Fred Newman et al: INSTRUCTIONAL PROGRAM COHERENCE
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Transcript of Fred Newman et al: INSTRUCTIONAL PROGRAM COHERENCE
•A set of inter-related programs guided by a common framework for curriculum, instruction, assessment and learning that are pursued over a sustained period.
•Leads to improved student achievement vs. uncoordinated efforts each limited in scope and duration
Newman, F.M., Smith, B., Allensworth, E. Bryk, A.S. (2001) Instructional Program Coherence: What it is and why it should guide school improvement policy. Educational Evaluation and Policy Analysis, 23(4), 297-321.
Fred Newman et al:
INSTRUCTIONAL PROGRAM COHERENCE
3-D PDConnecting Standards Alignment and
Curriculum Coordination with High Student Achievement
ThroughCognitive Science
SOCIETY NOW DEMANDS:
HIGH ACADEMIC ACHIEVEMENT
SCIENTIFIC LITERACY FOR ALL STUDENTS: 21ST Century Skills
No longer:
•Narrow career or vocational preparation
•Weeding out students and focusing on elite
SCIENTIFIC LITERACY FOR THE 21ST CENTURY:
All students will:
1. a. Know the important
information and skills
b. Readily access and
comprehend new information
and skills
SCIENTIFIC LITERACY FOR THE 21ST CENTURY:
All students will:
2. a. Understand the basic concepts of science As evidenced by …
b. Problem solving, critical
thinking, & considered decision making that is flexible and transferable
SCIENTIFIC LITERACY FOR THE 21ST CENTURY:
All students will:
3. Direct their own choices and uses of information, skills, and concepts when addressing a question
To design a model for teaching and learning higher-order thinking,
use what
Cognitive Science
has learned over the past
15+ years about
the intellect and academic thinking
3-D PD:Focused on Higher-Order
Thinking (H.O.T.)
-
Focused on Classroom Practice
THE ESSENTIAL QUESTION BEING ASKED OF
EDUCATORS:
“ Why are our kids not learning at the rate that they should be despite decades of reforms and budget increases? “
TIME magazine, April 19, 2010 p. 42, “Is Cash the Answer?”
INSTRUCTION ASSESSMENT
CURRICULUM
What all students should know,
understand and be able to do.
How students are going to learn the curriculum
To what degree did students learn what we wanted them to know,
understand and be able to do?
THE THREE PARTS OF CLASSROOM PRACTICE
50+ YEARS OF DEVELOPMENT AND INNOVATION IN EDUCATION
Cooperative learning
Open-ended assessment
Project-based learning
Computer-aided instruction
Authentic assessment
State curriculum standards
Learning objectives
Inquiry-based learning
Peer assessment
Rubric design
Problem-based learning
… etc., etc., etc., etc., etc.,
So where are the
effects on student
learning ???
Cooperative learningProject-based learningComputer-aided instructionInquiry-based learningHands-On experimentationDifferentiated InstructionProblem-based learning… etc., etc., etc.,
Authentic assessmentOpen-ended assessment Peer assessmentRubric designFormative assessmentSummative assessment… etc., etc., etc.
Performance objectivesState curriculum standards
A PATTERN:
Curriculum ??Little but behaviorism for 100 years
Instruction:LOTS !
Assessment:LOTS !
THESIS
THE IMPROVEMENTS IN ASSESSMENT AND INSTRUCTION ARE STYMIED BY
A LACK OF PROGRESS ON CURRICULUM
THE ZERO-SUM PENDULUM SWING IN CURRICULUM
PROCESS: DO
ProceduralKnowledge
Discovery
Exploration
Hands-On
CONTENT: KNOW
Essential Basics
Cultural Literacy
Declarative Knowledge
Text
HIGH ACADEMIC ACHIEVEMENTmeans students…
KNOW the essential information
UNDERSTAND the basic concepts
CAN DO the essential skills
demonstrated byPROBLEM SOLVING AND CRITICAL
THINKING
The Holy Grail of High Student Achievement:
PROBLEM SOLVING AND CRITICAL THINKING
The Higher Thinking Processes:
Application, analysis, synthesis, judgment
=KNOWLEDGE TRANSFER
An operational definition
What do students learn when they study dinosaurs?
• Could use “ANCIENT EGYPT” as an example for the Social Studies. At K-12 workshop with 200 teachers many teachers responded with having had taught such a unit at some time in their career.
