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BA |
Philosophy |
Indiana University |
Bloomington |
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MA |
Philosophy |
University of North Carolina |
Chapel Hill |
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MAT |
Mathematics |
University of North Carolina |
Chapel Hill |
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Ph.D. |
Mathematics Education |
University of North Carolina |
Chapel Hill |
Understanding the complexity of the mathematics learning environment, including understanding the dynamic relationships in the classroom, how children learn mathematics, and teacher change.
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Intermediate and Middle School Mathematics Methods, 4-8 |
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Fundamental Concepts and Methods of Teaching Mathematics,
7-12 |
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Graduate Courses
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Theory and Research in Mathematics
Education |
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Theoretical Issues in Instructional Leadership & Academic Curriculum (ILAC 6023) |
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History of Mathematics for Educators |
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Systems Theory and Learning Organizations (EDMA 6163) |
Summer 2000- Syllabus |
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Systems Theory and Learning Organizations (EDMA 6163) |
Spring 2001- Syllabus |
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Systems Theory and Learning Organizations (EDMA 6163) |
Summer 2002 - Syllabus |
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Middle School and Secondary Mathematics Curriculum: Theory
and Research |
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The Use of Technology in the Teaching of Mathematics (EDMA 5973) |
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Technology and Classroom Instruction (ILAC 5960) |
Syllabus |
Books:
Ø Fleener, M.J. (2002). Curriculum dynamics: Recreating heart. New York: Peter Lang.
Articles:
Ø Fleener, M.J., Reeder, S., Young, E. & Reynolds, A. (in press). Unfolding Mathematical Experience through On-going study of the history of mathematics. Action in Teacher Education.
Ø Fleener,
M.J. & Reeder, S. (in press). Teaching etcetera. In M. Evans & G. Allan
(Eds.), The New Three R’s of Education.
Ø Fleener, M.J., Adolphson, K., Reeder, S. (2002). Robotics activities and constructed problem solving: Creating spaces for learning/doing. PME.
Ø Carter, A. & Fleener, M.J. (2002). Exploring the teacher’s role in developing autonomy. PME-NA.
Ø Fleener,
M. J. & Dupree, G. D. (2002).
Autobiosophy through Gynocritical Inquiry: Exploring Women’s Ideas about
Mathematics, Power, and Community. Journal of Curriculum Theorizing.
Ø Fleener, M.J. (2002). Logical Foundations for an Organocentric Curriculum: Dewey’s Logic and Complexity Sciences. In W. Doll & N. Gough, (Eds.), Curriculum Visions. Peter Lang Publishers
Ø Fleener, M.J. (2001). Educational Standards and High Stakes Testing: Changing Ways of See-As. Process Papers, 6 (December, 2001), pp. 19-37. Association for Process Philosophy of Education.
Ø Fleener, M.J. (2001). The Language Games of Science and Philosophy: Bridges Rather than Anchors A Response to Science Education: Constructing a True View of the Real World? In Stone, L. (Ed.), Philosophy of Education 2000, Urbana-Champaign, IL: PES, 378-382.
Ø Fleener, M.J. (1999). Toward a poststructural mathematics curriculum: Expanding discursive possibilities, Journal of Curriculum Theorizing, 15(2), pp. 89-105.
Ø Fleener, M. J. & Rodgers, D. B. (1999).A Systems Theoretic Approach to Understanding Transformation in Learning Communities. Journal of Thought.
Ø Pourdavood, R. G. & Fleener, M. J. (1998).The Ecology of a Dialogic Community as a Socially Constructive Process.Teaching Education.
Ø Fleener, M. J. & Fry, P. G. (1998).Adaptive Teacher Beliefs for Continued Professional Growth During Postmodern Transitions.In D. J. McIntyre & D.M. Byrd (Eds.),Strategies for Career-Long Teacher Education: Teacher Education Yearbook VI, pp. 154-167, Thousands Oaks, CA: Corwin Press.
Ø Fry, P. G. & Fleener, M. J. (1997).An analysis of teacher-class interaction metaphors.The Journal of Classroom Interaction, 32(1), 30-35..
Ø Pourdavood, R. G. & Fleener, M. J.(1997).Impact of a Dialogic Community on the Development of Classroom Sociocultural Norms. Journal for a Just and Caring Education 3(4), 399-417.
Ø Fleener, M. J., Donaldson, G. D., & Craven, L. D. (1997).Exploring and changing visions of mathematics teaching and learning: What do students think?Mathematics Teaching in the Middle School, 9(1), 40-43.
