 2008: MA161: Multicultural STEM Academic Boot Camp



Spring 2008: MA/STAT 250: Problem Solving in Probability (SOA Exam P / CAS Exam 1)

Fall 2007: MA/STAT 250: Problem Solving in Probability (SOA Exam P / CAS Exam 1)

Spring 2007: MA290A: Problem Solving in Probability (SOA Exam P / CAS Exam 1)

Fall 2006: MA161 Plane Analytic Geometry and Calculus I

Summer 2006: MA266 Ordinary Differential Equations

Spring 2006: MA139 Mathematics for Elementary Teachers III

Research

Map -- West Lafayette Click here to view the talk that I gave at the Applied Mathematics Lunch Seminar at Purdue on April 18, 2008.
It describes a model for tuberculosis and establishes that (contrary to current US policies) vaccination almost
always results in lower TB burdens.
Map -- San Jose Click here to view the talk that I gave at the Joint Meetings of the Society for Mathematical Biology and
the Japanese Society for Mathematical Biology that took place in August of 2007 in San Jose, California.
It describes results concerning my model for childhood diseases.
Map -- Campinas Click here to view the talk that I gave at II Conference on Computational and Mathematical
Population Dynamics (CMPD2) that took place in July of 2007 in Campinas, Brazil.
It describes results concerning my model for childhood diseases.
Map -- West Lafayette Click here to view a presentation that I gave about clustering algorithms.
This presentation was part of the final project requirement for my Biomolecular Simulations course (CS 590V).

Map -- Indianapolis Click here to view the talk that I gave at the 2007 MAA Indiana Section Meeting in Indianapolis, IN.
This provides an introduction to my field of research (mathematical models for infectious diseases).
It also mentions my model for childhood diseases.
Map -- Boston Click here to view the poster that I presented at Dynamics Days 2007 which took place in January of 2007 in Boston, MA.
It describes results concerning an SEIQR model for childhood diseases.