WHAT STAYS BEHIND ?
= specific contexts, exemplars, information
Gorgosaurus
Ferns and swamps
Big, bad, ugly, extinct
= topic, context, facts
WHAT MOVES ?
Form-and-functionInterdependence
Evolution These are transferable concepts
•definable (generalizations, maps, text)
•Universal
•timeless
HOW DOES IT TRAVEL?
HIGHER ORDER PROCESSES
ApplicationAnalysisSynthesisEvaluationCreativity
LOWER ORDER PROCESSESIdentificationComprehension up to… Compare and contrast
= static knowledge
Each is a different Method of combining transferable concepts to specific topics
Can you create an insightful question relating the following
topics to each concept?Topic
Light bulb
Tree
Aspirin
Skateboard
Concept Energy Transformation
Interdependence
Motion and Forces
Form and Function
On a scale of 1-5 how insightful would your questions be for each concept?
How deep can you go with it?
What transfers from prior knowledge?
What “stays behind” ? What is the new context?
How does it move?
KNOWLEDGE TRANSFER
TRANSFERABLE CONCEPTS
(“understand”)
TOPIC/CONTEXTINFORMATION
(“know”)
SKILLS AND PROCESSES
(“do”)
When confronted with a novel problem or question:
THE 3-D PARADIGM OF CURRICULUM
CONCEPT PROCESSES AND SKILLS
INCLUSIVE OF CONVENTIONAL PARADIGM
SPECIFICALLY DESIGNED TO GENERATE KNOWLEDGE TRANSFER
THE PATTERN OF LIFE-LONG LEARNING AND FLEXIBILITY
TOPIC INFORMATION
THE CONVENTIONAL PARADIGM OF CURRICULUM
PROCESSCONTENT
OCCASIONALLY GENERATES KNOWLEDGE TRANSFER
COMPREHENSION IS THE EFFECTIVE CEILING
3-D PD : I.
THERE ARE THREE TYPES OFLEARNING OUTCOMES:
a) topic/context information “KNOW”b) transferable concepts “UNDERSTAND”
c) skills and processes “DO”
II.THE HIGHER THINKING PROCESSES CAN ALL BE
OBJECTIVELY DEFINED (AND THEREFORE ASSESSED) AS DIFFERENT METHODS OF
COMBINING TRANSFERABLE CONCEPTS WITH SPECIFIC TOPIC AND CONTEXTUAL INFORMATION.
THESIS RESOLUTION:
BREAKING THE LOG-JAM
The improvements in student learning generated by a 3-D model of
curriculum will be compounded by the anticipated improvements in learning
flowing from the innovations in assessment and instruction that were
previously thwarted.
Sputnik launched. Soviet technology seen as a threat
WWII – BF Skinner Behaviorism and army training –Psychoanalysts (Freud) are run out
1939 1958
The National Defense Education Act- NSF charged with science and math education
1991
Novak publishes 12 year longitudinal study (Ithaca, NY) with results that strongly support cognitive-based learning
Nat’l Resource Council Report :
How People Learn supports the cognitive approach
1992
NSF conference in Colorado Springs -Schism between cognitive theorists and behaviorists – Results in backing of behaviorism = Inquiry
19621957
Behaviorism versus Cognition in American Education•Behaviorism denies existence of mind – only the brain exists•Cognition minimizes the importance of behavior – the mind controls behavior
Bloom’s taxonomy published
1955
Implementation Concerns
• Accountability for curriculum standards
• Origin of transferable concepts
• Meshing with current practice and initiatives
• Compelling, Practical, User-friendly for teacher
Educational concern:ACCOUNTABILITY FOR STANDARDS
Any and all curriculum standards can be analyzed and then categorized for their focus
on concept, information, or process/skill.
Curriculum is aligned with mandated standards as well as with cognitive
science and learning theory.
Assessment of students’ concept transfer, information command, and
skill/process abilities is objective.
STANDARDS
SPLINTER
AND
SPIRAL
CHUNK
AND
CONNECT
TWO OPTIONS FOR CURRICULUM MAPPING
STANDARD
STANDARD,
STANDARD
Objective
STANDARD Objective
Objective
CONCEPT,TOPIC,SKILL
3-D Curriculum Mapping
Step 1: Analyze each standard:
Which concept or skill would
be most useful for
understanding this standard?
What topic info. is required?
