| DMBWS |
Possible topics and related papers for the new Discrete Mathematical Biology Working Seminar. |
REU'11 |
Does "Math + Bio = Your Summer REU?" Find out more. |
Recruiting |
The postdoctoral position in Discrete Mathematical Biology for 2012 has been filled. If interested in future opportunities, please send a brief CV.
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| Research |
My work lies at the interface between discrete mathematics and molecular biology;
I am interested in combinatorial problems "as motivated by" and "with applications to" fundamental biomedical questions like RNA folding.
Publications are listed here.
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| Funding |
My research is funded by a
Career Award at the Scientific Interface from the
Burroughs Wellcome Fund,
and an NIH R01 grant through the
Joint DMS/NIGMS Initiative to Support Research in the Area of Mathematical Biology.
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| Meetings |
Over the past few years, I have been an invited speaker at a variety of meetings including
I was also a visitor at the IMA in fall 2007 for the program on
Mathematics of Molecular and Cellular Biology.
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| Service |
I serve on
the Board of Advisors for
NIMBioS
and participate in the Visiting Lecturer Program
through MBI.
Locally, I am involved in initiatives at Tech to connect math with biology.
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| Affiliations |
Additional institutional affiliations include a
courtesy appointment in the School of Biology,
and associations with the Integrative BioSystems Institute,
the Center for Bioinformatics and Computational Genomics,
and the Algorithms, Combinatorics, and Optimization (ACO) Program.
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| Advising |
Students interested in pursuing a graduate degree
in discrete mathematical biology at Georgia Tech can do so through a number of different PhD programs including:
Mathematics,
ACO,
CSE,
and Bioinformatics.
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| Teaching |
Last year, I taught a new "bridge" class (from calculus to upper level mathematics): Math 4803 HEH: Foundations of Mathematical Proof, offered as a special topics course in the fall and
in the spring.
Previously at Tech, I have taught
Math 2406: Abstract Vector Spaces,
Math 2602: Linear and Discrete Mathematics
(twice),
Math 3012: Applied Combinatorics
(twice),
our two semester Abstract Algebra sequence,
Math 4107
and Math 4108,
and our two semester Analysis sequence,
Math 4317
and
Math 4318.
In spring 2008, I taught a special topics course
Math 8803/4803: Discrete Mathematical Biology.
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| Links |
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