CURRICULUM VITAE
Personal Data: Married, two children
Education: Ph. D. in mathematics, The University of
Michigan, 1984
(Major area: Graph Theory, Minor area: Algebraic
Topology)
M. S. in mathematics,
The University of Chicago, 1972
B. S. in mathematics (minor: physics), Morehouse
College, 1970
Associate Professor, Department of Mathematics,
Morehouse College, 1990-present. Teach
undergraduate courses. Also, taught in
Pre-freshman Summer Programs, 1991, 1993-97,1999, 2000.
Visiting Associate Professor (part-time),
Spelman College, 1991-1997. Taught
courses in calculus, linear algebra and foundations of mathematics. Also taught calculus in Heath Careers Summer Program, 1993-1997 &1999.
Adjunct Professor (part-time), Clark Atlanta
University, Spring, 1994 – Fall, 1996.
Taught undergraduate/graduate courses (including operations research,
Spring, 1994)
Assistant Professor Department of Mathematics and Computer Science, Georgia State
University, 1986 - 1990. Taught
undergraduate courses, including calculus,
discrete mathematics, linear algebra, and undergraduate/graduate course in
operations research.
Visiting Assistant Professor, Department of Mathematics and Computer Science, Georgia
State University, 1985-1986.
Visiting Assistant Professor, Department of Mathematics
and Computer Science, Emory University.
Taught courses in calculus and linear algebra, 1984-1985.
Coordinator, Summer Programs, Minority Engineering Program Office (MEPO),
College of Engineering, The University of Michigan. Administrator of summer programs which included the pre-freshman
Professionals-in-Training Program (PTP) and the Engineering Industrial Support
Program (EISP) Summer Academic Program for high school seniors. Responsible for student recruitment, and for
recruitment and hiring of instructors, component coordinators and student assistants. Jan. '83 - Aug. '84.
Coordinator, Engineering Learning
Resource Center. Responsible for
orientation, training and supervising of the tutoring staff of 6-8
students. Fall 1982 - August 1984.
Mathematics tutor/counselor, MEPO, Engineering Learning Resource Center, The University of Michigan. Tutor engineering students in all levels of
mathematics, and counsel students regarding mathematics course selections. Spring 1974 - August 1984.
Coordinator, PTP, MEPO, The University of Michigan, May 1980 - December
1982. Coordinated mathematical skills
portion of the program.
Instructor, EISP Summer Academic
Program, MEPO, The University of Michigan,
Summer, 1978 - 1981. Designed
and taught mathematical skills course.
Research Assistant, Environmental Research Institute of Michigan, Ann Arbor,
MI. Assisted in Computer Technology
Department. February 1979 - September
1979.
Instructor, Summer Bridge Program,
Coalition for the use of Learning Skills, The University of Michigan. Taught two elementary algebra courses, 1976.
Instructor, Department of Mathematics,
Lawrence University, Appleton, WIS., 1972-1973. Taught courses in calculus and linear algebra.
Instructor, Chicago State University,
Chicago, IL. Taught course in finite
mathematics. Summer 1974.
Instructor, Summer Pre-College
Program, The University of Chicago.
Coordinated the mathematics section and taught a course in college
algebra and trigonometry, 1973.
Tutor/counselor, Summer Pre-College Program, The University of Chicago. Tutored and counseled students in college
algebra and trigonometry section, 1971 and 1972.
Student Instructor, Morehouse College, Spring,
1970. Taught a course in college
algebra.
Presentations
1.
“How
to pass calculus” Seminars, AMOCO Enhanced Engineering at Morehouse, Summer,
1999 & 2000.
2.
“Abstract
mathematics as a problem-solving tool,” Inspiring Careers in Engineering, Mathematics, and
Science Seminar,
March 30, 2000.
3.
“On constructing minimal ultimately
economical supergraphs,” Albert Turner Bharucha-Reid Lecture,
NAM 2000 Regional
Faculty Conference on Research and Teaching, March 17, 2000.
4. “On minimal ultimately economical
supergraphs,” invited speaker,
Beautiful graph
theory session, American Mathematics
Society annual meeting, Washington, D.C.,
Jan. 19, 2000.
5.
“An introduction to graph achievement games,”
Center of Excellence/AMOCO
Enhance Engineering Summer Programs, Morehouse College, Atlanta, GA, July 8, 1999.
6.
“On
achieving channels in a bipolar communication game,” Mathematics
Colloquium, Morehouse College,
November
14, 1997.
7.
"Graph Theory Applications: achieving channels in a bipolar game",
Clark Atlanta University,
Department of
Mathematical Sciences, Colloquium Series Surveying the Mathematical Sciences,
October
21, 1996.
8.
"On
achieving channels in a bipolar game", invited speaker, Second Conference
for African-American
Researchers in the
Mathematical Sciences, The Center for
Discrete Math and Theoretical Computer
Science, Rutgers University, Piscataway,
New Jersey, June 28, 1996.
9.
"On
achieving channels in a bipolar communication game", contributed paper,
AMS
session on Combinatorics and Graph Theory, American Mathematical
Society,
Orlando Meeting,, Jan. 10, 1996.
10.