Ø Pourdavood, R. G. & Fleener, M. J. (1997).Evolution of a Dialogic Community and Teacher Change.The School Community Journal, 7(1), pp. 51-61.
Ø Pourdavood,
R. G. & Fleener, M. J. (1997).Sustaining Cultures of Teaching for
Liberatory Mathematics Education.Psychology of Mathematics Education - North
American Chapter.
Ø Fleener, M.J., Reynolds, A., Reeder, S., Cassel, D., Adolphson, K. (2003, March). Emergent curriculum: Classroom cultures, argumentation, and technology. Annual Meeting of the Research Council for Mathematics Learning, Arizona State University.
Ø Fleener, M.J., Flournoy, V., Clift, K., Reynolds, A., Olson, J. (2003, March). What is mathematics? Annual Meeting of the Research Council for Mathematics Learning, Arizona State University.
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Ø Fleener, M.J., Adolphson, K., Reeder, S. (2002). Robotics activities and constructed problem solving: Creating spaces for learning/doing. PME.
Ø Carter, A. & Fleener, M.J. (2002). Exploring the teacher’s role in developing autonomy. PME-NA.
Ø Fleener, M. J. (2002, March). Vico’s New Science and the pedagogy of myth: Poetic logic and the curriculum. Paper presentation for the first annual meeting of the American Association for the Advancement of Curriculum Studies
Ø Fleener, M.J. (2001, November). Keynote presentations to the Luhmann Society, Copenhagen, Denmark.
o
Chaos and Complexity – Session I
o
Chaos and the Curriculum – Session II
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New Science and Postmodern Logics – Session III
Ø Fleener, M.J. (2001, October). Curriculum dynamics and postmodern logics: An ‘Erwartungshorizonten’ of emergent curriculum. 2001 Journal of Curriculum Theory Conference on Curriculum Theory and Classroom Practice, October 26-28, Dayton, Ohio.
Ø Fleener, M.J. & Carter, A. (2001, October). Emerging socio-autonomy in the language games of classrooms. 2001 Journal of Curriculum Theory Conference on Curriculum Theory and Classroom Practice, October 26-28, Dayton, Ohio.
Ø Fleener, M.J. (2001, August). Is Chaos Research Normal Science?: Logical Foundations of Postmodern Inquiry. 11th Annual International Conference for the Society for Chaos Theory in Psychology and Life Sciences. August 3-6, Madison, WI.
Ø Fleener, M.J., Ingram, A, Brown, C. (2001, March). The challenges of collaboration: GEAR UP partnerships cutting across institutional and organizational barriers. American Association of Colleges of Teacher Education Annual Meeting, Dallas, TX, March 1-4.
Ø Fleener,
M.J., Reeder, S., Young, E., & Reynolds, A. (2001, March). History
of mathematics: Building relationships for learning. Research Council for Mathematics
Learning Annual Meeting, Las Vegas, NV.
Ø Fleener, M.J. (2000, April). Research Paradigms for Chaos and Complexity.AERA, New Orleans, April 24-28.
Ø Fleener, M.J. (2000, April). Dewey’s Logic and Social Autopoiesis: Creative Forces for/of Social (R)evolution.AERA, New Orleans, April 24-28.
Ø Fleener, M.J. (2000, April).Creativity, Emergence and Transactional Spaces: An Organocentric Curriculum for Supporting Chaotic Cognition.The Second International Conference on the Internationalization of Curriculum Studies, Baton Rouge, LA, April 28-30.
Ø Fleener, M. J. (2000, April).From Clocks to Chaos: Changing Perceptions of Nature.Presentation accepted to the 78th Annual Meeting of the NCTM, Chicago, IL, April 13-15.
Ø Fleener, M.J. (2000, March).The Organocentric Curriculum: Learning and Assessment in Dynamic Learning Communities.Presentation at the Annual Meeting of the Research Council for Mathematics Learning, Las Vegas, NV, March 9-11.
Ø Fleener, M.J. (1999, October). Dewey’s Logic, Complexity Theories, and the Curriculum: The Intricacies of Relationship, Process, and Change.Paper for the Annual Meeting of the 1999 JCT Conference on Curriculum Theory and Classroom Practice, Bergamo Conference Center, Dayton, Ohio, October 27-30, 1999.
Ø Fleener, M.J. (1999, March).Chaos and complex adaptive systems: An organocentric perspective of the curriculum.Curriculum Theory Project Preconference Session of the Philosophy of Education Society (PES), LSU.
