MAKING THINKING VISIBLE Feb 6, 2012 Partnership for Professional Practice.

Slides:



Advertisements
Similar presentations
Thinking and Learning Together. Developing a thinking culture in classrooms involves processes and strategies which: Are responsive and respectful towards.
Advertisements

A Look at Module 4 and an Alpha FAL Network Meeting, September 5, 2012 Silicon Valley Mathematics Initiative Exploring MAP Offerings.
Understanding by Design
1 Friday May 26, Inquiry-Based Lessons in the Technology-Rich Classroom Essential Question: How can teachers incorporate inquiry into the lesson-design.
Michael Behrmann Executive Director of Elementary Education Rochester Community Schools Please take one each of the packets! MODELING QUALITY INSTRUCTION.
Depth and Complexity An RUSD Best Practices GATE Tune-Up.
Making Thinking Visible in Mathematics Presenter – Jeff Linder CMC South November 1, 2013.
Learning and Teaching Linear Functions Video Cases for Mathematics Professional Development, 6-10.
Making Thinking Visible: Using Thinking Routines in the Classroom
Science PCK Workshop March 24, 2013 Dr. Martina Nieswandt UMass Amherst
Science Inquiry Minds-on Hands-on.
Interactive Science Notebooks: Putting the Next Generation Practices into Action
 Inquiry-Based Learning Instructional Strategies Link to Video.
Depth and Complexity Icons
Communicating Ocean Sciences to Informal Audiences (COSIA) Session 3 Teaching & Learning.
Mathematical Processes. 2 What We are Learning Today Mathematical Processes What are they? How do we teach through these processes? How do students learn.
The Principles of Learning and Teaching P-12 Training Program
S-TEAM PROJECT: Dialogic Inquiry University of Leeds January 2010 Jaume Ametller and Phil Scott School of Education University of Leeds.
PROCESS STANDARDS FOR MATHEMATICS. PROBLEM SOLVING The Purpose of the Problem Solving Approach The problem solving approach fosters the development of.
Professional Learning Materials © 2014 The Regents of the University of California1 Promoting Discussion How can we nurture discussion about science ideas.
How People Learn – Brain, Mind, Experience, and School (Bransford, Brown, & Cocking, 1999) Three core principles 1: If their (students) initial understanding.
CER and Annotating Text District Learning Day August 6, 2015.
Inquiry: The Heart and Soul of Science Education Michael Padilla Clemson University
Insights About the Grade 1 Learning Expectations in the CCSS Topic #1: The meaning of the equal sign Presented by the Office of Curriculum, Instruction.
Inquiry Learning and Social Studies College and Career Readiness Conferences Summer
The 5 E Instructional Model. Concepts of Science Science Content Process Skills of Science.
Disciplinary Literacy Productive Talk Career and College Readiness Conferences Summer 2015.
Show What You Know Nancy DeYoung Leigh Ann Wheeler.
Relationships in the 21 st Century Parent Teachers Students Association (PTSA) Goals, Membership, Participation.
© 2013 UNIVERSITY OF PITTSBURGH Supporting Rigorous Mathematics Teaching and Learning Shaping Talk in the Classroom: Academically Productive Talk Features.
Making thinking visible by fostering four “thinking ideals”:  Understanding Understanding  Fairness Fairness  Truth Truth  Creativity Creativity Ritchhart,
ENHANCING INQUIRY TEACHING Karen Hollweg Building a Presence for Science Education in Florida Jacksonville, FL October 16, 2003.
Inquiry Primer Version 1.0 Part 4: Scientific Inquiry.
4:00 – 4:05pm Welcome and Introductions 4:05 – 4:20pm Ice Breaker 4:20-4:30 pm Norms 4:30 – 5:00pm Journaling 5:00 – 5:30 pm Enquiry activity stations.
Goals and Objectives  Why Use Questioning Strategies?  Effective Questioning Techniques  Levels of Questioning…Increasing Understanding, Models for.
Module II Creating Capacity for Learning and Equity in Schools: The Mode of Instructional Leadership Dr. Mary A. Hooper Creating Capacity for Learning.
Common Core: Close Reading Informational Text Professional Development Session Presenters: Chelsea Armann Adrienne Van Gorden.
Close Reading October 18, Session Objectives Participants will: Be able to define close reading. Learn the components of close reading. Participate.
21st Centruy Approaches to Teaching Physics
Elementary Science Learning Academy
COMPREHENSION STRATEGIES
5 E’s - Instructional Model
USOE Professional Learning Series
Inquiry Science and the 5-E Model
Hand-outs needed Hand-out of support documents at
Writing in Math: Digging Deeper into Short Constructed Responses
Professor of Education
Depth and Complexity Icons
What: Determine the utility of Thinking Routines to pursue our goal of increasing student understanding. Why: An apparent lack of thinking on the part.
Making thinking Visible
Kirk Robbins Next Generation Science Standards 101 Part 2: Digging into the Science & Engineering Practices.
Productive Mathematical Discussions: Working at the Confluence of Effective Mathematics Teaching Practices Core Mathematics Partnership Building Mathematical.
Adult Educator Institute
Instructional Rounds Peninsula School District
Understanding by Design “Backwards Design”
Understanding by Design Ensuring Learning through Lesson Design
Critical Thinking Skills
The whole is greater than the sum of the parts. –Aristotle
Cultivating Math Conversation Through Questioning
Workshop Journey Sherry Roberson
Welcome to the overview session for the Iowa Core Curriculum
Teacher Aide Interaction that Supports Student Learning
2014 Mathematics SOL Institutes Grade Band: Geometry
Teacher aide interaction that supports student learning
Conducting Knowledge Application Lessons By 4th Grade Reading
Where do these terms come from?
Inquiry-based learning
Making Thinking Visible
Duke Johnson West Ridge Middle School
Critical Thinking Skills
Presentation transcript:

