Joan Ferrini-Mundy

Joan Ferrini-Mundy. An American academic and administrator renowned for her leadership in STEM education policy and research in mathematics education. She has held prominent roles at major research institutions and federal agencies, shaping national initiatives to improve science and mathematics learning. Her career spans significant contributions to cognitive science research on mathematical understanding and high-level administrative leadership in higher education.

Early life and education

She completed her undergraduate studies at the University of New Hampshire, earning a degree in mathematics. She then pursued graduate work at the University of Massachusetts Amherst, where she was influenced by scholars in the emerging field of cognitive psychology. Her doctoral dissertation focused on the cognitive processes involved in understanding calculus, bridging disciplines of mathematics and psychology. This foundational work at University of Massachusetts Amherst set the stage for her subsequent research career investigating how students learn complex mathematical concepts.

Academic career

Her academic career began with a faculty position in the Department of Mathematics at the University of New Hampshire. She later joined Michigan State University, holding a joint appointment between the College of Education and the Department of Mathematics. At Michigan State University, she contributed to the Connected Mathematics Project, a nationally influential middle school mathematics curriculum. She ascended to administrative roles, eventually serving as the University of New Hampshire's Vice President for Research and Director of the University of New Hampshire's Carsey Institute. Her administrative work often focused on fostering interdisciplinary research, particularly between STEM fields and the social sciences.

Leadership in STEM education

She served in a pivotal leadership role at the National Science Foundation as the head of the Directorate for Education and Human Resources. In this capacity, she oversaw major federal investments in programs like Robert Noyce Teacher Scholarship Program and Advanced Technological Education. Following her tenure at the National Science Foundation, she was appointed as the first Chief Research Officer at ACT, focusing on educational assessment and policy. In 2018, she assumed the presidency of the University of Maine at Presque Isle, later becoming the President of the University of Maine at Orono and Vice Chancellor for Research and Innovation for the University of Maine System.

Research and publications

Her scholarly research is centered on the learning and teaching of calculus and the application of cognitive science to mathematics education. She has published extensively in journals such as the Journal for Research in Mathematics Education and Educational Studies in Mathematics. A significant body of her work examines the conceptual hurdles students face with foundational ideas in differential calculus and mathematical modeling. She has also co-authored influential reports and chapters on national STEM education policy, contributing to volumes published by the National Academies of Sciences, Engineering, and Medicine.

Awards and honors

She has been recognized as a Fellow of the American Association for the Advancement of Science for her contributions to science and technology policy. She received an honorary doctorate from the University of Maine in acknowledgment of her service to higher education in the state. Her leadership at the National Science Foundation was acknowledged with the agency's Distinguished Service Award. She has also served on numerous national boards and committees, including those for the National Council of Teachers of Mathematics and the Mathematical Sciences Research Institute.

Category:American mathematicians Category:Mathematics educators Category:University and college presidents in the United States Category:National Science Foundation officials