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CV 10 October 2012
CURRICULUM VITAE (12 October 2012) NAME: FERRARI, Michel WORK ADDRESS: Department of Human Development and Applied Psychology Ontario Institute for Studies in Education University of Toronto 252 Bloor Street West, Room 9-132 Toronto, Ontario, M5S 1V6 Tel: (416) 978-1070 Fax: (416) 926-4713 Email: [email protected] HOME ADDRESS: 102 Glendale Avenue Toronto, ON M6R 2T2 Tel (416) 531-4825 EMAIL: [email protected] BIRTH DATE AND PLACE: 23 June 1959, Montréal CITIZENSHIP: Canadian citizen LANGUAGES: Fluent in English and French; Some German Michel Ferrari, Vita 2 DEGREES Concordia University Western Society & Culture B.A. 1983 Université du Québec à Montréal (UQAM) Psychology B.A (Core courses) 1986 Université du Québec à Montréal (UQAM) Psychology Master's 1989 Université du Québec à Montréal (UQAM) Psychology Doctorate 1994 THESES Ferrari, M (1989). Rôle de l'autorégulation dans la performance motrice d'experts et de novices (The role of self-regulation in expert and novice motor performance). Unpublished master's thesis. Université du Québec à Montréal (UQAM), Montréal. Ferrari, M (1994). L’amélioration de l’autorégulation durant l’apprentissage d’une tâche motrice (Improving self-regulation during motor learning). Unpublished doctoral dissertation. Université du Québec à Montréal (UQAM), Montréal. EXPERIENCE Research Positions Research Assistant at the Laboratory of Human Ethology. (06/88 to 12/88, and 09/ 89 to 12/89, under the supervision of Fred Strayer). Participation in all aspects of a study concerning mother- child socio-affective relations. Tasks included: filming and coding videotaped data; developing a coding scheme to observe cognitive and affective mother-child interactions; statistical analyses; preparing scientific communications. -
Conference Proceedings from the Annual Carnegie Cognition Symposium (10Th, Vail, Colorado, June 2-8, 1974)
DOCUMENT RESUME ED 123 584 CS 002 668 AUTHOR Klahr, David, Ed. TITLE Cognition and Instruction; Conference Proceedings from the Annual Carnegie Cognition Symposium (10th, Vail, Colorado, June 2-8, 1974). INSTITUTION Carnegie-Mellon Univ., Pittsburgh, Pa. Dept. of Psychology. SPONS AGENCY Office of Naval Research, Washington, D.C. Personnel and Training Research Programs Office. PUB DATE May 76 CONTRACT N00014-73-C-04^5 NOTE 356p.; Some parts of text may not reproduce clearly due to smallness of type* ' EDRS PRICE *MF-$0.83 HC-$19.41 Plus Postage. DESCPIPTOES *Cognitive Development; *Cognitive Processes; Comprehension; Conference Reports; Educational Psychology; *Instruction; *Instructional Design; *Learning; Memory; Problem Solving; *Research ABSTRACT This book, containing conference papers and a summary of activities, focuses on the contributions which current research in cognitive psychology can make to the solution of problems in instructional design. The first three parts of the book include sets of research contributions followed by discussions: part one deals with different strategies for instructional research, part two concerns process and structure in learning, and part three concentrates on the processes that underlie the comprehension of verbal instructions. The fourth part contains three Chapters that offer critiques, syntheses, and evaluations of various aspects of the preceding chapters. A list of references and author and subject indexes are included. (JM) *********************************************************************** Documents acquired by ERIC include many informal unpublished * materials not available from other sources. ERIC makes,every effort * * to obtain the best copy available. Nevertheless, items of marginal * * reproducibility are often encountered and this affects the quality * * of the microfiche and hardcopy reproddctions ERIC makes available * * via, the ERIC Document Reproduction Service (EDRS). -
A History of Instructional Design and Technology: Part II: a History of Instructional Design
