Joan Ferrini-Mundy
National Science Foundation
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Featured researches published by Joan Ferrini-Mundy.
Science | 2013
Joan Ferrini-Mundy
Evidence is growing on benefits, and approaches, to increase diversity in the science and engineering workforce. Diversity of perspectives, ideas, and priorities comes from varied backgrounds, experiences, and cultures, and can help shape science and engineering. As science increasingly is done in teams, collaborations bring diversity to research. Diverse experiences and interactions can support cognitive growth and critical thinking (1), can benefit problem-solving (2), and are priorities among STEM (science, technology, engineering, and math) businesses for global competition (3).
Educational Assessment | 2015
Mark D. Reckase; Raven McCrory; Robert E. Floden; Joan Ferrini-Mundy; Sharon L. Senk
Numerous researchers have suggested that there are multiple mathematical knowledge and skill areas needed by teachers in order for them to be effective teachers of mathematics: knowledge of the mathematics that are the goals of instruction, advanced mathematics beyond the instructional material, and mathematical knowledge that is specific to what is needed to teach students. The research reported here is about the development of a test of teachers’ knowledge in these three areas related to the teaching of algebra. The test development process is described and the results of several analyses are reported that had the goal of checking whether valid inferences can be made about the hypothesized components of teacher knowledge.
Archive | 2017
Joan Ferrini-Mundy; Marcelo C. Borba; Fumi Ginshima; Manfred Prenzel; Thierry Zomahoun
Mathematics education is an essential pathway for economic security and technological advancement at the national, community, and individual levels. There is world-wide impetus for innovation and improvement of mathematics curriculum and pedagogical practices that meet local and practical needs. Input from practitioners is essential for policy makers and research funding organizations to navigate the path forward. As a major international conference for international mathematics education, ICME13 is an excellent venue to engage educators with national and regional policymakers. We will explore the following global issue:
Journal for Research in Mathematics Education | 1987
Joan Ferrini-Mundy
Journal for Research in Mathematics Education | 1992
Joan Ferrini-Mundy; Marie Gaudard
Journal for Research in Mathematics Education | 2012
Raven McCrory; Robert E. Floden; Joan Ferrini-Mundy; Mark D. Reckase; Sharon L. Senk
Archive | 1997
Joan Ferrini-Mundy; Tom Schram
Archive | 2000
Joan Ferrini-Mundy
Archive | 1998
Joan Ferrini-Mundy; Karen Graham; Loren Johnson; Geoffrey Mills
New Directions for Teaching and Learning | 2009
Joan Ferrini-Mundy; Beste Güçler