R eading First Action Seminar Los Angeles Unified School District April 2005.

Slides:



Advertisements
Similar presentations
Inquiry-Based Instruction
Advertisements

Performance Assessment
Objectives Identify the differences between Analytical Decision Making and Intuitive Decision Making Demonstrate basic design and delivery requirements.
Department of Mathematics and Science
Enrichment ? Gifted and Talented programs are generally top 5 to 10% Statute for gifted population only requires meeting the needs of the top 3 to 5 %
Teacher - Learner Continuum Teacher-DirectedGuided InquiryLearner-Directed Less MoreSelf- Direction.
Professional Development in Science Processing Scientific Data February 2014.
As a result of activities in grades 9-12, all students should develop: abilities necessary to do scientific inquiry. understandings about science inquiry.
MED  Problem of the Day: SEND +MORE MONEY.
Common Core Planning for Content & Practice Preparing Los Angeles Students for College and Career.
Leadership Role in Creating an Effective Mathematics Classroom.
Big Ideas and Problem Solving
Ind ENTREPRENEURS MUST BE ABLE TO THINK CREATIVELY!  Solve problems  Generate, develop, and communicate new ideas.
Professional Learning in the Learning Profession Effective Practice  Increased Student Learning Frederick Brown Director of Strategy.
Turn Down the Heat: Exploring Thermal Insulation.
“Isn’t All Education Special?”
The 5 E Instructional Model
Empowering Student Participation Lisa Sabella Karen Kondrick Allyson Bird Ripley Central School District.
POST SEMINAR WRITING: IT’S TIME FOR PRODUCTS & AUDIENCES THAT DEVELOP INFORMATIONAL AND PERSUASIVE GENRES (K-6) JENNIFER R. MANGRUM, PHD. UNIVERSITY OF.
Scientific Inquiry: Learning Science by Doing Science
Leveraging Educator Evaluation to Support Improvement Planning Reading Public Schools Craig Martin
The Common Core Curriculum By Dean Berry, Ed. D. Gregg Berry, B.A.
Department of English Language Arts
9/12/2015 Kevin G. Tucker/University of Belize1 Meaningful Social Studies.
Characteristics of Effective Learning Communities PowerUp Orientation.
Preparing New Doctoral Students for Academic Practice: Cultivating New Students’ Scholarly Identity and Practice through Cognitive Apprenticeship Ann E.
Problem Based Learning (PBL) Using Case Studies to Teach Science Jane Indorf, PhD Department of Biology University of Miami.
Click Introduction on the menu to the left
Montgomery County R-II Schools November 8, 2012 School Board Report Title I Instructional Coaches introducing Mrs. Jeania Burton, Literacy Coach Mrs. MaryAnn.
Inquiry and Investigation. What was the TOPIC? PROBLEM? CIVIC INQUIRY?
JUDI KUSNICK EXCELLENCE IN SCIENCE EDUCATION (eSCI) SACRAMENTO STATE UNIVERSITY ELK GROVE UNIFIED SCHOOL DISTRICT Challenging curricula in elementary science.
1 What are the roles of learning targets and success criteria in my classroom? – I can specify plans for engaging my students with learning targets.
21 st Century Survival Skills Adapted from The Global Achievement Gap By Tony Wagner For: Dobbs Fellowship on 21 st Century Skills Bernadette Mc Adam.
Curriculum Report Card Implementation Presentations
Principles of Effective Writing Instruction Students need frequent, predictable time to write. Students need to be able to choose writing topics. Students.
Celebrate Our Rising Stars Summit VI “Preparing ELLs to Succeed in the 21 st Century” Teaching Learning Collaborative (TLC) Classroom Teacher Project.
1. 2 COMMON CORE PRIORITIES Back to School
Welcome Science 5 and Science 6 Implementation Workshop.
Engage, Inquire and Inspire IMSS Leadership Institute Fall 2012.
NCATE STANDARD I STATUS REPORT  Hyacinth E. Findlay  March 1, 2007.
SARAH DOERR DISTRICT LITERACY COACH SCHOOL DISTRICT OF MENOMONEE FALLS Extending Student Thinking Through Readers’ (and Writers’) Workshop.
April 25 th Classrooms for the Future Facts 08’  358 High Schools in PA  12,100 Teachers  83,000 Laptops  101 Million Statewide Spent  3.75.
Adapting Existing Science Lessons to Address Science and Engineering Practices for Science in 3-D R. Thomas Layfield All Presentation Materials Available.
Welcome to: Next Generation Science Standards (NGSS) – Creativity: Applications and Assessment Before we start, if you have a smart phone please download.
Changes in Professional licensure Teacher evaluation system Training at Coastal Carolina University.
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.
Quick Week 4 Review * Being an English detective.
Meeting Norms and Expectations Be punctual and prepared Support each other by actively listening and staying engaged Stay on topic according to what is.
The World of Life Science
Understanding the Common Core State Standards and Literacy Standards.
We believe that children's engineering can and should be integrated into the material that is already being taught in the elementary classroom -it does.
GREAT EXPECTATIONS: THE POWER OF SETTING OBJECTIVES September 2014 Ed Director Meeting.
Personal Communication as Classroom Assessment. “What’s in a question, you ask? Everything. It is a way of evoking stimulating response or stultifying.
“Let us examine this question together my friend, and if you can contradict anything that I say, do so, and I shall be persuaded.” Crito, Plato Socratic.
Chapter 6 Assessing Science Learning Updated Spring 2012 – D. Fulton.
Implementing the Professional Growth Process Session 3 Observing Teaching and Professional Conversations American International School-Riyadh Saturday,
Teacher Professional Learning and Development Presentation for PPTA Curriculum Workshops 2009.
Conceptual Change Theory
Session 8, Skill Practice and Assessment
Lecturette 2: Steps to Improve Data Use
The Principia Upper School English Teacher
CCRS Quarterly Meeting English Language Arts
Big Ideas and Problem Solving
Lecturette 2: Mining Classroom Data
Lecturette 2: Steps to Improve Data Use
Reading First Action Seminar
Session 1, Program Introduction and Overview
Linking Evaluation to Coaching and Mentoring Models
Reading First Action Seminar
Six Tips to Inspire Instruction
Presentation transcript:

R eading First Action Seminar Los Angeles Unified School District April 2005

O bjective & O utcomes Participants will: 1. Assess the quality of the evidence. 2. Develop our understanding of the elements of the narrative genre. 3. Analyze selections to experience explicitly reading with a writer’s eye.

C reating a Learning Environment Better quality questions result in more challenge to the thought processes of the brain (Berliner, 1984). The ability to ask questions allows individuals to be creative, to imagine beyond what is given, to search for missing information, physical rationales, and human purposes that will explain the given (Harpaz & Lefstien, 2000).

F ollow-up C onversation Let’s look at our evidence. Let’s learn together.

O bjective & O utcomes Participants will: 1. Assess the quality of the evidence. 2. Develop our understanding of the elements of the narrative genre. 3. Analyze selections to experience explicitly reading with a writer’s eye.

What adds up to good writing instruction? Knowledge of the Standards Quality Writing Instruction + Writing Process Genre + = ( ) Conceptual Development

L et’s t alk Why do humans communicate?

N arrative w riting is… Add your ideas to your Inquiry Journal

H anding- O ff D iscussion

Magnifying a Genre: Narrative Use your teacher’s edition to find multiple opportunities to learn about and observe either Storycrafting lessons or Grade 2 lessons that have students “read with a writer’s eye.”

Action Steps How much do your students know about narrative genre? Talk with your school team and decide on the evidence that you will need to collect in order answer this question.

There is no room for failure… As pioneers, it is impossible to get it right the first time. No one has yet drawn accurate maps - explorers learn as they go. The maps that pioneers create will make it easy for large populations to migrate easily to the future, but their own explorations require great sacrifice and constant learning. Our present culture doesn't support this kind of experimentation. We want right answers quickly; we ask people to demonstrate success early in their ventures. We evaluate them based on short-term measures. We seldom give adequate time for the explorations and failures that are part of mapping a new territory. Instead of offering additional resources to their explorations and experiment, we abandon them in favor of safer projects that employ familiar, flawed means. -From Supporting Pioneering Leaders as Communities of Practice: How to Rapidly Develop New Leaders in Great Numbers