AAH GRAPHICS, INC. / (540) 933-6210 / FAX 933-6523 / 05-30-2001 / 10:39 A History of Instructional Design and Technology: Part II: A History of Instructional Design Robert A. Reiser This is the second of a two-part article that In Part I of this article, I presented the follow- discusses the history of the field of ing definition of the field of instructional design instructional design and technology in the and technology: United States. The first part, which focused on the history of instructional media, appeared in The field of instructional design and technology the previous issue of this journal (volume 49, encompasses the analysis of learning and performance number 1). This part of the article focuses on problems, and the design, development, implementa- the history of instructional design. Starting tion, evaluation and management of instructional and with a description of the efforts to develop noninstructional processes and resources intended to improve learning and performance in a variety of set- training programs during World War II, and tings, particularly educational institutions and the continuing on through the publication of some workplace. Professionals in the field of instructional of the first instructional design models in the design and technology often use systematic instruc- 1960s and 1970s, major events in the tional design procedures and employ a variety of development of the instructional design instructional media to accomplish their goals. More- over, in recent years, they have paid increasing atten- process are described. Factors that have tion to noninstructional solutions to some performance affected the field of instructional design over problems. -
Stanfordeducator Education Alumni Summer 2012 Newsletter
Stanford University School of StanfordEducator Education Alumni Summer 2012 Newsletter Welcoming Our New Dean An Interview with Claude Steele Steve Castillo By Amy Yuen and Mindy Hollar laude Steele stepped into his new role as the I. James Quillen Dean for Stanford University School of Education on September 1, 2011. Steele, who served as the twenty-first provost of Columbia University, is Ca preeminent social psychologist. Prior to assuming the position of chief academic officer at Columbia, he was a member of the Stanford psychology faculty from 1991 to 2009. On The Farm, he held appointments as the Lucie Stern Professor in the Social A Return to the Farm: Claude Steele at the Cubberley Library. Sciences, chair of the Psychology Department, director of the Center for Comparative Studies in Race and Ethnicity, and director of the Center for Advanced Study in the Behavioral Sciences. His research focuses on the psychological experience of the individual, Table of Contents and particularly, on the experience of threats to the self and Inside Page the consequences of those threats. His book, Whistling Vivaldi: Welcoming Our New Dean 1 How Stereotypes Affect Us and What We Can Do, examines his 2 theory of stereotype threat, which has been the focus of much of School of Education Launches Lemann Center his research for the past 20 years. Steele earned his doctorate in End of the American Dream? 3 psychology from Ohio State University, and has received honorary School Reform Gets Real World 5 degrees from the University of Michigan, the University of Chicago, “Learning to Be Jewish” 8 Yale University, Princeton University, and the Faculty News 11 University of Maryland, Baltimore County. -
293145618.Pdf
Leaders in Educational Research LEADERS IN EDUCATIONAL STUDIES Volume 7 Series Editor: Leonard J. Waks Temple University, Philadelphia, USA Scope: The aim of the Leaders in Educational Studies Series is to document the rise of scholarship and university teaching in educational studies in the years after 1960. This half-century has been a period of astonishing growth and accomplishment. The volumes in the series document this development of educational studies as seen through the eyes of its leading practitioners. A few words about the build up to this period are in order. Before the mid-twentieth century school teaching, especially at the primary level, was as much a trade as a profession. Schoolteachers were trained primarily in normal schools or teachers colleges, only rarely in universities. But in the 1940s American normal schools were converted into teachers colleges, and in the 1960s these were converted into state universities. At the same time school teaching was being transformed into an all-graduate profession in both the United Kingdom and Canada. For the first time, school teachers required a proper university education. Something had to be done, then, about what was widely regarded as the deplorable state of educational scholarship. James Conant, in his final years as president at Harvard in the early 1950s, envisioned a new kind of university-based school of education, drawing scholars from mainstream academic disciplines such as history, sociology psychology and philosophy, to teach prospective teachers, conduct educational research, and train future educational scholars. One of the first two professors hired to fulfil this vision was Israel Scheffler, a young philosopher of science and language who had earned a Ph.D. -
