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Jeffrey Kovac |
Dr.
Jeffrey Kovac was educated at Reed College where he earned his B.A. in
chemistry in 1970. He then graduated from Yale University with a M.Phil. in 1972 and a
Ph.D. in theoretical chemistry in 1974. After two years as a postdoctoral research
associate at the Massachusetts Institute of Technology, he joined the faculty of the
University of Tennessee where he is currently a professor of chemistry and director of
Undergraduate Studies. In addition to his position in the Department of Chemistry he is a
Fellow of the Center for Applied and Professional Ethics in the Department of Philosophy,
a fellow of the UTK Center for Undergraduate Excellence (1997-2000), and the Director of
the Tennessee Governor's School for the Sciences, a four-week summer residential
enrichment program for high school students.
Dr. Kovac was recently appointed book and media review editor for the Journal of
Chemical Education. His research interests include statistical mechanics of polymers
and liquids, non-equilibrium thermodynamics, computer simulation, the structure and
formation of coal, history and philosophy of science, scientific ethics, and chemical
education. He is the author of more than 65 publications including The Ethical Chemist,
cases and commentaries for the teaching of scientific ethics; Scientific Ethics for
High School Students, and Writing Across the Chemistry Curriculum: A Faculty
Handbook.
Dr. Kovac is married to Susan Davis Kovac, an attorney who is Area Legal Counsel for
the Tennessee Department of Childrens Services. They have two children, Peter, a
junior at Oberlin College majoring in mathematics and, and Rachel, a senior at Bearden
High School in Knoxville. Dr. Kovac is also an accomplished soccer referee, having
officiated more than 1,500 games in the past 20 years at the youth, high school, college,
amateur, and professional levels. He is active in the community, serving on the board of
directors of Knoxville Interfaith Network, a coalition of congregations dedicated to
social justice. |
 G. Leah Dever |
Ms. G. Leah
Dever was named manager of the U.S.
Department of Energys (DOE's) Oak Ridge Operations (ORO) in July 1999. She is
responsible for a broad range of research and development (R&D) programs related to
nuclear, fossil, and other energy initiatives with facilities located in Tennessee,
Missouri, Kentucky, Ohio, and Virginia.
Ms. Dever is also responsible for support for the national
defense, including dismantlement of nuclear weapons components; environmental restoration
and waste management; technology transfer; Work for Other Federal Agencies; education; and
training.
Ms. Dever has over 22 years experience in environmental
planning and engineering in both the private and federal government sectors. Over the last
13 years, she has been a pioneer in DOEs goal to restore the environment at its old
facilities and make itself the model for contemporary industrial practice for
environmental protection.
Ms. Dever began her Federal career as an environmental
scientist at DOE Headquarters. There she guided the departments operations offices
at Albuquerque, Idaho, Nevada, Oak Ridge, Richland, Rocky Flats, and Oakland through the
difficult process of bringing their facilities into compliance with contemporary
environmental law and practice. Throughout the DOE complex, Ms. Dever is known for her
open inclusive management style and her commitment to working closely with community
leaders.
Prior to joining DOE, Ms. Dever served as an environmental
scientist with several environmental engineering and planning companies where she assessed
the impacts of large construction projects, evaluated applicability of environmental laws
to federal facilities, and prepared National Environmental Policy Act reports and
hazardous waste permit applications. In addition, she managed the integrated master
schedule for the Armys chemical agent disposal project on Johnston Island.
A native of rural Pennsylvania, Ms. Dever received a
bachelor of arts in biology from Thiel College in 1974 and a master of science in
biology/ecology from Pennsylvania State University in 1977. Ms. Dever lives in Oak Ridge. |

Lauri Sammartano |
Dr.
Lauri Sammartano is an assistant professor in the Biology Department
and Womens Studies Program at St. Olaf College in Northfield, MN. She is currently
on sabbatical leave and is working with Dr. C.H. Winston Chens research group in the
Life Sciences Division of Oak Ridge National Laboratory. She received her B.A. in biology
from St. Marys College (Winona, MN) and her Ph.D. from the University of Illinois
(Champaign-Urbana) in genetics and development. Her graduate research involved
investigating the role of reactive oxygen species in UV-A mediated inactivation of Escherichia
coli.
