FITS WITH MINIMAL EFFORT

Slides:



Advertisements
Similar presentations
LASSO’n Readers through Social Studies Content
Advertisements

What do you know about the Rigor/Relevance framework?
Critical Reading Strategies: Overview of Research Process
Department of Mathematics and Science
WEBQUEST Let’s Begin TITLE AUTHOR:. Let’s continue Return Home Introduction Task Process Conclusion Evaluation Teacher Page Credits Introduction This.
Co-Teaching as Best Practice in Student Teaching Conclusion 1.
Curriculum Instruction & Assessment Part I - Alignment By Tina Waddy.
Template.
Lesson Planning. Successful Lessons Engaging and challenging Attaining the goals and objectives Exciting and fun Connecting learning content with students’
Grouping for Reading Instruction Teaching Reading in a Mixed-ability Classroom.
Thinking, reasoning and working mathematically
By: Mahmood Sedaghatian  Anticipatory Set  Transformation Geometry  Project Description  Timeline  Resources  Grading  Technology Used  Learning.
The 5 E Instructional Model
Rediscovering Research: A Path to Standards Based Learning Authentic Learning that Motivates, Constructs Meaning, and Boosts Success.
Teaching History As Mystery: An Inquiry Strategy That Works!
22 nd November  To recap understanding of the Ormskirk School lesson plan  To develop understanding of the accelerated learning cycle  To share.
PROMOTING ASSESSMENT FOR LEARNING BY USING SELF-ASSESSMENT IN AN ESP COURSE Sasikarn Howchatturat Faculty of Management Science, Silpakorn University Doing.
Managing and Teaching the Physical Education Lesson Chapter 7.
5 E’s Lesson Model.
New Teachers’ Induction January 20, 2011 Office of Curriculum and Instruction.
The 5 E’s Science Lesson Inquiry-Based Instruction.
Lesson Plan Project by Jill Keeve. Goal/Objective Goal : Students will use a reading excerpt to explore alternate background information on conic sections.
Ch. 3 StudyCast SarahBeth Walker. NETS-T Standard 1  Teachers use their knowledge of subject matter, teaching and learning, and technology to facilitate.
Out of this World WebQuest It is easier than you think! Created by Susan Crowley.
SYLLABUS & LESSON PLAN EDU555 Curriculum and Instruction Encik Muhamad Furkan Mat Salleh Faculty of Education Universiti Teknologi MARA.
Welcome Science 5 and Science 6 Implementation Workshop.
Research Report Writing Presentation How to write a complete research report Part 1: Introduction.
IST_Seminar II CHAPTER 12 Instructional Methods. Objectives: Students will: Explain the role of all teachers in the development of critical thinking skills.
Greenbush. An informed citizen possesses the knowledge needed to understand contemporary political, economic, and social issues. A thoughtful citizen.
Indirect Teaching Also known as inquiry or discovery learning. Also known as inquiry or discovery learning. Students are provided with information and.
Chalmers University of Technology, Göteborg, Sweden, CDIO conference 2009 Lessons learned from developing and operating a large-scale project course.
WebQuest. The WebQuest model was developed by Bernie Dodge at the San Diego State University in 1995.
Inquiry Road Map A Guidance System for 21 st Century Learning By Mary Ratzer.
Planning for Instruction and Assessments. Matching Levels Ensure that your level of teaching matches your students’ levels of knowledge and thinking.
Questioning Strategies
Teaching for Deep Learning in an active and engaging way Session 9.
Inquiry-Based Instruction
1. Question & Research Task
Organizing Students for Cognitively Complex Tasks
Story Problems…Solved
Questioning Strategies
Contemporary Issues November 8, 2010.
Test Before You Trust 1. Question Online Sources
PROFESSIONAL DEVELOPMENT
Three-Phase Lesson Plan Model
Mystery Science Summer 2017 Professional Development
Your Inquiry Project
“Tell me and I forget. Show me and I remember
..
2nd Grade Evaluative Thinking Lesson Construction Thinkers Key – Intro for Teachers CCSD Advanced Learning – Talent Development.
Test Before You Trust 1. Question Online Sources
Steps scientist use to solve a problem
POD #3 Lab Safety 8/11/15 List two things you should do ahead of time to prepare for a lab. What is the most important rule when performing a lab? What.
Workshop Journey Sherry Roberson
Overview of Group Presentations & Counterarguments
Scientific Method The order of things..
Second Semester Overview
Thinking Skills Approaches
Developing Questioning Skills
Scientific Method January 19 , 2009
Scientific Method The order of things..
Slam Dunk Title 1. Question & Research Task
EXPLICIT DIRECT INSTRUCTION
Teaching Science for Understanding
The synthesis question
Slam-dunk Title 1. Question Type Essential Question Here Next
MPT CLINIC Summer 2019 MPT SESSION
Six Tips to Inspire Instruction
Chapter 6 Study Guide Task
Presentation transcript:

FITS WITH MINIMAL EFFORT MYSTERY LESSON INTRODUCE POOR FIT PRACTICE AND APPLICATION NEW KNOWLEDGE REFLECTION FITS WITH SOME EFFORT FITS WITH MINIMAL EFFORT ASSESSMENT NATURAL FIT

How to Use the Strategy Begin by explaining the content of the lesson and the goals of the mystery strategy. Engage student interest by presenting a problem to be solved, a question to be answered, or a situation to be explained. Encourage students to tap into their background knowledge about the topic or problem and to generate tentative hypotheses or solutions. Present students with a variety of brief clues. Ask students or student teams to read the clues carefully, organize them into relevant groups, and give each group a descriptive label. Clues may be placed in more than one group. Instruct students to use their labeled groups to develop hypotheses. Allow students to merge groups and refine hypotheses. Hold a discussion in which students present, defend, and further refine their hypotheses. Assign a synthesis task that allows student to apply what they have learned.

How to Use the Strategy How to Use the Strategy Begin by explaining the content of the lesson and the goals of the Mystery strategy. Engage student interest by presenting a problem to be solved, a question to be answered, or a situation to be explained. Encourage students to tap into their background knowledge about the topic or problem and to generate tentative hypotheses or solutions. Present students with a variety of brief clues. Ask students or student teams to read the clues carefully, organize them into relevant groups, and give each group a descriptive label. Clues may be placed in more than one group. Instruct students to use their labeled groups to develop hypotheses. Allow students to merge groups and refine hypotheses. Hold a discussion in which students present, defend, and further refine their hypotheses. Assign a synthesis task that allows student to apply what they have learned. Begin by explaining the content of the lesson and the goals of the Mystery strategy. Engage student interest by presenting a problem to be solved, a question to be answered, or a situation to be explained. Encourage students to tap into their background knowledge about the topic or problem and to generate tentative hypotheses or solutions. Present students with a variety of brief clues. Ask students or student teams to read the clues carefully, organize them into relevant groups, and give each group a descriptive label. Clues may be placed in more than one group. Instruct students to use their labeled groups to develop hypotheses. Allow students to merge groups and refine hypotheses. Hold a discussion in which students present, defend, and further refine their hypotheses. Assign a synthesis task that allows student to apply what they have learned. How to Use the Strategy How to Use the Strategy Begin by explaining the content of the lesson and the goals of the Mystery strategy. Engage student interest by presenting a problem to be solved, a question to be answered, or a situation to be explained. Encourage students to tap into their background knowledge about the topic or problem and to generate tentative hypotheses or solutions. Present students with a variety of brief clues. Ask students or student teams to read the clues carefully, organize them into relevant groups, and give each group a descriptive label. Clues may be placed in more than one group. Instruct students to use their labeled groups to develop hypotheses. Allow students to merge groups and refine hypotheses. Hold a discussion in which students present, defend, and further refine their hypotheses. Assign a synthesis task that allows student to apply what they have learned. Begin by explaining the content of the lesson and the goals of the Mystery strategy. Engage student interest by presenting a problem to be solved, a question to be answered, or a situation to be explained. Encourage students to tap into their background knowledge about the topic or problem and to generate tentative hypotheses or solutions. Present students with a variety of brief clues. Ask students or student teams to read the clues carefully, organize them into relevant groups, and give each group a descriptive label. Clues may be placed in more than one group. Instruct students to use their labeled groups to develop hypotheses. Allow students to merge groups and refine hypotheses. Hold a discussion in which students present, defend, and further refine their hypotheses. Assign a synthesis task that allows student to apply what they have learned.

Planning a Mystery Lesson Identify a question to be answered, riddle to be solved, situation to be explained, or secret to be discovered. Gather or develop the clues. Decide how students will work to solve the mystery. Determine how you will present the clues. Select a format for the presentation of students’ conclusions. Identify a question to be answered, riddle to be solved, situation to be explained, or secret to be discovered. Gather or develop the clues. Decide how students will work to solve the mystery. Determine how you will present the clues. Select a format for the presentation of students’ conclusions. Planning a Mystery Lesson Planning a Mystery Lesson Identify a question to be answered, riddle to be solved, situation to be explained, or secret to be discovered. Gather or develop the clues. Decide how students will work to solve the mystery. Determine how you will present the clues. Select a format for the presentation of students’ conclusions. Identify a question to be answered, riddle to be solved, situation to be explained, or secret to be discovered. Gather or develop the clues. Decide how students will work to solve the mystery. Determine how you will present the clues. Select a format for the presentation of students’ conclusions.