Introduction to Summit Learning
-~ -~ -~ ThE ReSeArCh tHaT SUPPOrTS SUMMit LeArNiNg Summit Learning was developed by Summit Public Schools over the course of 15 years, in partnership with nationally acclaimed learning f!~ PERTS • BEFUTURE - READY scientists, researchers, and academics. 00 LEARNING POLICY III !~..~! 1I~}:~ Center for Education PolicyResearch NAT I O NAL EQUITY HARVARD UNIVERSITY :fJ.. .-P R O J EC T ' MINDSET Yale SCHOLARS S<;.Q~t~ NETWORK Op portunity Policy in Educat ion Centerfor Emotio11c1I lntclligmcc Dig into the research with the BUCK IKSTITUTE FOR EDUCATION ••a ~l m".UMSRI Education ~ Science of Summit white paper: I mREDESIGN UCHICAGO Consortium Making Education Marr Relevant on School Research summitleaming.org/research ': ' DESiGninG FOr STUDENT SUCCESS STUDENT SUMMIT LEARNING SCHOOL OUTCOMES COMPONENTS DESIGN Mentoring Projects - --- -- -- Self-Direction The student experience is defined by specific design choices that help students achieve three key outcomes. -~ -~ Students demonstrate proficiency in the following three outcomes • ~,e I Essential and Understanding and Mindsets and behaviors transferable application of complex, that support academic lifelong skills challenging facts and achievement and concepts well-being ., ThE coMrOnEnTS OF SUMW\It LeArNiNg • Mentoring elf-Di e tio Students meet 1:1 with a Students are guided through a dedicated mentor who knows learning cycle that develops them deeply and supports them self-direction by teaching them how in setting and achieving their to set goals, make plans, short- and long-term goals. Projects demonstrate their skills and Students apply their acquired knowledge, and reflect. knowledge, skills and habits to projects that prepare them for the real-world scenarios they'll encounter in life after school. -
Bassok, Miriam Learning from Examples Via Self-Explanations
DOCUMENT RESUME ED 296 879 SE 049 405 AUTHOR Chi, Michelene T. H.; Bassok, Miriam TITLE Learning from Examples via Self-Explanations. Technical Report No. 11. INSTITUTION Pittsburgh Univ., ra. Learning Research and Development Center. SPONS AGENCY Office of Naval Research, Arlington, Va. Personnel and Training Research Programs Office. PUB DATE 13 Jul 88 CONTRACT N00014-84-K-0542 NOTE 56p.; Drawings may not reproduce well. PUB TYPE Reports Research/Technical (143) EDRS PRICE MF°1/PC03 Plus Postage. DESCRIPTORS *Cognitive Style; *Concept Formation; Educational Research; *Learning Strategies; Logical Thinking; *Mechanics (Physics); *Problem Solving; Schemata (Cognition); Science Education; Secondary Education; Secondary School Science ABSTRACT One approach to the study of problem solving is to observe how people with different skills (novices and experts) solve problems by collecting and analyzing protocols and formulating models to obtain solution processes. Individual differences are subsequently explained by the differences in the knowledge possessed, as embodied by the sets of production rules or programs. The intention of the models was to derive the knowledge of the skilled solver from the knowledge of the unskilled solver. Inferences about the transition have not been straightforward. An alternative approach is to determine what students acquire from studying, to represent the knowledge underlying the generation of the solution procedures for the skilled and less skilled students. This paper summarizes a stuciy of: (1) how students learn to solve simple mechanics problems; (2) what is learned when they study worked-out examples in the text; and (3) how they use what has been learned from the examples while solving problems. -
Establishing Foundations for Research on Number Sense Judith