"On
achieving channels in a bipolar communication game", Mathematics Colloquium, Morehouse College,
November 10, 1995.
11. "On ultimately economical graphs",
Spelman Roundtable Presentation, Spring 1994.
12.
"On economical and spannable
forests", contributed paper, AMS
session on Graph
Theory, American Mathematical Society,
Atlanta, Meeting, January, 1988.
13. "Introduction to Graph Achievement
Games," Eminent Scholar
Presentation,
Department of Mathematics, Virginia
State University, Petersburg, VA, April 3,
14.
"Introduction
to ultimately economical graphs," Department of Mathematics and
Kappa Mu Epsilon Mathematics Honor Society Annual Banquet,
Virginia State
Univ., Petersburg, VA, Apr. 3, 1987.
15. "On Ultimately Economical Graphs,"
Spring Science Seminars, Florida A & M
University, Tallahassee, FL, March 27,
1987.
16.
"Some families of ultimately economical
graphs," William W. S. Claytor Session of
Invited Presentations, National Association of Mathematicians, Annual
Meeting,
San
Antonio, TX, Jan. 24, 1987.
17.
"On ultimately economical graphs,"
250th Conference on Graph Theory, Indiana
University-Purdue University at Fort Wayne, Fort Wayne, IND,
March 15, 1986.
18.
"On
ultimately economical graphs," Colloquium presentation at Georgia State
Univ.,
19.
"Ultimately economical graphs," two
seminars, Emory University, Nov. 7 &14, 1984.
1. “Variations of the bipolar achievement games,” Center of
Excellence Scholars: John Thomas and
Javier
Smith, Fall 1998-Spring, 2000.
2. “Constructing ultimately economical graphs,” Sekou Remy and Brian
Williams, Spring 1997 - Fall, 1997.
Remy won a regional competition for a poster presentation on this topic.
3 "On achieving channels in a two-to-one (n,2,r)-bipolar
game", Derrick Gauthier, Dansby
Scholar, Fall,
1995 - 1999.
4. "On constructing
minimal ultimately economical supergraphs", Michael Liddell, McNair Scholar, Summer,
1996.
5. "On achieving channels
in a one-to-one (n,2,r)-bipolar
game", Robert Lezama, McNair
Scholar, Summer
1994.
6. "On constructing triangular ultimately
economical graphs," Kimberly
Rice, Senior
research paper, Spelman College,
academic year 1993-1994.
1.
Wallerstein
Faculty Research Grant from Morehouse College, 1997 - 1998.
2.
Co-principal
Investigator, "The Atlanta Comprehensive Regional Center for
Minorities", subcontract of
$19,855 (first year) to Georgia State University from total grant of
$720,000 (five years) to Clark Atlanta
University, NSF, August 1988.
1.
"On Achieving Channels
in a Bipolar Game", African Americans in the Mathematics, DIMACS
Series in Discrete Mathematics and Theoretical Computer Science, AMS, Volume
34, 1997, pp. 23-27, Nathaniel Dean, editor.
2.
Clark, C., F. Harary and T.
Storer, Ultimately Economical Graphs. Congressus Numerantium, 64 (1988), pp. 81 - 88.
3.
An approach to Graph
Achievement Games: Ultimately
Economical Graphs, Doctoral Thesis, The
University of Michigan, 1984.
4.
MEPO Engineering Learning
Resource Center Tutor Manual, Univ. of Mich.,1984.
5.
Professional-in-Training
Program Report, 1981, ( with A. Monterio, D. Scott and A. Hedjmadi) MEPO, The University of
Michigan, 1982.
Scholarly Service
Refereed “Finite Sums and Products in
Ramsey Theory” (#1517) by Elaine Terry for
African-Americans in Mathematics II , Fall, 1999.
1.
Chair,
Colloquium Committee, 1999-Present.
2.
Member,
Promotion and Tenure Committee, 1997- Present .
3.
Chair, Committee to Enhance Student Success in
Mathematics, 1996 - 1999.
4.
Coordinator,
Precalculus I, 1993-1995, College Algebra, 1995 - 1998.
5.
Honors
Program Committee, 1992 - Present.
6.
Advisor
for Mathematics Majors, 1993 -Present.
7.
Member
of Records Committee, 1995 -1998 .
8.
Chairman,
Library Committee, Morehouse, 1991 - 1992
9.
Member
of the Executive Committee, Colloquium Committee, and Mathematics
Tournament Committee, Georgia State University, 1989
- 1990.
Community Service
1.
Guest
Speaker, National Beta Club Induction Ceremonies, Green Pastures Christian
Ministries, Decatur, Georgia, December 10, 1999. Topic: “Leadership.”
2. Judge for Science Fair, Mays High School,
Jan. 11, 1998.
3. Judge of oral presentations of research in
Math and Computer Science, Spelman
Science Day, March, 1996.
4. Judge for mathematics, NAACP ACT-SO
Competition, Apr. ‘94, and Apr. ‘95.
Professional Organizations
American Mathematical Society
Mathematical Association of America,
National
Collegiate Honors Council
Southern
Regional Honors Council
Member of Alpha Phi Alpha
Fraternity
Member, Morehouse College National
Alumni Association
August, 2000
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