Dr. Sammartanos interest in womens health led her to do postdoctoral
research at the University of Minnesota. While there she studied the role of chemical
carcinogens and lipid peroxidation in rat mammary gland tumorigenesis.
Dr. Sammartano has ten years teaching experience at liberal arts colleges. She
has been at St. Olaf College for the past seven years. She teaches Intermediate Genetics,
Molecular Biology and Biology of Women. She has also supervised independent study in the
areas of cultural perceptions of menstruation, smoking habits of college women with eating
disorders, the history of midwifery in the United States, among others. She has also
taught Human Biology in the Professional Exploration Program for five years. PEP is an
intense summer program for underrepresented first year students. Dr. Sammartano is deeply
committed to science education for women and minority students and feels compelled to work
towards a "DNA literate" society. |
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 Leigh Ann Pennington |
Ms.
Leigh Ann Pennington is a
statistician/economist with expertise in science and technology workforce issues and
science and engineering academic programs. She has 10 years of experience in survey
research and statistical analysis related to assessment of educational programs and labor
market trends and serves as a lead investigator on applied research and data assessment
projects, providing lead support in the areas of quantitative modeling and statistical
techniques.
Since 1992, Ms. Pennington has served as a statistical
analyst for the management of the National Science Foundation (NSF) Graduate Research
Fellowship Program, utilizing statistical methods to improve application review
efficiency. She has also served as the team leader for the development and implementation
of a national database to collect information for the Department of Energy (DOE) on
science education program participants, and has been involved in precollege summer
activities funded by the NSF. In past years, she has been involved in several evaluation
efforts for DOE science education programs, specifically in the statistical analysis of
data available from the programs themselves, as well as utilizing other national databases
on scientific personnel for comparison groups. She has worked extensively with the data
files from surveys that make up the Scientists and Engineers Statistical Data System
(SESTAT), sponsored by the NSF, and with other large national databases on occupations and
employment maintained by the Bureau of Labor Statistics. Ms. Pennington has an M.A. and
A.B.D. in economics from Vanderbilt University and a B.A. in economics and mathematics
from the University of Tennessee, Knoxville. |
 Claudia J. Rawn |
Dr. Claudia J. Rawn is a Research Staff Scientist in the Metals and Ceramics
Division. She works at the Diffraction User Center in the High Temperature Materials
Laboratory located at Oak Ridge National Laboratory. She uses neutron and X-ray
diffraction to study the structures of a variety of materials with possible energy
applications. Very often, her work involves collaboration with researchers from industry,
other federal laboratories, and academia.
Dr. Rawn obtained her B.S. in materials science in materials engineering from Virginia
Polytechnic Institute and State University in1986, her M.S. in chemistry from George Mason
University in1991, and her Ph.D. in materials science from the University of Arizona,
Tucson in 1995. Before coming to Oak Ridge National Laboratory, she held positions
as a materials research engineer in the Ceramics Division of the National Institute of
Standards and Technology, and as a postdoc working on ceramic materials at the "Jozef
Stefan" Institute in Ljubljana, Slovenia.
Dr. Rawn was a contributing editor to Phase Diagrams for Ceramists from1992 to
1994. She was the 1993/1994 recipient of the University of Arizona's Department of
Materials Science and Engineering Departmental Scholarship based on academic merit, and
has been nominated for the 1999 Robert L. Coble Award for Young Scholars. She is a
member of the American Crystallographic Association, the American Ceramic Society, and the
Neutron Scattering Society of America. |

Celvia S. Dixon |
Dr.
Celvia S. Dixon is the president of C.D Enterprises-FamFocu$. Her
business focuses on issues that impact family finances. Dixon is also an associate
professor at the University of Tennessee, where she teaches in the College of Human
Ecology and serves as the associate director for the African American Achievers Program.
