What (if anything) about framing? Is it significant? Do we need to consider it? Jim Greeno SC Thrust coding/analysis workshop May 27, 2011.

Slides:



Advertisements
Similar presentations
Jim Rahn LL Teach, Inc.
Advertisements

Common Core State Standards for Mathematics: Rigor Grade 2 Overview.
World-class Standards World Class Education Standards (WCES) are those standards that, when implemented through quality instruction and content, prepare.
Mathematics and Special Education Leadership Protocols
Thomas A. Stewart Literacy Test (OSSLT) Prep Guide 2013
Southlands Elementary School
Learning Objective The learning objective is the academic purpose for the lesson that will be taught by the teacher.
Graphing Linear Equations and Functions
Third Grade Curriculum. Hi, I’m Max. I’m here to talk about BULLYING. Do you know what Bullying is?
MA 1128: Lecture 06 – 2/15/11 Graphs Functions.
Computational Models of Discourse Analysis Carolyn Penstein Rosé Language Technologies Institute/ Human-Computer Interaction Institute.
Integrating Metacognitive Strategy Instruction into Reader Response to Enhance Reading Comprehension EDC425 - January 29, 2008.
H.E.L.P!!! NUCC Elementary Summer Institute August 6, 2013.
The Framework for Teaching: Digging Deeper August 27, 2012 Bernie Cleland & Duffy Miller
Equations by Factoring
Congruency to Math Standards How do we successfully monitor and support our teachers when we can’t be an expert in every content area?
Queen Anne’s County: New Teacher Portfolio Prepared by: Hired: August, 2006.
Learning and Teaching Linear Functions Video Cases for Mathematics Professional Development, 6-10.
CCSSM in the Second Grade
Bridges New ELA: Supporting SIFE with Low Literacy in the Home Language Session 1, March 19, 2015.
English-Language Development Unit 5 - Getting Ready for the Unit
Bringing Standards Together for Understanding A Model Unit: Area Models for Multiplying and Factoring Presented by Dr. Dianne DeMille and Connie Hughes.
Planning, Instruction, and Technology
Christian Studies in the Real World Vicki Schilling Lutheran Education Queensland.
ALIGNMENT. INTRODUCTION AND PURPOSE Define ALIGNMENT for the purpose of these modules and explain why it is important Explain how to UNPACK A STANDARD.
Wake County Public Schools Elementary Mathematics
Mixed-level English classrooms What my paper is about: Basically my paper is about confirming with my research that the use of technology in the classroom.
Access to the GPS – Making the link between student skill, academic content and activity Access to the GPS/GAA Elluminate Session 1 September 11, 2008.
What you need to know about this class A powerpoint syllabus.
Click to edit Master title style  Click to edit Master text styles  Second level  Third level  Fourth level  Fifth level  Click to edit Master text.
Problem Based Learning (PBL) David W. Dillard Arcadia Valley CTC.
A Collaboration between: Los Angeles Unified School District University of California, San Diego San Diego State University University of California, Irvine.
Presented by: Joseph Ginotti PLN Director
INSTRUCTION DOMAIN #3. GROUP WORK How it works: 1.Look at your assigned group and move to the corresponding table. Everyone will take their materials.
Fiona Allan Adults Do Count. Aims  To think about the effective teaching and learning Maths  To enjoy doing Maths!
Day #4 Connecting Questioning to Our Learning Goals.
Learning Science and Mathematics Concepts, Models, Representations and Talk Colleen Megowan.
The Interpersonal Mode
C R E S S T / U C L A 1 Productive Collaborative Problem Solving: Noreen Webb and Ann Mastergeorge Responsibilities of Teachers and Students.
A Collaboration between: Los Angeles Unified School District University of California, San Diego San Diego State University University of California, Irvine.
Mary Parker presented at Joint Math Meetings, Jan. 6, 2012.
Solving systems of equations with 2 variables
 Interventions take time and patience.  PLC work is never done.  Hang your hats on making progress.  You and your PLC are the key to the change that.
Reading Non Fiction Text in Science. We Are Gathered Here Today… Integrate literacy strategies into science Show the integration of technology in a lesson.
1 Effective Instruction ED “We tend to teach the way we have been taught, not the way we have been taught to teach. Break the cycle.” Peggy Saunders.
8 th Grade Integers Natalie Menuau EDU Prof. R. Moroney Summer 2010.
Good Morning! Let’s start with some science!. What’s our goal here? Provide an example of a science lesson with literacy and dialogue strategies integrated.
Teaching Improvement Program Labs, Students, and Teaching – Oh My! January 17, 2008.
Developing and Using Meaningful Math Tasks The Key to Math Common Core Take a moment to record on a sticky: What is a meaningful Math Task?
 Shelley A. Chapman, PhD Texas A & M University February 2013.
Programming the New Syllabuses (incorporating the Australian Curriculum)
Developing and Using Meaningful Math Tasks The Key to Math Common Core Take a moment to record on a sticky: What is a meaningful Math Task?
WEBQUEST. What is a WebQuest? An inquiry-oriented activity in which some or all of the information that learners interact with comes from resources on.
 Presented by:  Dr.Cherry Steffen  Kennesaw State University.
Grade 7 & 8 Mathematics Reporter : Richard M. Oco Ph. D. Ed.Mgt-Student.
Power of Concentration. No matter how long you sit with open eyes looking at the open book, hardly anything is registered in your brain unless you make.
EXAMINERS’ COMMENTS RAPHAEL’S LONG TURN GRAMMAR Accurate use of simple grammatical structures and also of some complex sentences: ‘they could also be preparing.
Universal Design For Learning Success for All Students Ronda J Layman NCDPI Educational Consultant.
This module was developed by Margaret Smith and Victoria Bill at the University of Pittsburgh. Video courtesy of Pittsburgh Public Schools and the Institute.
Changes in Mathematics Dixon-Smith Middle School Parent Information Session Kimberly McGehee, Math Coach.
EDUC 410 Fall, “Teachers are designers. An essential act of our profession is the crafting of curriculum and learning experiences to meet specified.
Effective Instruction 1 ED “We tend to teach the way we have been taught, not the way we have been taught to teach. Break the cycle.” Peggy Saunders.
Assist. Prof.Dr. Seden Eraldemir Tuyan
Presented by: Joseph Ginotti PLN Director
Assessment for Learning
Math Shifts Focus Coherence Rigor
Solving Simultaneous Equations by the Algebraic Method
one of the equations for one of its variables Example: -x + y = 1
Individual Identity: Typical Student Team Roles
Ideas from a Corporate Educator
Presentation transcript:

