Goals for Class To understand the interactive model of teaching called integrative model (Taba) To understand how to create a data display for use while.

Slides:



Advertisements
Similar presentations
Hammerhead Shark Leo B. Salazar March th grade.
Advertisements

Pennsylvania Department of Education Get R. Pennsylvania Department of Education Presented By: June Tran, IRF Kirkbride School December 6, 2010.
Relationships Compete, Benefit, and Everything in between.
Analytic Coding Cnidaria: Jellyfish (Mind Map, Question and Expanded formats) Analytic coding using conceptual vocabulary from the Basic Conceptual Systems.
4MAT by Bernice McCarthy
Reciprocal Teaching. Reciprocal teaching It facilitates the construction of deeper meaning to text through a modeling process that emphasizes reader control.
Lesson Plan. Introduction to 5 E’s of Lesson Planning Katherine Moser and Lynn Preston Standard: P. CM Grade Level: 6 th Lesson Title: The Teaching.
Areas of Concentration:  Biology  Physical Science (Physics & Chemistry)  Mathematics  Technology  Earth & Space Science.
Science Experiment: Predator and Prey- Owl Pellets
Visual Thinking Strategies & Language Arts
Observations A Mirror of the Classroom. Objectives  Gain specific strategies for communicating with teachers to promote successful teaching and learning.
Counting by 1’s and 10’s Unit of Study: Counting and Modeling Numbers to 120 Global Concept Guide: 1 of 4.
Integrative Model Designed to help students develop a deep understanding of organized bodies of knowledge while simultaneously developing critical thinking.
Goals for Class 1. To learn about the interactive teaching model called direct instruction 2. To understand procedures for Inquiry course requirements.
Measure Length with Nonstandard Units Unit of Study: Measurement- Length Global Concept Guide: 2 of 3.
Goals for Class #6 1. To understand procedures for Observations and Inquiry course requirements 2. To learn about the interactive teaching model called.
Lecture # 7 SCIENCE 1 ASSOCIATE DEGREE IN EDUCATION TEACHING OF SCIENCE AT ELEMENTARY LEVEL.
SIOP Co-Teaching Goal:
Teaching a Lesson Name of School District Date Presenter’s Name Curriculum Specialist.
Goals for To learn about the interactive teaching model called presentation.
1 Welcome to Part 2! Adult Learners: Principles, Barriers, and Best Practices Presented by Dr. Mary Jo Self.
Easy-to-Understand Tables RIT Standards Key Ideas and Details #1 KindergartenGrade 1Grade 2 With prompting and support, ask and answer questions about.
Ocean Animals 2 nd Grade By: Miss Emiley Maiorana Click on the arrow to continue.
By: Melissa Humphreys March 1, 2011 Educ 310. Grade Level: Middle School (5-6) Subject: Mathematics  Overview:  This lesson involves probability and.
Life in Oceans and Ponds. What is an Ocean? Big body of salty water.
Major Art Modality Utilized: Visual Art Multiple Intelligences Addressed: Naturalist, Visual/Spatial, Verbal Lesson Abstract: Students will see, listen.
Standards-Based Planning Essential Question: What is good teaching? Rigor, Consistency and Cohesiveness in Unit Planning.
All About Animals Created by L.Crespo & A. Halsey.
ESL Teacher Networking Meeting Session - 2 Raynel Shepard, Ed.D.
Learning Objective A statement in specific and measurable terms that describes what the learner will know or be able to do as a result of engaging in.
Goals for Class To learn about the interactive teaching model called presentation. To learn about components of a lesson: establish set, advance organizer,
How to Write Lesson Plan Using the Direct Teach Instructional Model.
By: Katie McDermott.  Integrating technology into the classroom is one of the most beneficial learning tools that can be provided to students.  By using.
Teaching Earth Science. Earth Science Resources FOSS Web FOSS Web FOSS Web FOSS Web FOSS Earth Materials FOSS Earth Materials FOSS Earth Materials FOSS.
Goals for Class #8 To learn about the interactive teaching model called presentation. To improve unit plans and storylines To learn about the ELED program.
Literacy Through Photography Goods and Services in our community!
Goals for Class #15 1. To receive scoring on Exam #1. 2. To understand “Look What’s Happening at MITI” Newsletter to Families. Captions and names of students.
Technology Integration Lesson Planning
Reading Strategies To Improve Comprehension Empowering Gifted Children.
Using a Microscope Computers In the Classroom LTEC 4100 Jane Doe September 16, 2009 University of North Texas.
By Sara Marrufo Body Dolphins are sea animals. There body can get up to 30 feet long. Dolphins use there tail flukes up and down to swim. Dolphins use.
Living Things Created by Kathryn Somma and Arlene Goubourne Ed 7204: Pedagogy and Curriculum Fall 2011 Dr. O’Connor Petruso.
Lecture # 19 SCIENCE 1 ASSOCIATE DEGREE IN EDUCATION Force and motion continue ………
Mollusks (continued) Cephalopods Name means “head-foot” Most have no external shell.
Student Learning Objectives (SLO) Resources for Science 1.
HONORS BIOLOGY LABORATORY SKILLS The Scientific Method.
SESE Energy and Forces Movement.
Integrating Language Development in the Content Areas Kris Nicholls, Ph.D. Director, CABE Professional Development Services.
METHODS PLANNING. Methods Class 4 Agenda 1. Overview of Ontario Curriculum Documents 2. Introduce lesson plan formats – GPF & APF 3. Sequence for planning.
By danielle durham. Big They swim There different color They have no bones Octopus live in dens among the rocks on the sea bottom Octopus also live in.
Learning Styles Learning styles are simply different approaches or ways of learning.
Goals 1. To understand inquiry 2. To learn about inquiry-based science 3. To compare children’s science and scientists’ science. 4. To compare two methods.
Learning Goals & Scales EAGLE POINT ELEMENTARY SEPTEMBER 16, 2015 SCHOOL PRESENTATION.
Week 6.
Analytic Coding Animals - Mollusks: Octopus (Mind Map, Question and Expanded formats) Analytic coding using conceptual vocabulary from the Basic Conceptual.
In this activity you will design and carry out your own controlled experiment to investigate your query. Design your own experiment for your investigations.
Questioning Strategies
Giant squid By: Eric Advincula
Octopus By Brielle Smith.
Reading Objectives: Close Reading Analyze visuals. RI.4.7
By: Cheyenne Howell Models of Teaching By: Cheyenne Howell
4MAT by Bernice McCarthy
Day 16 Yesterday, we observed paramecia under microscopes.
Planning and Delivering Effective Instruction
Four-day Course on Teaching Science Education KLA in the English Medium Dr Stella Kong.
Selecting a Sample Notes
Octopuses & Squids 3rd Grade Unit 2
Scientific Content on ACT
4MAT by Bernice McCarthy
Convection Currents.
Presentation transcript:

Goals for Class To understand the interactive model of teaching called integrative model (Taba) To understand how to create a data display for use while using the model. To understand the types of thinking required by learners while using the model.

Rationale for the Model To develop conceptual knowledge by collecting, organizing, and analyzing facts that can be related in a data display chart. To cause students to think inductively and use thinking skills of observing, comparing, and hypothesizing.

To understand conceptual knowledge, one must understand the relationships of concepts. Comparing two related concepts is a more powerful than teaching a single concept.

Planning 1. Choose content to teach. Two “Parallel Concepts” Two “Parallel Concepts” Several “Parallel” Dimensions Several “Parallel” Dimensions 2. Prepare instructional objectives. 3. Develop Data Display. 4. Plan for materials, time and space.

Instructional Sequence 1. Begin the lesson. 2. Present data display. 3. Observe and describe. 4. Compare and explain. 5. Hypothesize. 6. Summarize and generalize. 7. Analyze thinking processes. 8. End the lesson.

Time TEACHER ACTION TIME Begin the Lesson. 2 min. Present Data Display. 3 min. Observe. Compare. 10 min. Hypothesize. 5 min. Summarize. Generalize. Analyze Thinking Processes. 3 min End the Lesson 2 min

Comparing Octopus and Squid OCTOPUSSQUID Appendages 8 arms 8 arms, two tentacles. Head Limp bag Stream-lined Fins No fins Two fins near tail Support No pen Pen (stiff internal structure) Movement Able to crawl through small spaces Able to move quickly in water Habitat Dens on sea floor Open oceans Food Crabs, lobsters Fish and shrimp

Creating a Data Display 1. List 2. Lump 3. Display

Creating a Data Display 1. List Data Octopus has 8 arms. Octopus has 8 arms. Squid has 8 arms, two tentacles. Squid has 8 arms, two tentacles. Octopus head is a limp bag. Octopus head is a limp bag. Squid head is stream-lined. Squid head is stream-lined. Octopus has no fins. Octopus has no fins. Squid has two fins near tail. Squid has two fins near tail. Octopus has no pen. Octopus has no pen. Squid has a pen (stiff internal structure). Squid has a pen (stiff internal structure). Octopus is able to crawl through small spaces. Octopus is able to crawl through small spaces. Squid is able to move quickly. Squid is able to move quickly. Octopus lives n dens on sea floor. Octopus lives n dens on sea floor. Squid lives in open oceans. Squid lives in open oceans. Octopus eats crabs and lobsters. Octopus eats crabs and lobsters. Squid eat fish and shrimp Squid eat fish and shrimp NOTE: For Make It and Take It, you will research and organize the data (information) in a data display. In a normal school lesson, students could research and organize the information in a data display.