DOCUMENT RESUME ED 317 413 SE 051 328 AUTHOR Sowdev, Judith T., Ed.; Schappelle, Bonnie P., Ed. TITLE Establishing Foundations for Research on Number Sense and Related Topics: Report of a Conference (San Diego, California, February 16-17, 1989). SPONS AGENCY National Science Foundation, Washington, D.C. PUB DATE Aug 89 GRANT MDR-8751373 NOTE 107p. AVAILABLE FROMJudith Sowder, Center for Research in Mathematics and Science Education, College of Science, San Diego State University, San Diego, CA 92182-0315 (free while supply lasts). PUB TYPE Collected Works - Conference Proceedings (021) EDRS PRICE MF01 Plus Postage. PC Not Available from EDRS. DESCRIPTORS *Cognitive Processes; Cognitive Psychology; *Computation; *Estimation (Mathematics); *Mathematical Concepts; Mathematical Logic; Mathematics Education; *Number Concepts; *Numbers; Number Systems IDENTIFIERS *Mathematics Education Research ABSTRACT Research on computational estimation and mental computation has received a considerable amount of attention from mathematics educators during the past decade. These proceedings resulted from a meeting to explore dimensions of number sense and its related fields. The participants came from three groups: mathematics educators actively pursuing research on the topic; cognitve psychologists; and other mathematics educators who have adapted methods and models from psychology. The conference was unusual in that no formal papers were presented; instead, each participant submitted suggestions for preconference reading which was to serve as background for 2 days of discussion. The discussions were focused by the following questions: (1) What is number sense? How do we assess and teach it? How is it linked to mental computation and computational estimation?;(2) What research questions regarding these issues need to be addressed? What are the theoretical foundations for this research?; and (3) What do you want to see accomplished at the conference? Part I of the proceedings consists mainly of transcripts of the responses to three questions. -
Lauren B. Resnick Learning Research and Development Center University of Pittsburgh Pittsburgh, PA 15260 4126247485
Lauren B. Resnick Learning Research and Development Center University of Pittsburgh Pittsburgh, PA 15260 4126247485 Education A.B., History (magna cum laude, Radcliffe History Prize): Radcliffe College, 1957 A.M., Teaching: Harvard Graduate School of Education, 1958 Ed.D., Research in Instruction: Harvard Graduate School of Education, 1962 Professional Appointments University of Pittsburgh: University Professor, Psychology /Cognitive Science 2006present Learning Research and Development Center, University of Pittsburgh 1972present Director, 1977present; Associate Director, 197377; Director of Research and Development, 197273; Research Associate, 196672 Institute for Learning, LRDC, University of Pittsburgh: Founder and Director 1995present Department of Psychology, University of Pittsburgh 1966present Professor, 19772006; Associate Professor, 197177; Assistant Professor, 196671 Achieve, Inc.: Senior Associate, 1999present Center for Philosophy of Science, University of Pittsburgh: Resident Fellow 1989present School of Education, University of Pittsburgh 19662005 Professor, 19772005; Associate Professor, 197177; Assistant Professor, 196671 New Standards, CoFounder and CoDirector 19901999 National Center on Education and the Economy, Senior Fellow 19961999 Basic Systems, Inc.: Senior Scientist and Staff Consultant 19631966 City University of New York, Office of Research and Evaluation, Division of Teacher Education: Lecturer 19621963 Harvard University Committee on Programmed Instruction and Laboratory for Research -
Learning Theories Primer
A Primer on Learning Theories Shayan Doroudi School of Education University of California, Irvine [email protected] What does it mean to learn? How does learning happen? How do we know when someone has learned something? And how do we use these insights to help people learn better–by improving teaching practices or creating technologies that help people learn? While many people, including philosophers and lay people, have pondered on these questions for centuries, they became more prominent with the advent of psychology, a field that can give us scientific insights into how people learn. A variety of learning theories have been proposed from the late nineteenth century (when the field of experimental psychology first formed) to the present day. A learning theory tries to explain how people learn, usually based on an accumulation of scientific evidence. (Technically, we could also develop theories about how animals or machines learn as well, and indeed these informed certain learning theories, as we discuss below.) Scientific experiments that study learning usually give us insights on how someone learns a specific thing in a specific time and place (e.g., how does a student learn when solving math problems in a classroom, or how does a person learn when given a puzzle to solve in a lab?). In reality, learning is a rich and complex phenomenon, and most, if not all, scientists would agree that there is no single kind of learning that can describe all the ways all people learn in all situations. Thus, in practice, what are often called learning theories are really worldviews for how to think about learning. -
