Click here for the (slightly outdated) postscript version of this CV
or click here for the (slightly outdated) pdf version.
Computational molecular biology, biostatistics, theoretical ecology, complex adaptive systems, coevolutionary dynamics, synthetic biology, and molecular evolution.
Developing methods to analyze data from sequencing and expression experiments in a plant-nematode system. Mentor: Tom Kepler.
Collaborated to develop information and analysis systems to support functional genomics investigations and EST sequencing in Medicago truncatula and the genus Phytophthora. Participated in the design and implementation of a database to store and analyze data from gene expression experiments. Designed and implemented an object-relational database to store and analyze structural nucleotide motifs. Communicated progress of these projects to a variety of audiences. Participated in grant writing and project planning.
Designed and implemented analysis algorithms and database applications using object-oriented development techniques to provide bioinformatics services via the internet. Coordinated group activities for several projects, such as an analysis system to facilitate EST sequencing. Presented analysis applications and results at conferences, in publications, and in technical documents.
Developed and tested simulation algorithms. Documented research results in technical reports and presented reports at national and international scientific meetings. Thesis project investigated the influence of ecological and evolutionary dynamics on simple model ecosystems. Other research activities included molecular evolution, RNA structure/function relations, species abundance distributions, spatial data analysis, multivariate analysis, and statistical inference.
Developed and tested simulation algorithms. Designed and conducted simulation experiments. Analyzed, summarized, and archived experimental data. Project involved implementing a genetic algorithm and alternative search strategies to evolve (or discover) cellular automata rules to perform simple computational tasks.

for visiting.
Return to Peter's home page.