Step 2: Chunk the standards according to concept and skill:
• What is the concept load?
• What is the skill load?
• What topics, contexts, facts are required?
3-D Curriculum Mapping
Step 3: Organize the required concepts according to the cognitive development of students
CONCEPTS DIFFER COGNITIVELY IN THREE WAYS CHILD’S INTELLECT DEVELOPS IN THREE WAYS
GENERAL / SPECIFIC /
OBVIOUS SUBTLE
SIMPLE COMPLEX
CONCRETE ABSTRACT
3-D Curriculum Mapping
ADMINISTRATIVE SUPERVISION ??
•Each course has few concepts, skills, topics
•The concepts change rarely
•A one-page course curriculum summary is easily supervised.
•Assessments of concept transfer are objective
WHERE DO THE CONCEPTS AND THEIR GENERALIZATIONS COME FROM?
Concepts are presently woven throughout, unrecognized
Bona fide transferable concepts are identified as ideas that are effective for higher order thinking
Concepts are organized into taxonomies according to: GENERAL / OBVIOUS SPECIFIC / SUBTLE
SIMPLE COMPLEX
CONCRETE ABSTRACT
Teachers are provided with conceptual structures to work from. Skill structures are readily available.
describesdescribes
can be
are described with
always involve changes in
always include
change over
always take
of
NATURE OF MATTER
PROCESSES(CHANGES)
ENTITIES
THINGS SUBSTANCESWAVES
PROPERTIES
TIME
CONCEPT MAP – LANGUAGE OF SCIENCE
GENERALIZATIONS- Language of Science
1. The natural world is imagined as delineated into things and composed of substances which we think of as discrete entities and that we identify with names. What is it?
2. The entities that make up the natural world are described and differentiated in terms of their properties.
The changes that occur throughout the natural world are described in terms of property changes: What happened?
Educational concern:MESHING WITH CURRENT PRACTICES
AND INITIATIVES
e.g. Differentiated Instruction
Essential questions
UbD is streamlined
Any type of documentation can be modified
CURRICULUM NOW BECOMES PART OF DIFFERENTIATED
LEARNING
The transferable concept is commonto all students.
The topic accommodatesstudent interests and backgrounds. A variety topics within a classroom is ideal for practicing transfer of the concept.
The skills accommodatestudent strengths or are a focus for improvement.
The depth of conceptual understanding accommodatesto students by assigning more, less, or different generalizations for the same concept to focus their learning.
CREATING POTENT ESSENTIAL QUESTIONS
• Transferable concept or skill
e.g.• Governance• Motif• Composition• Rate• Symmetry• Metaphor
• Topic or context
e.g. • The Crusades• Stars• Speeding • Tool(s)• Mount
Rushmore
+
WHAT IS A PRACTICAL WAY TO TEACH TO DIFFERENCES?
LEARNING NEEDS LEARNING ACTIVITIES
student skill levels
student interests
student backgrounds
teacher strengths
school resources
parent/community focus
concept
topic (information)
context (geographical, seasonal, etc.)
activity format (discussion, hands-on, debate, etc.)
grouping size
time duration
?
MATCHINGDIFFERENCES DIFFERENCES
This is an INFORMATION TECHNOLOGY problem
for the teacherSolution:
Networked database of learning activities, units, courses and resources indexed and
accessed according to the educational criteria
Educational Concern:Practical and User-Friendly for Teachers
•Teachers recognize the power of conceptual transfer
•Standards are simplified, clarified and coordinated year-to- year through concept, topic, and skill master structures.
•Learning efficiency and effectiveness are greatly enhanced.
•Teacher creativity and individual strengths are reflected in the choice and orchestration of concept, topic, and skill.
•The Database provides rapid, easy, real-time, highly targeted access to learning activities and resources.
Curriculum is easily modified or elaborated.
Teacher discourse is focused on the concept – for both content knowledge and classroom practice Professional decisions now include curriculum as well as instruction
CONCEPTUAL “BACKBONE” PROVIDES TEACHER FLEXIBILITY
“Teaching with concepts also makes teaching more organized; knowledge more retrievable; and subject matter more relevant to learners, more connected, and more focused on meaning and utility. Rather than accumulating disjointed trivia, kids see cubbyholes to put things in.”
- Carol Ann Tomlinson
Differentiated Instruction
The curriculum cooperative: www.lessoncoop.org