BIOINFORMATICS
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Virginia Tech is close to establishing
an
interdisciplinary Ph.D. Program in Genetics, Bioinformatics,
and Computational Biology.
This will be a degree program separate from any academic department
that will allow the student to have advisors in a number of departments,
including computer science, biology, and biochemistry.
You can apply for this degree now,
if you wish; find out how.
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The Department of Computer Science,
along with many departments in the life sciences
and the Statistics Department,
offer a
graduate option in bioinformatics.
Any CS graduate student may decide to pursue the option,
and that decision can be made after an admitted student
actually enrolls.
Such a student is required to take two life sciences courses
that are specifically for the bioinformatics option:
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PPWS 5984, Biological Paradigms for Bioinformatics
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BCHM 5024, Computational Biochemistry for Bioinformatics
Also see some
bioinformatics courses taught during Fall Semester, 2001.
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THEORETICAL COMPUTER SCIENCE
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My research interests in the past have primarily centered around
algorithms for discrete problems, graph theory, and symbolic computation.
See my
abbreviated vita.
I am happy to supervise
the research of a student in theoretical computer science.
I concentrate on hard algorithmic questions that require
mathematical sophistication.
In theoretical computer science,
I prefer to supervise PhD students to Masters students.
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While I will be happy to talk to you about research in theory,
we need to realize that research funding for a student is much harder
to obtain in theory than in most other research areas,
such as bioinformatics.
On the other hand,
a graduate student doing research in theory
is very likely to be able to support herself/himself
on a teaching assistantship in the Department of Computer Science.
This has been my primary means of supporting theory students in the past,
and I have graduated 5 PhD students and 3 Masters students in theory.
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