Creating a Data Display 2. Lump Data Octopus has 8 arms. Octopus has 8 arms. Octopus head is a limp bag. Octopus head is a limp bag. Octopus has no fins. Octopus has no fins. Octopus has no pen. Octopus has no pen. Octopus is able to crawl through small spaces. Octopus is able to crawl through small spaces. Octopus lives in dens on sea floor. Octopus lives in dens on sea floor. Octopus eats crabs and lobsters. Octopus eats crabs and lobsters. Squid has 8 arms, two tentacles. Squid has 8 arms, two tentacles. Squid head is stream-lined. Squid head is stream-lined. Squid has two fins near tail. Squid has two fins near tail. Squid has a pen (stiff internal structure). Squid has a pen (stiff internal structure). Squid is able to move quickly. Squid is able to move quickly. Squid lives in open oceans. Squid lives in open oceans. Squid eat fish and shrimp Squid eat fish and shrimp OctopusSquidAppendagesHeadFins Internal Structure MovementHabitatFood

3. Display the Data Identify two similar, related concepts. (“parallel concepts”) OctopusSquid Creating a Data Display

Related Concepts OCTOPUSSQUID

List dimensions by which they can be compared. (“parallel dimensions”). AppendagesHeadFinsSupportMovementHabitatFood 3. Display the Data Creating a Data Display

Dimensions OCTOPUSSQUID Appendages Head Fins Support Movement Habitat Food

Insert in chart. Insert in chart. 3. Display the Data Creating a Data Display

Data OCTOPUSSQUID Appendages 8 arms 8 arms, two tentacles. Head Limp bag Stream-lined Fins No fins Two fins near tail Support No pen Pen (stiff internal structure) Movement Able to crawl through small spaces Able to move quickly Habitat Dens on sea floor Open oceans Food Crabs, lobsters Fish and shrimp

Comparing Octopus and Squid OCTOPUSSQUID Appendages 8 arms 8 arms, two tentacles. Head Limp bag Stream-lined Fins No fins Two fins near tail Support No pen Pen (stiff internal structure) Movement Able to crawl through small spaces Able to move quickly in water Habitat Dens on sea floor Open oceans Food Crabs, lobsters Fish and shrimp

What do you notice...? What do you notice...? What color to you see? What color to you see? Describe the way it moves… Describe the way it moves… Count the number of arms… Count the number of arms… Observing Questions

How does an octopus compare with a squid? How does an octopus compare with a squid? How is an octopus similar to a squid? How is an octopus similar to a squid? How is an octopus different from a squid? How is an octopus different from a squid? Comparing Questions

Recording Comparisons Using a Venn Diagram OCTOPUS(differences) BOTH(similarities) SQUID(differences)

Recording Comparisons SAMEDIFFERENT COMPARING OCTOPUS AND SQUID Using a Same - Different T Chart

Hypothesizing Questions What do you think... ? Why? What do you think... ? Why? If an octopus was stream-lined and had a pen, then how would it affect where it lives? If an octopus was stream-lined and had a pen, then how would it affect where it lives? How does the structure of an organism allow for its survival? How does the structure of an organism allow for its survival?

Suggestions Suggested Format for Grade 1-2 readers: Suggested Format for Grade 1-2 readers: 3 dimensions and 2 related concepts. Use visual images and simple text in cells for non-readers. Suggested Format for Grades 3-5: Suggested Format for Grades 3-5: 4 or 5 dimensions and 2 related concepts. Teach ALL students how to use the chart. Check for understanding by asking questions that cause them to access data from cells in the chart. Teach ALL students how to use the chart. Check for understanding by asking questions that cause them to access data from cells in the chart. Post the data display chart on your display board. Make it readable from a distance. Post the data display chart on your display board. Make it readable from a distance.

Now You Try It! Create a Data Display for Lesson 5 Integrative Model. Create a Data Display for Lesson 5 Integrative Model.