What (if anything) about framing? Is it significant? Do we need to consider it? Jim Greeno SC Thrust coding/analysis workshop May 27, 2011

Two issues: Discourse and learning happen at multiple levels — should we make that explicit? Parsing can foreground interpersonal aspects of interaction or content (What kind of interaction happened? Or What idea or information got added to common ground?) Of course, we shouldn’t try to do everything at once. But perhaps it’s good if we keep track of what we’re leaving for future work.

Why framing may be an important issue For communication to succeed, the parties need to be taking perspectives that are aligned (Rommetveit). RR’s example: “Is Mr. Smith working?” (To a golfing partner: “No, he’s mowing the lawn.” That is, he’s not at his office.) (To a nosy neighbor: “Yes, he’s mowing the lawn.” (That is, he’s not still sleeping.) When learning includes conceptual change, most learners probably lack resources that could support framing that is aligned with the perspective intended by the information source (teacher, textbook, program, or whatever). Maybe resources for framing — and reframing — are important as prerequisites — different from component skills.

Aspects of Framing In general, framings are participants’ understandings of “What is it that’s going on here?” (Goffman) One aspect is positional framing, also called positioning, participant structure, or participant framework. What kinds of things is each participant entitled, expected, or obligated to do in the activity, in relation to each other and to the concepts and methods of the subject matter domain? (Bateson, Goffman, Tannen, O’Connor & Michaels, Pickering, Engle & Conant, others) Another aspect is epistemological framing. What kinds of knowledge and information are relevant for the activity, and what kinds of information need to be constructed to succeed in the activity? (Hammer, Engle, others) Third, there is conceptual framing. How are the participants organizing the information that is involved in the activity — what is in the foreground, what is “off the screen”? (Gestalt psychologists, Rommetveit, MacWhinney)

How Can Participants with Misaligned Framings Fix the Problem? Becoming aligned with others’ communicative intentions is probably a built-in motivational tendency. When framings are aligned, it works easily (cf. Rommetveit’s Mrs. Smith). When they aren’t, there’s a need for (deep) repair. In examples involving conceptual framing that I’ve studied, there is a significant effort by one or more of the participants to adopt or construct a framing that is aligned with another participant. Call that participant an inquirer. Someone or something (e.g., a computer simulation or text material) functions as a source.

Two Ways to Repair Misalignment 1.The inquirer recognizes that the source’s framing corresponds to a schema that the inquirer knows, and the inquirer adopts this schema. 2.The inquirer doesn’t know or recognize a schema, but constructs a framing by questioning the source, assembling a framing by constraint satisfaction consistent with the information obtained from the source. Note: when learning requires conceptual change, by definition the learner needs to be an inquirer in Case 2.

An example The setting: an 8 th -grade algebra class, late in the year, in a unit on quadratic equations. (handout p. 1) Ms. S.’s plan: define a variable (say, w) as the width of the borders, so (72-2w)(40-2w) = 1680, solve for w, then find length and width of the inner rectangle, then the perimeter, then how many laps =.25 mi. Students did not respond to her invitation to take the next step in her plan.

Gillian volunteered, and Ms. Sanchez positioned her as a source, with herself as an inquirer (handout p. 2) Gillian’s information was hard for Ms. S to fit in her framing; the variables in Gillian’s foreground were in Ms. S’s background. Ms. S mentioned a constraint (write an equation).

Gillian wrote expressions (72-y)/2 and (40-x)/2. It was accepted that these referred to the horizontal vertical widths of the border (handout pp. 3-4).

Hannah supplied an equation xy = 1680 (turn 46), which Gillian wrote on the whiteboard (turn 47). Gillian (turn 58), with Hannah’s confirmation (turn 63), and then Ms. S’s acceptance (turn 78) contributed the linear equation (72-y)/2 = (40-x)/2 and these could be solved, using substitution

Some Possible Lessons The information processing involved in comprehending information, if your framing isn’t aligned with the source, can be hard: i) it requires significant effort and cooperation; ii) the inquirer has to know quite a bit, in the form of general constraints If this is true, then successful teaching probably includes fostering students’ developing resources for framing, that are sufficiently aligned with framings inherent in the subject matter.

Another Dimension of Accountable Talk? It might be important to consider ways in which classroom talk can be accountable to students’ prior knowing and understanding. As a general principle, that’s already accepted, but it may be important to develop a better account of what that means. (Framing resources are probably a different kind of knowledge than Gagné-type prerequisites.)