Theme Numeracy, Scientific Reasoning and Inquiry.

Slides:



Advertisements
Similar presentations
Problem- Based Learning in STEM Disciplines Saturday, November 10, 2007 JHU/MSU STEM Initiative.
Advertisements

Title I Directors Conference Sept 2007 Carol Diedrichsen Gwen Pollock Surveys of the Enacted Curriculum for English.
LESSON-DESIGN ELEMENTS THAT REFLECT THE COLLEGE-AND CAREER- READY STANDARDS FOR MATHEMATICS AND THE STANDARDS FOR MATHEMATICAL PRACTICE. CCRS IMPLEMENTATION.
NATIONAL RESEARCH COUNCIL Center for Education Committee on Science and Mathematics Teacher Preparation Herbert Brunkhorst California State University.
TWS Aid for Supervisors & Mentor Teachers Background on the TWS.
Workshop: Translating graduate attributes into classroom learning A/Prof Simon Barrie Institute for Teaching and Learning Hong Kong Institute of Education.
Queen Anne’s County: New Teacher Portfolio Prepared by: Hired: August, 2006.
Pre-service Teacher Training Programs: Outcomes of Recent Reforms and New Trends towards Effective Professional Training.
Southeastern Louisiana University College of Education & Human Development Conceptual Framework: Setting the Standard for Excellence through Best Practice.
SUNY Cortland Conceptual Framework … our shared vision for preparing candidates to work in P-12 schools.
Teaching & Learning Goals Dr. Mok, Y.F.. Conceptions of Teaching Instrumental Knowledge is external Teachers own learning tasks Instruct, transfer knowledge.
NCTM’s Focus in High School Mathematics: Reasoning and Sense Making.
Good teaching, good teachers and comparative analysis Fernando Reimers.
DED 101 Educational Psychology, Guidance And Counseling
Unit Assessment Plan Weber State University’s Teacher Preparation Program.
Implementing an Explicit Approach to Teaching About the Nature of Science Inquiry E. Brunsell, University of Wisconsin Oshkosh, Department of Curriculum.
Research-based educational development Professor Sari Lindblom-Ylänne University of Helsinki Finland.
Étude des facteurs aptes à influencer la réussite et la rétention dans les programmes de sciences aux cégeps anglophones. November 2003 Steven Rosenfield.
Theme Numeracy, Scientific Reasoning and Inquiry.
Pragmatism in Education
CENTER FOR THE INTEGRATION OF RESEARCH, TEACHING, AND LEARNING A national network of 25 research universities committed to using graduate education to.
Seeing the Destination So We Can Direct Others to It
1 MSP-Motivation Assessment Program (MSP-MAP) Tools for the Evaluation of Motivation-Related Outcomes of Math and Science Instruction Martin Maehr
Meeting SB 290 District Evaluation Requirements
Interstate New Teacher Assessment and Support Consortium (INTASC)
Louisiana Math & Science Teacher Institute (LaMSTI) Overview of External Evaluation and Development of Self-Report Measures of Instructional Leadership.
Contributions of Contextual Teaching to Improved Student Learning Richard L. Lynch, PI University of Georgia (706)
Conceptual Framework for the College of Education Created by: Dr. Joe P. Brasher.
Staff Development and the Change Process
Learning within Teaching What professors can learn about their students and themselves as teachers when they innovate in their teaching ANABELLA MARTINEZ,
Connecting Teachers Can there be models of effective practice for teachers with ICT? Chair: Christine Vincent, Becta Presenter: Margaret Cox King’s College.
TEACHERS’ KNOWLEDGE AND PEDAGOGICAL CONTENT KNOWLEDGE
LIVE INTERACTIVE YOUR DESKTOP 1 Start recording—title slide—1 of 3 Introducing the Next Generation Science Standards Originally presented by:
“The great end of education is to discipline rather than furnish the mind; to train it to the use of its own powers, rather than fill it with the accumulation.
Plenary Session 7: Technologies and Principles of Learning in Support of Teaching Delwyn L. Harnisch University of Nebraska, Lincoln.
Chris DeWald Science Instructional Coordinator Montana Office of Public Instruction.
DIDACTICTS IS THE ART AND SCIENCE OF TEACHING  The word is derived from the greek: didaskein (to teach) tekne (art)  The concept is both a science.
NOVA Evaluation Report Presented by: Dr. Dennis Sunal.
Didactic Pedagogical Conditions Of Barriers Overcoming In The Process Of Teachers’ And Students’ Educational Co-operation -to find out the essence of the.
National Study of Education in Undergraduate Science: – What Was Learned Dennis Sunal, Cynthia Szymanski Sunal, Erika Steele, Donna Turner The.
A COLLABORATION AMONG: CU-College of Health, Education & Human Development Greenville County School District CU-International Center for Automotive Research.
New Pathways to Academic Achievement for K-12 English Learners TESOL March 26, 2009 Anna Uhl Chamot The George Washington University.
LEARNER CENTERED APPROACH
PREMA International Workshop El Parc Cientific de Barcelona, 25-26/1/07 Kathy Kikis-Papadakis.
NOVA Evaluation Report Presented by: Dr. Dennis Sunal.
M= Math in STEM College and Career Ready- Conference Summer, 2015.
Using Groups in Academic Advising Dr. Nancy S. King Kennesaw State University.
Course, Curriculum, and Laboratory Improvement (CCLI) Transforming Undergraduate Education in Science, Technology, Engineering and Mathematics PROGRAM.
11 TOPIC 1: INTRODUCTION TO CONTENT- BASED INSTRUCTION (CBI) IN SECOND LANGUAGE ACQUISITION. DEFINITION DEFINITION  CBI- the integration of a particular.
STEM: What should be taught in school? Dawne Bell David Wooff Michela Insenga
National Science Education Standards. Outline what students need to know, understand, and be able to do to be scientifically literate at different grade.
Dr. Leslie David Burns, Associate Professor Department of Curriculum and Instruction UK College of Education
Five Tools & Processes for NGSS Tool 3: Using the 5E instructional model to develop a conceptual flow.
PGES Professional Growth and Effectiveness System.
+ Bandura’s Social Cognitive Theory By Katie & Matt.
Teaching and the Teaching Process
Research Opportunities in AMSP UK Mathematics Education Retreat October 15, 2005.
Stimulating Research and Innovation for Preservice Education of STEM Teachers in High-Need Schools W. James Lewis Deputy Assistant Director, Education.
Using Scientific Inquiry to Drive Engineering Design
The Role of Expectancy & Self-Efficacy Beliefs
STEM Learning Module PISA- Summer 2007
An Introduction to NETS*T
THE JOURNEY TO BECOMING
Competency Assessment
NJCU College of Education
Using Scientific Inquiry to Drive Engineering Design
The Relevance of Culture in Evaluation and Assessment
INTASC STANDARDS Sharae Frazier.
Pedagogical Content Knowledge (PCK) for Elementary Teachers
LEARNER-CENTERED PSYCHOLOGICAL PRINCIPLES. The American Psychological Association put together the Leaner-Centered Psychological Principles. These psychological.
Presentation transcript:

Theme Numeracy, Scientific Reasoning and Inquiry

Team Members Mark Aulls Sylvia Apollonia Helena Dedic Leslie Dickie StevenRosenfield Bruce Shore

Recent Doctoral Students Camelia Berlian Charles Hou Yuan-jin Hong Nathaniel Lasry Krista Redden Cassiday Sayer Rebecca Simon

Current Numeracy and Scientific Reasoning Research Studies The overall goal of this research proposal is to understand how different learning environments interact with student characteristics in order that we may then promote student attraction to and perseverance towards eventual careers in the sciences, engineering or science education. Study 1: The objectives of this study are related to student perception of the mathematics and science classroom learning environments in high school Study 2: The objectives of this study are related to student perception of the learning environments experienced in the mathematics and science classrooms of their first term in CÉGEP Study 3: The objectives of this study are all related to the learning environment science and mathematics faculty wish to establish in their classrooms, and to their epistemological beliefs regarding teaching/learning of science and the nature of their discipline Study 4: The objective of this study is to more deeply understand what CÉGEP math and science teachers perceive to be their best instructional practices and what barriers they perceive to those practices Study 5: The objective of this study is to describe how beginning biology students construct and manipulate verbal models in the study of the complex adaptive system

Current Inquiry Research Studies The overall objectives of our research program is to understand inquiry as educational event. Study 1: The identification of inquiry learning and teaching outcomes in the academic-cognitive, social, and affective domain Study 2: To determine the roles of teachers’ pedagogical versus subject- matter expertise and epistemological beliefs about teaching and learning in the actual evaluation of inquiry outcomes Study 3: To describe inquiry outcomes and their evaluation in higher education Study 4: Do groups of preservice teachers who received different types of teacher preparation have different understanding of inquiry as a concept and inquiry oriented education as reflected in their formal course work? Study 5: The circumstance associated with meaningful outcomes and educational psychology courses Study 6: Constructive alignment in teacher education: Identifying contextually dependent student presage factors and associated with learning outcomes Study 7: Predicting persistence in CÉGEP math and science program: A comparison between genders on the basis of affect, self-efficacy and motivation, perceptions of learning environment and goal-orientation

Future Directions for 2006 Current Numeracy and Scientific Reasoning Research Studies The objectives of this study are all related to the interaction between faculty perceptions and characteristics (Study 3 above) and student perceptions and characteristics (Studies 1 and 2 above). Inquiry Research Studies To further develop the Aulls-Shore Model of Inquiry as content, context, process and strategy by including evaluation as a new construct