Chapter 5 Planning and Managing Inquiry Instruction D. Fulton, Spring 2012.

Slides:



Advertisements
Similar presentations
Performance Assessment
Advertisements

Project-Based vs. Text-Based
A Vehicle to Promote Student Learning
TEA Science Workshop #7 October 25, 2012 Kim Lott Utah State University.
Understanding By Design: Integration of CTE and Core Content Curriculum Michael S. Gullett.
Curriculum Mapping Boyer Valley.
PATHWISE CLASSROOM OBSERVATION SYSTEM
A2 Unit 4A Geography fieldwork investigation Candidates taking Unit 4A have, in section A, the opportunity to extend an area of the subject content into.
Learning Objectives, Performance Tasks and Rubrics: Demonstrating Understanding and Defining What Good Is Brenda Lyseng Minnesota State Colleges.
TWS Aid for Scorers Information on the Background of TWS.
Exploring Nature July 3, 2005 Erice, Sicily Karen Worth Center for Science Education Education Development Center, Inc., Newton, MA
1 Introduction to the Professional Teaching and Learning Cycle (PTLC)
Investigations in Number, Data, and Space: Teaching Philosophy.
Planning Value of Planning What to consider when planning a lesson Learning Performance Structure of a Lesson Plan.
Preparation is Essential for Success Familiarize yourself with your school’s curriculum Consider how you might use your life experiences as powerful lessons.
Introduction to teaching and assessing so students will learn more using learner-centered teaching Phyllis Blumberg Warm-up activity How can instructor’s.
Connecting Literature with the California Science Standards Strategic Science Teaching Kindergarten – Physical Science 1 SST K/Physical Science.
Science Inquiry Minds-on Hands-on.
Spring 2012 Pilot Project Module Nine A New Texas Core Curriculum 1.
A Framework for Inquiry-Based Instruction through
Connecting Literature with the California Science Standards Strategic Science Teaching High School – Earth Science 1 SST 9-12/Earth Science.
Math and Science Institute Exploring Physical Science Today’s Agenda Review of homework and participant sharing of their ENGAGE components of 5E. Engage.
Theory Application By Cori Sweeney EDRD Fall 2011.
Science Pacing and Content Grade 3 Millard E. Lightburn, Ph.D. District Science Supervisor 8/9-8/16/101.
Classroom Strategies Classroom Strategies. Our classroom strategies are the most effective ways to build fluency, vocabulary, comprehension, and writing.
Chapter 2 Observation and Assessment
MODULE 7 Putting All Together and Designing the Course.
Technology in the classroom. UM weather Great way to begin a day or class –Links to 300 weather sites –Links to 700 web cams to view weather –Radar and.
To the teacher: This CPO Science PowerPoint presentation is designed to guide you through the process of presenting the lesson to your students. The.
Lesson Planning SIOP.
Chapter 1 Defining Social Studies. Chapter 1: Defining Social Studies Thinking Ahead What do you associate with or think of when you hear the words social.
Curriculum Report Card Implementation Presentations
EDU 385 CLASSROOM ASSESSMENT Week 1 Introduction and Syllabus.
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.
Reading & Literature Standards Students Will Read to Comprehend a Variety of Texts Using Appropriate Strategies: 1.Thinking.
Fourth session of the NEPBE II in cycle Dirección de Educación Secundaria February 25th, 2013 Assessment Instruments.
Crysten Caviness Curriculum Management Specialist Birdville ISD.
COSEE California Communicating Ocean Sciences Session 4: Building Towards Inquiry.
How to Write Lesson Plan Using the Direct Teach Instructional Model.
MYP: Humanities The Criteria.
How People Learn – Brain, Mind, Experience, and School (Bransford, Brown, & Cocking, 1999) Three core principles 1: If their (students) initial understanding.
NCATE STANDARD I STATUS REPORT  Hyacinth E. Findlay  March 1, 2007.
JOT2 – LEARNING THEORIES
Student Learning Objectives (SLO) Resources for Science 1.
INTERACTIONS OF AIR, WATER AND LAND BLACK DIAMONDS: MERLINDA LIHAREVIC, NATHALY AREVALO, JAMILAH HUNTER, ROBERT DELBIANCO GRADE 4.
The Learning Cycle as a Model for Science Teaching Reading Assignment Chapter 5 in Teaching Science to Every Child: Using Culture as a Starting Point.
SCIENCE COMPANION: AN OVERVIEW OCTOBER 13, 2009 Debbie Leslie, University of Chicago Center for Elementary Mathematics and Science Education (CEMSE)
Constructing History: Using Primary Sources to Create Historical Narratives DANIEL A. COWGILL II- UNIVERSITY OF CENTRAL FLORIDA FLORIDA COUNCIL FOR THE.
Marzano’s Essential 9 Instructional Strategies Engaged Time = Student Gains.
NETA Power Point Slides to accompany: Prepared by Luigi Iannacci Trent University Copyright © 2013 by Nelson Education Ltd.
SCIENCE COMPANION: TRAIN THE TRAINERS OCTOBER 13, 2009 Debbie Leslie, University of Chicago Center for Elementary Mathematics and Science Education (CEMSE)
5 E’s Science Instructional Delivery Model. 5 E’s Science Instructional Model for Multiple-day Lessons Engage Explore Extend Evaluate Explain.
Teaching Children About Food Safety Food Safety Professional Development for Early Childhood Educators.
Relating Theory and Experience Prepare for Interview Course Requirement.
Learning Objectives for Senior School Students. Failing to plan is planning to fail. / Psychology of Achievement /
Planning for Instruction and Assessments. Matching Levels Ensure that your level of teaching matches your students’ levels of knowledge and thinking.
Conceptual Change Theory
Information for Parents Key Stage 3 Statutory Assessment Arrangements
Articulating Your Practice C3 - Session #3
Improving Teaching Practices through the Use of Video-Case Analysis
Inquiry-based learning and the discipline-based inquiry
Generating and Testing Hypotheses
The Holy Family Lesson Plan Format
Transforming Grading Robert Marzano
Articulating Your Practice C3 - Session #3
Division of Mathematics, Science and Advanced Academic Programs
Model Types Instructional Decisions Associated Lesson Plans
Welcome to the overview session for the Iowa Core Curriculum
“Pop” in to Find Out What’s New in Kindergarten
Planning and Managing Inquiry Instruction
Presentation transcript:

Chapter 5 Planning and Managing Inquiry Instruction D. Fulton, Spring 2012

What science content will you teach? Use National, State, and Local Standards to guide your decision. Consider what is developmentally appropriate for your students.

NSES standards id=4962&page=1 id=4962&page=1

How can you develop your own science background to support teaching? Refer to background information in teacher’s guides Read widely, especially science books written for children Examine lessons from quality science programs Use internet search engines and science education databases Talk to other teachers and science specialists Attend college courses and institutes for teachers Attend relevant sessions at national, regional, state, and local conferences for science teachers

What resource materials are available for planning science lessons? Local resources Books Technology!!

How can you develop and write objectives and create and sequence activities that engage students in meaningful learning? Be sure objectives are “measurable”, avoid such verbs as “understand” and “know” Be sure your objectives, learning activities, and assessments are aligned and developmentally appropriate Remember that Instructional Models help define effective sequences of activities

ABC’s of Objectives Audience – Behavior- What action or performance will be expected of students Conditions – Specify the “givens”. Sample objectives – Page 115

Lesson Activities Introduction to Lesson: Engage Create the “hook” Relate abstract academic knowledge to familiar experiences Motivate students Assess prior knowledge Engage students in a question that can be investigated Focus questions – Essential questions

Text -Some activities to use: Discrepant event Variety Activities to develop Inquiry Abilities Open Inquiry Activities Science Learning Centers Field Trips

What is a rubric? Specifies degree of expected performances of objectives Defines several different levels of knowledge and understanding in specific terms Specify the ideal levels of performance on lesson objectives and assess their actual level of attainment Turn to page 123

Page 123 of Text

How can you effectively design the learning environment, group students, and manage your classroom for learning?

Student Grouping Whole class Cooperative group structure Paired structure Individual Structure What are some management techniques of grouping?

What does text say about animals in the classroom? Comments of text (page 129) Experiences with animals in classroom

What safety precautions should you and your students take in doing science? See pages

Classroom Management Establish rules Have method for distribution/collection of materials Moving places Follow classroom management plan Have a contingency plan

How can you bring it all together to effectively implement inquiry teaching plans in your own classroom?

5. What is not consistent with the content of Chapter 5 in the following objectives? How would you change them to meet the criteria of a well written objective? A. Students will learn the properties of sound. B. Students will understand how sound travels. C. Students will hear sounds. D. Students will identify sounds. E. Students will know vocabulary words for the Sound Unit.

PhaseLesson Activity ____Engage A. Children assemble as a whole class. The teacher asks children to discuss the results of their investigations on light and color. Differences in group results are noted and discussed. The teacher introduces the notions of primary and secondary colors and discusses how they fit the children’s investigations and results. ____Explore B. The teacher uses a record sheet that lists children’s names and lesson objectives. Throughout the activities the teacher determines what each child seems to be learning. Problem sheets on light and color are completed by the children, with the teacher providing feedback on their learning. A test is given the completion of the lessons on light and color. ____Explain The teacher shows the students a color wheel consisting of a cardboard disc, colored with different wedge- or pie-shaped colors. A string is passed through two small holes in the color wheel. When the teacher spins the color wheel on the string, the children excitedly observe that the wheel seems to take on different hues. ___Elaborate Students use their new knowledge of color to investigate what happens when lights of various colors are shined on different colored objects. On a field trip to a supermarket, they note that red light is often used to illuminate the beef in meat cases. ___EvaluateChildren work in groups using color filters over flashlights to investigate what happens when different color lights overlap. They record their data on teacher prepared data sheets.

Measurable Objectives Science Examples After completing the lesson, the student will be able to: recall information about the reading... develop a basic knowledge of _____ (the solar system, etc.) record observations about... record and compare facts about _____ (the sun, moon, etc.) collect, organize, display, and interpret data about _____ demonstrate an understand of _____ in terms of _____ create a visual representation of _____ (the water cycle, etc.) understand the basic structure of _____ (an atom) identify states of matter... create a concept map of... identify relevant questions for inquiry sequence and categorize information... demonstrate learning by producing a _____ present their findings of _____ to the class