MAKING THINKING VISIBLE Feb 6, 2012 Partnership for Professional Practice

PURPOSES:  Continue to study how to design and implement Conceptual Units  Introduce Thinking Routines used implement conceptual units  Provide a picture of classrooms being taught conceptually  Provide work time to develop Concept-based units

AGENDA:  Article: Teaching for Meaning: McTighe & Wiggins-- The 4Cs Routine  Making Thinking Visible: PowerPoint  DVD clips of Routines  Classroom Examples: Video Clips  Unit Development

WHAT KIND OF THINKING DO YOU VALUE AND WANT TO PROMOTE IN YOUR CLASSROOM?

EXERCISE: Brainstorm the actions that students in your class spend most of their time doing. What actions account for 75% of what students do in your class on a regular basis?

EXERCISE: Brainstorm the actions that are most authentic to the discipline of reading and writing, that is, those things that real readers and writers actually do as they go about their work.

EXERCISE: Brainstorm the actions you remember doing yourself from a time when you were actively engaged in developing some new understanding of something within the discipline of reading and writing.

THINKING MOVES INTEGRAL TO UNDERSTANDING  Observing closely and describing what’s there  Building explanation and interpretation  Reasoning with evidence  Making connections  Considering different viewpoints and perspectives  Capturing the heart and forming conclusions

THINKING MOVES INTEGRAL TO UNDERSTANDING  Wondering and asking questions  Uncovering complexity and going below the surface of things

ADDITIONAL TYPES OF THINKING  Identifying patterns and making generalizations  Generating possibilities and alternatives  Evaluating evidence, arguments, and actions  Formulating plans and monitoring actions  Identifying claims, assumptions, and bias  Clarifying priorities, conditions, and what is known

THREE WAYS OF LOOKING AT THINKING ROUTINES  As Tools  As Structures  As Patterns of Behavior

HOW CAN WE MAKE THINKING VISIBLE?

QUESTIONING - As teachers, questions should: - Model our interest in ideas being explored - Help students to construct understanding - Facilitate the illumination of students’ own thinking to themselves

MODELING AN INTEREST IN IDEAS  By asking authentic questions creates a classroom culture that is intellectually engaging.  Teachers are seen as learners and foster a community of inquiry  Authentic questions help promote class inquiry and discovery, framing learning as a complex, multifaceted, communal activity as opposed to a process of simply accumulating information.

CONSTRUCTING UNDERSTANDING  Questions that help advance understanding  Can help the teacher to not only promote higher order thinking but can provide some guideposts for the lesson itself  Points students towards uncovering fundamental ideas and principles that aid understanding

FACILITATING AND CLARIFYING THINKING  “What makes you say that?”  Facilitates and clarifies the learners own thinking  Switch the paradigm of teaching by telling  Change the traditional sequence of questioning of: question, respond, evaluate

DOCUMENTING  More than a recording or representation of students thinking  Is focused on the learning process itself  Practice of observing, recording, interpreting, and sharing, in order to deepen learning.  Must serve to advance learning not merely record it  Provides a stage from which both teachers and students may observe the learning process

HOW THE ROUTINES ARE ORGANIZED Routines for Introducing and exploring ideas See-Think-Wonder Zoom In Think-Puzzle-Explore Chalk Talk Bridge Compass Points The Explanation Game

HOW THE ROUTINES ARE ORGANIZED Routines for Synthesizing and Organizing ideas CSI: Color, Symbol, Image Generate- Sort- Connect- Elaborate Concept Maps Connect- Extend- Challenge The 4 C’s The Micro Lab Protocol I Used to Think…...Now I Think…..

HOW THE ROUTINES ARE ORGANIZED Routines for Digging Deeper into Ideas What Makes You Say That Circle of Viewpoints Step Inside Red Light, Yellow Light Claim, Support, Question Tug-of-War Sentence-Phrase-Word