Objective
|
|
As an
assistant professor, I will establish an externally funded
and innovative research program in the area of polymer
chemistry.
|
Education
|
Fall 1995-
|
University of Michigan
|
Ann Arbor, MI
|
Winter 2000
|
Doctor of
Philosophy in Chemistry, April 2000
|
|
|
Organic
Division, emphasis on polymer chemistry
|
|
Advisor:
Professor Paul G. Rasmussen
|
|
Fall 1991-
|
University of Minnesota
|
Minneapolis, MN
|
Summer 1995
|
Bachelor of
Science, August 1995
|
|
|
Major in
chemistry, emphasis on heterocyclic chemistry
|
|
Advisor:
Professor Wayland E. Noland
|
|
Academic
Research Experience
|
Winter 2000-
|
University of Texas, Postdoctoral Fellow
|
Austin, TX
|
present
|
·
Engaged
in diversified research on the manufacture of a biosensor
chip
·
Conducted
additional research program studying new electron-beam
resist for use in semi-conductor micro-lithography
·
Collaborated
with several external professors and graduate students
researchers, from the University of Texas, Texas A&M
University, and Georgia Institute of Technology
·
Worked
with and guided numerous students at the graduate,
undergraduate, and post-undergraduate levels
·
Organized
and produced legal documents for invention disclosures
|
Winter 1996-
|
University of Michigan, Graduate Studies
|
Ann Arbor, MI
|
Winter 2000
|
·
Conducted polymer and monomer
chemistry research by expanding and enriching existing
research program
·
Developed concise, methodical
and efficient approach to directing research and designing
experiments
·
Guided undergraduate
researchers
·
Studied competitive kinetics
of copolymerization for assessing radical stability
·
Consulted for commercial
industrial scale-up of monomer synthesis, including
substantial process-chemistry work
·
Became well practiced in
synthesis, characterization, and isolation of highly
reactive monomers and polymers
·
Collaborated with industry
contact by supplying experimental polymers for
investigation into use as recyclable catalysts
|
Winter 1992-
|
University of Minnesota
|
Minneapolis, MN
|
Summer 1995
|
·
Conducted heterocyclic
chemistry research
·
Focussed on the reactivity of
the 3-vinylindole system
|
Industrial
Research Experience
|
Summer 1991-
|
Minnesota Mining and Manufacturing
|
St. Paul, Minnesota
|
Summer 1995
|
·
Conducted research on
synthesis of liquid crystalline monomers
·
Worked with production aspects
of filled silicone polymers
·
Conducted research on
properties and characterization of immiscible polymer
blends
·
Conducted research on
inhibition of cross-linking reactions of adhesive by
addition of tackifier
|
Publications
and Presentations
|
·
Johnson D. M.; Rasmussen, P.
G. “An Improved Synthesis of the Monomer
2-Vinyl-4,5-dicyanoimidazole and the Synthesis and
Characterization of its Polymers”, Macromolecules,
2000, in
press.
|
·
Rasmussen, P. G.; Reybuck, S.
E.; Johnson, D. M.; Lawton, R. G.
“Cyclic
imidazole compounds having relatively low hydrogen content
and relatively high nitrogen content and polymers formed
therefrom”,
US Patent, 6096899, issued August 1, 2000.
|
·
August 1999, ACS Conference,
Oral Presentation: “Synthesis, Polymerization and
Kinetic Studies of the New Monomer,
4,5-dicyano-2-vinylimidazole”.
|
·
Johnson, D. M.; Rasmussen, P.
G.; Clarke, N. A.; Reybuck, S. E.; Lawton, R. G.
“Synthesis, Polymerization and Kinetic Studies of
the New Monomer, 4,5-dicyano-2-vinylimidazole”
Polymer
Preprints, 1999,
40(2), 481-482.
|
Other
Awards
|
Fall 1999
|
IGERT Fellowship; for study of
materials chemistry
|
Winter 1996
|
GAANN Fellowship; for study of
teaching pedagogy
|
Spring 1992
|
UROP Grant; used for research in
highly cross-linked polyaramides
|
Professional
References
|
Professor
C. Grant Willson
|
Professor
Paul G. Rasmussen
|
Department
of Chemistry and Biochemistry
|
930 N.
University
|
University
of Texas
|
Ann Arbor,
MI 48105-1055
|
Austin, TX
78712
|
pgrasmsn@umich.edu
|
willson@che.utexas.edu
|
|
|
Professor
Richard G. Lawton
|
|
930 N.
University
|
|
Ann Arbor,
MI 48105-1055
|
|
richy@umich.edu
|
|
|
|
|
|