Norman Krumpe
Lecturer

OFFICE ADDRESS: 205L Benton, Miami University, Oxford, OH 45056-1601

OFFICE PHONE: (513) 529-0351

EMAIL ADDRESS: KRUMPENJ@muohio.edu

EDUCATION:

2005 Master of Systems Analysis, Miami University, Oxford, OH, Dec. 2005

1995-1997 Doctoral Work, Indiana University, Bloomington, IN Program: Ph.D. in Curriculum and Instruction Major: Mathematics Education; Minor: Mathematics

1994-97 Master of Education in Mathematics Education, Indiana University of Pennsylvania, Indiana, PA, May 1997

1986-90 Bachelor of Science in Mathematics, Gannon University, Erie, PA, May 1990, magna cum laude

ACADEMIC EXPERIENCE:

Lecturer, Department of Computer Science and Systems Analysis, Miami University, Oxford, Ohio, 2002 - Present.

Visiting Instructor, Miami University, Oxford, Ohio, 2000 - 2002. Teaching responsibilities: Mathematics Content for Elementary Education Majors, Mathematics Content for Middle Childhood Education Majors, Intermediate Algebra, Precalculus, Calculus.

Mathematics Teacher, Oakwood High School, Dayton, Ohio, 1998 - 2000. Teaching responsibilities: Algebra I, Algebra III/Precalculus, Data Analysis, Discrete Mathematics courses (1998 - Present).

Visiting Instructor, Miami University, Oxford, Ohio, 1997 - 1998. Teaching responsibilities: Mathematics Methods for Elementary Education Majors, supervise students during methods-related field experiences (1997 - 2002).

Instructor, Indiana University, Bloomington, Indiana, 1995 - 1997. Teaching responsibilities: Course preparing medical students for entry into program (1997), Microcomputers in Education: An Introduction (1995 - 1997), Mathematics for Elementary Teachers Via Problem Solving (Summer 1996).

Mathematics Teacher, Our Lady's Christian School, Erie, Pennsylvania, 1990 - 1994. Teaching responsibilities: All mathematics, all levels, grades six through eight; moderate/coach MathCounts team, grades seven and eight, sending students to three state competitions in four years.

PUBLICATIONS AND PAPERS:

 Thesis - "A comparison of simulation optimization techniques in solving single-objective, constrained, discrete variable problems." 2005.

"Creating Three-Dimensional Scenes", Mathematics Teacher, Feb 2005. Edited by Hollylynne Stohl and Suzanne Harper.

National Council of Teachers of Mathematics (Annual, Chicago, IL), April 12-15, 2000 "Moving beyond Flatland: Three-Dimensional Activities with and without a Computer."

Teachers Teaching with Technology (International), January, 1999. "Fractals, Iterated Functions, and Complex Numbers."

National Council of Teachers of Mathematics (Midwest Regional), October 16, 1998. "Exploring 3-D Transformational Geometry Using Free Programming Software."

National Council of Teachers of Mathematics (Western Regional), November, 1998. "Exploring 3-D Transformational Geometry Using Free Programming Software."

Galindo, E. with G. Birgisson, J-M. Cenet, N. Krumpe, & M. Lutz. (1997). "The development of students' notions of proof in high school classes using dynamic geometry software/ Proceedings of the Eighteenth Annual Meeting, North American Chapter of the International Group for the Psychology of Mathematics Education, 207-214.

North College Hill School District, October 1, November 19, 1997. Inservices for teachers dealing with changes in the teaching of mathematics in light of the Ohio Proficiency Tests.

Miami University Institute for Educational Renewal, September 27, 1997. Led a session for parents, teachers, and school administrators dealing with how to best use the videos created by the Annenberg/Corporation for Public Broadcasting Math and Science Project to improve education.

National Council of Teachers of Mathematics (National), April 19, 1997. "Building a Professional Community around PBS "Mathline" Videos and E-Mail Talk."

National Council of Teachers of Mathematics (Central Regional), October 31, 1996. "Using the Language of Mathematics to Describe and Explore Real-Life Patterns and Functions."

Pennsylvania Council of Teachers of Mathematics (Annual State Conference), March 23, 1995. "The Beauties, Beasts, and Basics of Fractals."