She received her B.S. from Central Michigan University, her M.S. from Louisiana State
University, and her Ph.D. from the University of Minnesota.
Dr. Dixon has a diverse background. She taught secondary
education in the Michigan public school system and served as a university faculty member
in Louisiana, Alabama, Minnesota, and Tennessee. She has developed financial education
materials and provided training to Bankruptcy Trustees across the nation, the Department
of the Army, financial counselors in Canada, and to many educational, civic, and religious
organizations. Recently, Dr. Dixon published her first book, Financial Facts for
Females.
She is committed to programs and opportunities that improve
the quality of life for individuals and families. Her colleagues describe her as an
exciting and enthusiastic teacher and speaker. Dr. Dixon is married and has one daughter. |

Lynne E. Parker |
Dr.
Lynne E. Parker is a senior research staff member and group leader of
the Computational Intelligence Group in the Computer Science and Mathematics Division at
the Oak Ridge National Laboratory. She received her Ph.D. degree in computer science from
the Massachusetts Institute of Technology (MIT), Department of Electrical Engineering and
Computer Science with a minor in brain and cognitive sciences. She received her B.S.
degree in computer science with a minor in mathematics from Tennessee Technological
University, and her M.S. degree in computer science from the University of Tennessee, with
a thesis on the topic of mobile robot navigation. She held previous positions as a systems
analyst with Martin Marietta Energy Systems, a researcher with the Center for Engineering
Science Advanced Research (CESAR) at ORNL, and a researcher in the Artificial Intelligence
Center at Hughes Research Laboratory.
Dr. Parkers research interests include cooperative agents, mobile robotics, situated
agent architectures, robot learning, and brain and cognitive sciences. She is a
leader in her field and is frequently invited to speak at international conferences,
workshops, and universities. She is a member of IEEE, ACM, AAAI, and Sigma Xi, serves on
numerous international conference program committees, and is a guest co-editor of a
special issue of the Autonomous Robots journal on the topic of Heterogeneous
Multi-Robot Cooperation, to be published in early 2000. Dr. Parkers activities
have also included teaching a university course on robotics and mentoring student interns
at ORNL.
Dr. Parker has recently been awarded the prestigious DOE Office of Science Early Career
Scientist Award, and is currently nominated for the Presidential Early Career Award for
Scientists and Engineers, for her research in cooperative robotics. |

Dabney K. Johnson |
Dr. Dabney
K. Johnson is a senior staff scientist and
section head in Mammalian Genetics and Development in the Life Sciences Division at Oak
Ridge National Laboratory. Dr. Johnson's laboratory analyzes the molecular and functional
consequences of induced germ-line mutations on obvious and subtle whole-organism
phenotypes in the mouse.
The primary focus for the laboratory is on the molecular and
functional analysis of germ-line mutations and complex phenotypes generated by our
phenotype-based mouse mutagenesis core program. Studies are designed to pair specific
genes with mutant phenotypes. Screening assays are developed and employed to detect
behavioral, biochemical, and morphological mutations in mice, and then clone,
characterize, and manipulate genes associated with mutant phenotypes that alter function
at the organismal level. Students and other investigators perform detailed analysis of the
functional consequences of DNA alterations in individual gene sequences, and on how those
mutations impact entire biological pathways over the lifespan of the animal.
Dr. Johnson received her Ph.D. in molecular genetics in the
Mammalian Genetics program at ORNL from the University of Tennessee Graduate School for
Biomedical Sciences in May of 1990. After graduating in 1967 with a B.S. in biology from
Salem College, Winston-Salem, NC, and an M.S. in biology in 1968 from Emory University in
Atlanta, she raised a family while working in quality control/microbiology for a
pharmaceutical company and then as a cytogeneticist and laboratory supervisor at the
University of Tennessee Birth Defects Center. |
 Dr. Camille Jones |
Dr. Camille Jones is a postdoctoral
research associate in the Surface Processing and Mechanics Group of the Metals and
Ceramics Division at ORNL. She obtained her B.S. in chemistry from Butler University in
1990. After graduation, she worked for four years at Eli Lilly and Company, a
pharmaceutical company in Indianapolis, Ind., as an analytical chemist developing
quantitative analytical methods for drug candidates in clinical trials. She left Eli Lilly
in 1995 to attend graduate school, and obtained her Ph.D. in physical chemistry at the
University of Toledo in 1999. Her doctoral research was in the structure and
thermodynamics of high-temperature condensed-phase transformations in transition-metal
sulfides, studied in situ with neutron diffraction.
