The goal of Bioinformatics is to apply the tools and techniques of computer science, mathematics and statistics to the analysis of biological data. By employing computational algorithms, databases, and statistical and visualization tools, Bioinformatics can answer a host of questions raised in biological research. These would include comparing DNA sequences, predicting protein structures, and discovering drugs. To make progress in these areas, biologists now need to go beyond the standard tools of their discipline and embrace the help of computers. Students with a Bioinformatics concentration will apply their computational skills to the most current and pressing questions in biological research.

A background in biology is helpful but not required. Students will learn through lectures, readings, presentations, and projects they conduct in their areas of interest. Students completing the program will pursue careers in drug design, biotechnology, image interpretation, and environmental sciences.

Degree Requirements

The Bioinformatics concentration requires 30 credit hours of coursework (that is, 10 graduate classes), a 9 credit hour individual research project, and successful completion of a comprehensive exam.

The course listings below indicate in greater detail the content of our training in Bioinformatics.

>> For students who lack an adequate computer science background, there may be prerequisite requirements of up to seven courses within a chosen concentration.