Unit Plan Assignment  Story of What Happened  Making Sense of Focus Students’ Responses  Improvements to Parts I through IV Lesson Sequences for Teaching.

Slides:



Advertisements
Similar presentations
What is your definition of descriptive feedback?
Advertisements

The Framework for Teaching Charlotte Danielson
Department of Mathematics and Science
FAILURE IS A PREREQUISITE Demeterius “FLITE” Smith New Directions In Student Development Conference Friday, March 7, 2014 Piedmont Technical College.
Nationellt Centrum för Matematikutbildning vid Göteborgs Universitet Teaching Math through Problem Solving 1 Teaching School Mathematics through Problem.
1 Welcome to Module 1 Principles of Mathematics Instruction.
Quality First Teaching In Any Subject From Good to Outstanding
 Integrating LFS Into Guided Reading Donna Jay What is guided reading?
Academic Teacher Resources Student Wall Planner and Study Guide MOTIVATE YOURSELF.
Why should they care?. A model for motivation  Expectancy  Your expectation about your ability to accomplish the task  Am I capable and prepared to.
Research & Analysis Chapter 5 Motivation. Basic Motivational Concepts ** Review classroom vignettes--pg. 145 Basic Motivational Concepts ** Review classroom.
Learning and Teaching Linear Functions Video Cases for Mathematics Professional Development, 6-10.
Shameicha Wade Curriculum Specialist. What is An Essential Question?
Agenda Opening activity (15 min) I-AIM Revisit framework (15 min) Sound activities (30 min) Discussion (20 min) Literacy Integration Texts in the classroom.
NCTM’s Focus in High School Mathematics: Reasoning and Sense Making.
Writing in Math: It’s More than Just Numbers These Days Ashley Settle Holly Springs-Motlow Elementary.
Science Inquiry Minds-on Hands-on.
Family and Community Support Family and Community Supports Workshop.
Grade 1 Mathematics in the K to 12 Curriculum Soledad Ulep, PhD UP NISMED.
ESSENTIAL QUESTIONS How Do I Write Them?. WHAT ARE THE MOST IMPORTANT CONCEPTS MY STUDENTS SHOULD LEARN FROM THIS LESSON/CHAPTER/UNIT?  Essential questions.
The Common Core Curriculum By Dean Berry, Ed. D. Gregg Berry, B.A.
Section 1 Systems of Professional Learning Module 5 Grades K–5: Focus on Sustaining Change.
Differentiated Ideas for the Classroom. Meltdown anyone??  What happens when you don’t differentiate? What happens when you don’t differentiate?
Building Community within the Mathematics Classroom Unit of Study 0 Global Concept Guide: 1 of 1.
Standards-Based Science Instruction. Ohio’s Science Cognitive Demands Science is more than a body of knowledge. It must not be misperceived as lists of.
SOL Changes and Preparation A parent presentation.
Elements of successful lesson and some classroom management tips Lecturing.
Encompasses a broad, overall approach to instruction.
ESSENTIAL QUESTION What does it look like and sound like when students use evidence to support their thinking?
DIFFERENTIATION OF INSTRUCTION Dr. Dan Bertrand. What we know Classrooms have always included students who:  Learn at different rates  Have varying.
Welcome to... Introduction to A Framework for Teaching 10/12/2015pbevan 1.
RIGOR IN ASSESSMENTS Nov 14 – Teach for America Break-Out Session.
Inquiry and the IB. Stuents do not learn by doing. on what they have done. Rather, they learn by and.
Teacher-Librarian Supported Inquiry-Based Learning
Instructional Strategies That Support Mathematical Problem Solving Janis FreckmannBeth SchefelkerMilwaukee Public Schools
Exit Outcome Program Outcome Grade Outcome Unit Outcome Lesson Outcome Design Down Teach Up.
Gradual Release of Responsibility
Everyone Communicates Few Connect
Our Community: THINGS ARE JUST NOT THE SAME!. UNIT SUMMARY: Children are often under the impression that the way things are in their world is the way.
On a Good Teacher. “ Believing in what you teach and teaching what you believe creates a powerful role model for our students. ”
Interactive Notebooks Students do –Provide evidence of their learning –Share ideas to generate more ideas –Refer back to them as they work Students do.
Raising Questions Adventures with Ice Balloons * All these activities are taken from the Institute for Inquiry at the Exploratorium.
DO NOW: 1.State whether you agree or disagree with this statement-and tell me WHY- “Everyone learns the same way.” Be prepared to justify your answer.
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.
My Action Research Tracey Low. How do I develop a classroom learning programme which stimulates, engages and extends more able students in their learning?
GSS as a Professional Learning Community. What do we already know about PLC’s?
T 4.0 Chapter 4: Planning Inquiry Lessons Chapter 4: Planning Inquiry Lessons Central Concepts:  Inquiry lessons focus on knowing and doing  Concept.
Welcome and Hellos! Introduce yourself- school 1 Hope and 1 fear for this work that lies ahead. Process- introductions work on building community Priming.
Teacher Interviews Standard #3 learning environments: the teacher works with others to create environments that support individual and collaborative learning,
Examples of the First 6 Keys! Integrity, Failure Leads to Success, This Is It, Speak with Good Purpose, Commitment, Ownership.
Marking and Feedback CPD Student approach to marking.
Linear Growing Patterns and Relations: A Sneak Preview Grade Wendy Telford Grade Wendy Telford.
The lesson as a process. Preliminary work and planning Follow up and reflection PhaseAction Start Teaching in front Questions and answers Messages Working.
Increasing Rigor in the Classroom Natalie Redman.
How to Teach Science using an Inquiry Approach (ESCI 215 – Chapter 1)
Welcome Science Teachers! Today Propel/ASSET Notebooking 8:30-11:30 Resources PTEI 5-HS 12:00-3:30 Kristen Golomb: Science Coach ASSET Resources Lesson.
Growing Through Change August 2 & 4, 2011 Leadership Academy 2011 LCPS Preparing all students to be competitive and productive citizens in a global economy.
Welcome to Island Ecology for Educators!. “If we are going to save the environment, then we must save an endangered indicator species: the child in nature.”
Welcome! Social Studies Alive! My School and Family.
April 7, 2005Olson NARST Presentation, Dallas1 Ways of knowing science and opportunities for student learning Mark Olson Neag School of Education University.
Learning Targets Formative Assessments and Performance Scales How to Use Them Continually, Effortlessly, and Seamlessly Throughout Your Lessons.
Science is…. Introduction Science in the early childhood classroom should be hands-on, experimental, exciting and fun (Bredekamp & Copple, 1997) Science.
Culture Snapshot Card Sort Analysis Video Questions.
Lesson Planning Sequence
The Learning Cycle 1 Prepare for learning 2 6 Review – Step back
Clinical Interview Workshop
Discourse Measurement
Science Leaders Network Meeting
Inquiry in Science.
Q uality uestioning Henrico County Public Schools
Presentation transcript:

Unit Plan Assignment  Story of What Happened  Making Sense of Focus Students’ Responses  Improvements to Parts I through IV Lesson Sequences for Teaching Definitions  Deductive (Learning Cycle)  Inductive (TOP or OP inquiry cycle)  Improvements in Your Understanding of Science Teaching

Teaching Science for Motivation and Understanding (pp ) “As a teacher, you will work with students who are not motivated to learn science, either because they don’t care (low value) or because they don’t believe that they can succeed (low expectancy). These problems often go together, and it isn’t always easy to tell which is the more prominent. Many students, for example, would rather be seen by their peers as lazy or rebellious than as stupid, so they will pretend not to care (saying they don’t value the task), even if the underlying problem is their fear of failure (low expectancy of success). You will probably worry a lot about unmotivated students.”

Engagement or Motivation to Learn Is… …effort that students put into active learning (developing useful and connected knowledge)

Necessary But Not Sufficient  Appropriate rewards (e.g. grades)  Moments of excitement (e.g., interesting demonstrations)  Teaching students to be motivated Essential preparation Modeling Coaching

Three Problems in Teaching for Engagement 1. Essential preparation a) Figuring out what’s engaging about the science for you personally b) Figuring out what’s engaging about your students for you personally 2. Modeling: Making your engagement with science and students visible to them 3. Coaching: Helping your students develop their own reasons for being engaged

Essential Preparation: Your Personal Interests  What is interesting to you about the science content you are teaching?  What is interesting to you about your students?  (It’s very hard to motivate students to learn if you don’t have honest answers to these questions.)  (Answering these questions honestly is intellectual work--more than “psyching yourself up”)

Essential Preparation: My Personal Reasons  What’s engaging about science? Elegant tools for making sense of the world, enabling you to see the simple patterns and models underneath all the complexity of phenomena Usefulness and connectedness Big Ideas, EPE, Practices of Science  What’s engaging about students? Informal scientific reasoning (initial EPE, misconceptions, reasoning strategies) Assessment of focus students

Unit Plan Assignment  Story of What Happened  Making Sense of Focus Students’ Responses  Improvements to Parts I through IV Lesson Sequence for teaching definitions  Deductive (Learning Cycle)  Inductive (TOP or OP inquiry cycle)  Improvements in Your Understanding of Science Teaching

Unit Plan Assignment  Story of What Happened  Making Sense of Focus Students’ Responses (Alternative)  Improvements to Parts I through IV Lesson Sequence for teaching definitions  Deductive (Learning Cycle)  Inductive (TOP or OP inquiry cycle)  Improvements in Your Understanding of Science Teaching

Engaging with the Content  Look back at the content for your unit or lesson sequence.  What about this content is interesting and important to you? Why do you care about this content? or  What about this content should be interesting and important for your students to understand? Why should it be important to them?  Answer one of these questions somewhere on the Unit Plan Report.

Engaging with your students  Option 1 – Show how your students’ understandings of science are interesting by completing “Making Sense of Focus Students’ Reponses” in Part V.  Option 2 – Answer the following question about each of your three focus students. What is interesting about this student?

Discussions in twos or threes  Look back at the content for your unit or lesson sequence.  What about this content is interesting and important to you? Why do you care about this content? or  What about this content is important for your students to understand? Why should it be important to them?  Option 1 – Show how your students’ understandings of science are interesting by completing “Making Sense of Focus Students’ Reponses” in Part V.  Option 2 – Answer the following question about each of your three focus students. What is interesting about this student?

Modeling: My Personal Strategies  Finding ways to reveal or talk about how you can see patterns, use models to explain and predict phenomena Demonstrations Cases: Stories that lead to interesting science Examples Metaphors, analogies  Finding ways to listen to students when they’re talking about their reasoning POE Personal interviews Student writing

Coaching: My Personal Strategies  Expectancy: Making sure that students’ effort can lead to success Preassessment, understanding students Reasonable objectives Lesson sequences  Value: Engaging and developing students’ interests Safe and welcoming classroom community Building usefulness and connectedness through lesson sequences