Dr. Ann Rivet, an Associate Professor from Teachers College, Columbia University spoke today as an invited researcher at the UTeach PBI Lecture Series coordinated by Drs. Jill Marshall and Tony Petrosino. Dr. Rivet's presentation was titled "“Project-Based Science: Supporting Student Learning and Fostering Urban School Reform”.
A detailed description of Dr. Rivet's background follows:
Ann Rivet, Associate Professor of Science Education, Teachers College Columbia University
Dr. Ann Rivet is an Assistant Professor of Science Education in the Mathematics, Science and Technology Department at Teachers College Columbia University. The focus of her work is on examining factors that influence change in the teaching and learning of science within urban school systems, and more specifically, in what ways do the respective roles of curriculum materials and professional development provide support to teachers and school organizations in adapting and enacting change in their science programs, particularly in the context of large scale reforms. Dr. Rivet has extensive experience with the development and evaluation of project-based science learning environments. She has participated in several design projects with colleagues from Northwestern University and the University of Michigan, addressing issues of both instructional design and assessment of student learning within inquiry-oriented curriculum contexts. Her prior research looked specifically at the role of contextualizing features of project-based science programs at the middles school level, and how the design of those aspects of the curriculum support the activation of students’ prior knowledge for learning and lead to more robust understandings of the science content. Dr. Rivet also serves as the Earth Science content-area specialist in the Science Education Program at Teachers College with expertise in student understanding and learning within the multi-disciplinary context of the Earth Sciences, specifically in the areas of students’ prior conceptions of earth science phenomena, interpretation and use of representations, and students’ development of understanding of the Earth from a dynamic systems perspective. Her work has been published in several leading journals including the Journal of Research in Science Teaching and the American Educational Research Journal, and she has presented her work at multiple national conferences, including the American Educational Research Association and the International Conference of the Learning Sciences.
Dr. Ann Rivet is an Assistant Professor of Science Education in the Mathematics, Science and Technology Department at Teachers College Columbia University. The focus of her work is on examining factors that influence change in the teaching and learning of science within urban school systems, and more specifically, in what ways do the respective roles of curriculum materials and professional development provide support to teachers and school organizations in adapting and enacting change in their science programs, particularly in the context of large scale reforms. Dr. Rivet has extensive experience with the development and evaluation of project-based science learning environments. She has participated in several design projects with colleagues from Northwestern University and the University of Michigan, addressing issues of both instructional design and assessment of student learning within inquiry-oriented curriculum contexts. Her prior research looked specifically at the role of contextualizing features of project-based science programs at the middles school level, and how the design of those aspects of the curriculum support the activation of students’ prior knowledge for learning and lead to more robust understandings of the science content. Dr. Rivet also serves as the Earth Science content-area specialist in the Science Education Program at Teachers College with expertise in student understanding and learning within the multi-disciplinary context of the Earth Sciences, specifically in the areas of students’ prior conceptions of earth science phenomena, interpretation and use of representations, and students’ development of understanding of the Earth from a dynamic systems perspective. Her work has been published in several leading journals including the Journal of Research in Science Teaching and the American Educational Research Journal, and she has presented her work at multiple national conferences, including the American Educational Research Association and the International Conference of the Learning Sciences.
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