At ORNL, Dr. Jones is using computational thermodynamics to study corrosion of metals in
contact with molten salts and aqueous salt solutions. Her other areas of research include
development of computer codes for visualization of three-dimensional phase diagrams,
application of computational thermodynamics to vapor deposition of coatings, and a
technique for simultaneous time-resolved neutron diffraction and mass spectrometry. She is
a member of Sigma Xi, Materials Research Society, and Neutron Scattering Society of
America.
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 Kyle Johnson |
Kyle
Johnson is currently the head of the R&D Employment office at the
Oak Ridge National Laboratory, a position he has held for four years. Since 1991, he has
worked in Human Resources positions on staff or as a personal services contractor for
Lockheed Martin Energy Research, Oak Ridge; Lockheed Martin Advanced Environmental
Systems, Albuquerque; Raytheon Engineers & Constructors, Princeton, NJ; and Lockheed
Martin Energy Systems, Oak Ridge. Mr. Johnson is a recruiting and employment specialist.
Previous sidelines in a 23-year career have included
computer security analyst, technical editor, college instructor, newspaper reporter, and
co-op student. And it all began with an M.A. in English (1977) from Tennessee Tech
University.
Special-interest extracurricular activities include a staff
officer position ("Career Counselor") in the all-volunteer U.S. Coast Guard
Auxiliary, 8th Eastern District (South), Flotilla 12, for the past six years.
Duties include recruiting at the high school level for the Coast Guard and the Coast Guard
Academy located in New London, CT. |
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Ann Primm
has worked as a mechanical engineer for the past 11 years. She received a bachelor
of science degree in 1986 and master's degree in engineering science and mechanics in
1988, both from the University of Tennessee, Knoxville.
Her career began at Bechtel National, where she worked on space and defense projects. She
has also worked in the Facility Engineering Group at Y-12 on piping, HVAC, and energy
conservation projects. For the past six years, Ms. Primm has worked at ORNL in the
Robotics and Process Systems Division with a group developing electronic systems, sensors,
and computers for robots and servomanipulators that mimic the motions of human arms and
hands. These robots and servomanipulators are used as remote systems that can enter
hazardous environments to survey, collect samples, or conduct maintenance or repairs on
equipment.
Currently, she is on a short-term assignment in the Research Reactors Division. Her
activities there support the installation of the latest technological advances in neutron
beam instrumentation into the High Flux Isotope Reactor (HFIR), which is used to perform
neutron scattering experiments. In this assignment, she stays in close communication with
the companies around the country that are fabricating new components for HFIR.
Ms. Primm enjoys her career as an engineer and especially enjoys those assignments
involving hardware design. She is a native Tennessean and is originally from
Nashville. She and her husband live in Knoxville; they have one son. |
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| Ms. Margaret
Davidson is a computer security analyst for Oak Ridge National Laboratory.
After serving in the United States Air Force as an avionics technician on fighter jets,
she came to Oak Ridge where she worked as a computer maintenance techician. In 1991 she
earned a B.A. from UT-Knoxville in the Individualized Program in Computer Security, which
she developed. Ms. Davidson received an M.S. in Management Information Systems from
Nova Southeastern University. Ms. Davidson has
worked in computer security since 1992, first at the Y-12 Plant and since 1997 at ORNL.
Her current responsibilities include performing security and vulnerability analysis
of network connected computers, evaluating analysis and assessment tools, identifying and
investigating security problems, and developing policy guidance based security analysis.
Her research interests include computer forensic tools and techniques and vulnerability
analysis of Microsoft operating systems such as Windows NT. |
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