Ø Fleener, M.J. (1999, February).Returning to origins – Dia-Among-Gnosis-Understanding: Diagnosing classrooms as complex learning systems.The 26th Annual Meeting of the Research Council of Mathematics Learning (formerly RCDPM), February 11-13, College Station, Tx.
Ø Fleener, M.J. (1998, October).A Poststructural Approach to Understanding and Reconstructing School Mathematics,Journal of Curriculum Theory Conference (Bergamo), Bloomington, IN.
Ø Fleener, M. J. (1998, February). Learners As Complex Adaptive Agents: Implications for Mathematics Education Research in the Future, Research Council for Diagnostic and Prescriptive Mathematics, College Park, Maryland.
Ø Fleener, M. J. & Brintnall, S.(1998, February). Using Time Series Analyses to Understand the Complexity of the Classroom With Regard to Mathematics Instruction, Sociocultural Norms, and Sociomathematical Norms. Research Council for Diagnostic and Prescriptive Mathematics, College Park, Maryland. (under review)
Ø Pourdavood, R. G. & Fleener, M. J. (1997, October).Sustaining Cultures of Teaching for Liberatory Mathematics Education.Psychology of Mathematics Education - North American Chapter, Bloomington/Normal, IL, October 18-20, 1997..
Ø Fleener, M. J. (1997, October).G. H. Mead’s Action Theory and Maturana’s Systems Theory:Constructivism as a Philosophy to Inform and Create Learning Environments.JCT Conference on Curriculum Theory and Classroom Practice, Bloomington, IN, October 15-18, 1997.
Ø Fleener, M. J. & Laird, S. (1997, October).An Eco-Feminist Dialogue:Re-Valuation of the Epistemological Foundations of Mathematics and Education. JCT Conference on Curriculum Theory and Classroom Practice, Bloomington, IN, October 15-18, 1997.
Ø Fleener, M. J. (1997, April).From Zeno to Mandelbrot:Activities from the history of mathematics.Presentation to the 75th Annual Meeting of the National Council of Teachers of Mathematics, Minneapolis, MN.
Ø Fleener, M. J. & Pourdavood, R. G. (1997, March).School Reform:Establishing dialogic communities as self-organizing structures for reflection, critique, and change.Paper presentation to the American Educational Research Association, Chicago, IL.
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ÍNational Council of Teachers of
Mathematics (NCTM)
ÍInternational Society for
Technology in Education (ISTE)
ÍResearch Council for Mathematics Learning
(RCML – Formerly RCDPM)
ÍAssociation of Mathematics
Teacher Educators (AMTE)
ÍMathematics Association of
America (MAA)
ÍAmerican Educational Research
Association (AERA)
ÍRocky Mountain Research
Association (RMERA)
ÍAssociation for Supervision and
Curriculum (ASCD)
ÍPhilosophy of
Education Society (PES)
ÍAssociation for
Process Philosophy in Education
ÍAssociation for the Advancement
of Computing in Education (AACE)
ÍNational Center for Educational
Statistics
ÍOklahoma State Department of
Education
ÍOklahoma State Regents
for Higher Education
ÍOklahoma Commission on Teacher
Preparation
ÍOklahoma
Competencies for Teacher Preparation
ÍJournal of the
Encyclopedia of the Philosophy of Education
ÍEducation Journal
Annotations
ÍOklahoma School of Science and
Mathematics (OSSM)
ÍUniversity of Georgia
Learning and Support Lab
ÍInteractive Multimedia
Learning Laboratory
ÍExplorer Educational
Resources
ÍMerlot Technology
Site of Educational Resources
ÍEngineering Mathematics Education
for Teachers (EMET)
ÍWuerzburg
(Germany) Elementary School
Íhttp://www.wtvi.com/teks/default.htm
Íhttp://www.ala.org/ICONN/kidscom.html
ÍSociety for Chaos Theory in Psychology and Life Sciences
Í International Society for the Systems Sciences Homepage(ISSS)
Í ASCD Systems Thinking, Chaos Theory Network (STCT)
Í MIT System Dynamics in
Education Project (SDEP)
Í NECSI - New England Complex
Systems Institute
Mathematics Links
ÍHistory
of Mathematics Archive
ÍConnected
Mathematics Project
ÍK-12 Mathematics Curriculum
Center
ÍCornell
Mathematics and Science Gateway
ÍNational Center for
Supercomputing Applications
ÍCalculus and
Mathematica Page
ÍWorld of
Undergrad Math Ed Student Web Pages