Stanfordeducator Education Alumni Spring 2009 Newsletter
Stanford University School of StanfordEducator Education Alumni Spring 2009 Newsletter Teaching for the World School of Education Welcomes Education Faculty Share Their Expertise New Faculty Members Across Borders By Amy Yuen By Marguerite Rigoglioso This academic year, Stanford University School round the world, economic globalization is pushing education of Education brought seven new faculty members issues to the forefront. The need to tackle concerns so familiar on board, the largest group of professors to join A to U.S. educators—including literacy, multiculturalism, student the School at one time. Four professors, profiled learning and assessment, and teacher training—has become all the more here, joined the School last fall. Three more, acute in developing countries that face pressures to build a globally com- Paulo Blikstein, Jonathan Osborne, and Mitchell petitive workforce but lack the expertise to do so. As longtime Education Stevens, joined this January and will be profiled Professor Francisco Ramirez says, “Globalization has made it much harder in the next issue. for any country to imagine that it could be completely self-contained.” continued on page 3 Given Stanford’s own thrust toward addressing international issues in recent years, Ramirez observes that the School of Education’s International Comparative Education program has moved from being a “dessert” on the Table of Contents academic menu to one of the main courses. Not only are more School of Inside Page Education faculty examining educational challenges in an international con- text, but a growing number of countries—from Malaysia to South Africa to Teaching for the World 1 Bhutan—are calling upon faculty members to provide counsel in such areas School of Education Welcomes New Faculty Members 1 as higher education management, teacher professional development, and Faculty Votes for “Open Access” 2 economic development. -
Philosophy of Science and to Transform These Spotlights in Time Inspire Our Future Success and Development
Table of Contents Overview of the First 40 Years ... 00 • • 00 •••• 00 •• 00 •• 00 00. 2 Annual Lecture Series, 1960-2002 ..................... 6 Visiting Fellows and Scholars Program ........... 14 Lunchtime Colloquium .................................... 17 Conferences and Workshops .. ... .... ................... 18 Public Lecture Series ........................................ 26 Advisory Board .......... .. .... .. .. ............... :... ........ 00 26 Resident Fellows and Associates .. ............... .. ... 27 Center Publications ... ............... .. .. .. .... ... ... ........ 2 8 Archives of Scientific Philosophy in the 20th Century .............................. ............ 30 Major Funding Sources ... ................................. 31 CENTER CHRONOLOGY • In 2001-2002, the Center for Philosophy of Scie nce celebrates 40 years of in· 9/1/60 Acaaemic Vice CHancellor Ctiarles• H. Peak:e appoints Aaolf Grun- novation and accomplishment. The timeline included here highlights many baum as Andrew Mellon Professor of Philosophy with a twin mandate to of the Center's remarkable achievements and most memorable moments. establish a first-class center for philosophy of science and to transform These spotlights in time inspire our future success and development. the Department of Philosof:!hy into a leading department in the country. Andrew Mellon chair in philosophy to an unusually promis rated sixd1 in one category and eighth d1e main foci of Griinbaum's administra ing young scholar, someone so young that the age d1reshold in a second. In a confidential report tion. He relinquished his adnlinistrative of forty years for the Mellon Professorships had to be waived prepared in August 1965 for the Pitt appointment as Center Director in 1978 in order to secure Griinbaum for the chair. Perhaps no ap University Study Committee, Philosophy when he became its first chairman, a posi pointment at any university has returned greater dividends was among three departments identi- tion he continues to hold.