Developing 21 st Century Teachers and Administrators Who Can Lead 21 st Century Schools Chief Instructional Leaders October 16, 2008 21 st Century Curriculum.

Slides:



Advertisements
Similar presentations
Writing constructed response items
Advertisements

Inquiry-Based Instruction
The 21st Century Context for
Rich Classroom Assessment through Implementation of Project Based Learning Denise White WVDE Office of Instruction.
1 Instructional Strategies for 21 st Century Content Standards and Objectives Designed for NAEP sampled schools October 7 and 8, 2008.
Understanding Depth of Knowledge
Rubric Design Denise White Office of Instruction WVDE.
Deconstructing 21st Century CSOs
WVDE Online SB-IEP A System for Analyzing and Prioritizing Instruction for Students with Exceptionalities.
The Revised CSOs Denise White, WVDE. 21 st Century Learning Mission To grow the seeds of greatness in every child, teaching them to achieve to their fullest.
Understanding the ELA/Literacy Evidence Tables. The tables contain the Reading, Writing and Vocabulary Major claims and the evidences to be measured on.
Math Common Core Standards
 2007 Mississippi Department of Education 2007 Mississippi Mathematics Framework Revised Training (Grades K-5) Day 1.
Title I School Improvement Where have we been? Where are we going? Presented by Jan Stanley, State Title I Director April 2009.
Standards Based Instruction Presented by: Jan Stanley and Erin Sullivan March 2009.
Level 1 Recall Recall of a fact, information, or procedure. Level 2 Skill/Concept Use information or conceptual knowledge, two or more steps, etc. Level.
Learning Outcomes Participants will be able to analyze assessments
The Network of Dynamic Learning Communities C 107 F N Increasing Rigor February 5, 2011.
Authentic Performance Tasks
Educators Evaluating Quality Instructional Products (EQuIP) Using the Tri-State Quality Rubric for Mathematics.
Dr. Robert Mayes University of Wyoming Science and Mathematics Teaching Center
The SLO Process Session 2 Denver Public Schools Assessment, Research and Evaluation, 2014.
Integrating Initiatives Module 5 Presenters: Dr. Regina Cohn Dr. Robert Greenberg.
Career and College Readiness (CCR) NGSS, CCSS ELA/Literacy, CCSS Mathematics, MMC K-12 Science Framework and NGSS Review in Terms of CCR 1.
Interactive Science Notebooks: Putting the Next Generation Practices into Action
DOK and GRASPS, an Introduction for new staff
Common Core State Standards Video-Common Core Overview.
Rediscovering Research: A Path to Standards Based Learning Authentic Learning that Motivates, Constructs Meaning, and Boosts Success.
Moving to LDC in Chemistry. What is LDC? An Instructional Framework that builds in the instructional shifts that move us toward common Core Implementation.
Central concepts:  Assessment can measure habits of mind or habits of recall.  Tests have their limits.  It is important to know the purpose the test.
Nicole Paulson CCSSO Webinar March 21, 2012 Transition to the Common Core State Standards in Elementary Math.
NCTM Overview The Principles and Standards for Teaching Mathematics.
The Revised CSOs Lou Maynus, WVDE. 21 st Century Learning Mission To grow the seeds of greatness in every child, teaching them to achieve to their fullest.
Regional Planning Real World Applications for Citizens Delaware Recommended Curriculum Course for 9 th grade Training sponsored by DDOE and SSCD Presenters:
Project-Based Learning Training What is the problem with current education methods?
Educator Effectiveness Academy STEM Follow-Up Webinar December 2011.
TEA Science Workshop #3 October 1, 2012 Kim Lott Utah State University.
1. Principles Equity Curriculum Teaching 3 Assessment Technology Principles The principles describe particular features of high-quality mathematics programs.
“In years to come, your students may forget what you taught them
Inquiry and Investigation. What was the TOPIC? PROBLEM? CIVIC INQUIRY?
Developing Assessments for and of Deeper Learning [Day 2b-afternoon session] Santa Clara County Office of Education June 25, 2014 Karin K. Hess, Ed.D.
Presenter’s Guide to Multiple Representations in the Teaching of Mathematics – Part 1 By Guillermo Mendieta Author of Pictorial Mathematics
Achievethecore.org 1 Setting the Context for the Common Core State Standards Sandra Alberti Student Achievement Partners.
Curriculum Report Card Implementation Presentations
EDU 385 CLASSROOM ASSESSMENT Week 1 Introduction and Syllabus.
ENGAGING STUDENTS FOSTERING ACHIEVEMENT CULTIVATING 21st CENTURY GLOBAL SKILLS Designing Engaging Units for 21 st Century Learners Consider the 21st Century.
Developing 21 st Century Leaders Who Can Lead 21 st Century Schools 21 st Century Curriculum.
Overview Criteria Item Examples.  Create a sense of “measured urgency” ◦ Timeline is not immediate, but close ◦ Urgency in you and your teachers ◦ Difference.
Implementing the Common Core State Standards The Role of the School Counselor.
Depth of Knowledge (DOK)
Common Core State Standards An overview for Professional Development Leads March 8, 2010 Mary Russell, Region 3 Joyce Gardner, Region 8.
© 2015 The College Board The Redesigned SAT/PSAT Key Changes.
Common Core State Standards Introduction and Exploration.
Georgia will lead the nation in improving student achievement. 1 Georgia Performance Standards Day 3: Assessment FOR Learning.
Quick Write Reflection How will you implement the Engineering Design Process with your students in your classes?
Maryland College and Career Readiness Conference Summer 2015.
Understanding Depth of Knowledge as it Relates to Unpacking the WV CSOs Adapted from the Office of Instruction’s Presentations posted on Teach st.
Preparing learners for 21 st Century Living.  Task: Spend 2-3 minutes creating a bulleted list of key features of Project Based Learning.
© 2012 Common Core, Inc. All rights reserved. commoncore.org NYS COMMON CORE MATHEMATICS CURRICULUM A Story of Units Module Focus- Grade 3.
Elizabeth Stevenson Teaching, Learning and Leading In the 21 st Century EDU-650 Dr. Allison Rief May 30, 2014 Elizabeth Stevenson Teaching, Learning and.
SBAC-Mathematics November 26, Outcomes Further understand DOK in the area of Mathematics Understand how the new SBAC assessments will measure student.
Designing a Culminating Task Presented by Anne Maben UCLA Science & Literacy Coach Based on the model by Jay McTighe, Maryland Assessment Consortium.
Common Core State Standards in the Elementary Schools in Blue Valley.
Understanding Depth of Knowledge. Depth of Knowledge (DOK) Adapted from the model used by Norm Webb, University of Wisconsin, to align standards with.
The Role of the School Librarian & Media Specialist In the Student Learning Objectives (SLO) Process South Carolina Department of Education Steve Driscoll,
Casimir Middle School TUSD Transition to the Common Core.
Instructional Practice Guide: Coaching Tool Making the Shifts in Classroom Instruction Ignite 2015 San Diego, CA February 20, 2015 Sandra
Competency Based Learning and Project Based Learning
STAAR: What do we notice?
Learning Circles & PBL Chris Hockert IEARN Project
Presentation transcript:

Developing 21 st Century Teachers and Administrators Who Can Lead 21 st Century Schools Chief Instructional Leaders October 16, st Century Curriculum

21 st Century Learning Mission To grow the seeds of greatness in every child, teaching them to achieve to their fullest potential so that they may be globally intelligent and resilient in our 21 st Century world. Dr. Steven Paine

Policy Policy Definition of Curriculum The content standards, objectives and performance descriptors for all required and elective content areas and 21 st century learning skills and technology tools at each programmatic level

The West Virginia Standards for 21 st Century Learning include 21 st century content standards and objectives as well as 21 st century standards and objectives for learning skills and technology tools. This broadened scope of curriculum is built on the firm belief that quality engaging instruction must be built on a curriculum that triangulates rigorous 21 st century content, 21 st century learning skills and the use of 21 st century technology tools. Policy

The Rigor/Relevance Framework A Acquisition B Application C Assimilation D Adaptation KNOWLEDGEKNOWLEDGE TAXONOMYTAXONOMY Evaluation Synthesis Analysis Application Understandin g Awareness APPLICATION MODEL KnowledgeApply in discipline Apply across disciplines Apply to real world predictable situations Apply to real- world unpredictable situations

Three Ways to Improve Student Learning Raise the level of rigor in the content standards and objectives Increase the skill and knowledge of teachers in teaching the content Engage students in active learning designed around the standards for content, learning skills and technology tools.

What is so different about these Content Standards?

Depth of Knowledge Level 1 – Recall, recognition. Skill a behavior or sequence of behaviors learned through practice and easily performed Level 2 – Application of skills, concepts; conceptual understanding; procedural understanding Level 3 – More sophisticated reasoning and analysis; students required to solve problems, draw conclusions given data, arguments, situations and other information; construct mental models translating among different representations; justifying from evidence; summarizing a body of text Level 4 – Extended thinking; requires integration of knowledge from multiple sources and ability to represent knowledge in a variety of ways; usually requires work over a period of time

RELA CSO Comparison – Grade 4 Previous Policy RLA summarize the authors purpose (e.g., to persuade; to inform; to determine a specific viewpoint). Revised Policy 07/01/08 RLA.O determine authors purposes in literary and informational texts and use supporting material to justify authors intent: To persuade To entertain To inform To determine a specific viewpoint

Science CSO Comparison – Grade Former Policy AB.4.31 investigate and discuss that the number of organisms any environment can support depends on the resources available Revised Policy 07/01/08 SC.O.B.2.18 evaluate environmental factors that affect succession, populations and communities.

Mathematics CSO Comparison Grade 3 Previous Policy MA compare and order fractions with like and unlike denominators using concrete models. Revised Policy M.O create concrete models and pictorial representations to compare and order fractions with like and unlike denominators, add and subtract fractions with like denominators, and verify results.

Where do we begin?

UNPACKING THE CONTENT STANDARDS

The UbD Three-Circle Audit Process

Curricular Priorities and Assessment Methods Traditional quizzes and tests (selected response) ……. Quizzes and tests (constructed response) ……. Performance tasks and projects … Performance tasks and projects (complex, open-ended, authentic) ……...

/

More About Objectives: Learning Targets

Power Standard Grade 3 Mathematics: The student will use symbolic representations to compare, order, add and subtract like denominators, and extend this knowledge to problem solve, and analyze real-world problems as they construct and organize data. M.O.3.1.5demonstrate an understanding of fractions as part of a whole/one and as part of a set/group using models and pictorial representations M.O.3.1.6create concrete models and pictorial representations to Compare and order fractions with like and unlike denominators, Add and subtract fractions with like denominators and verify results M.O.3.1.7use concrete models and pictorial representations to demonstrate an understanding of equivalent fractions, proper and improper fractions, and mixed numbers M.O collect and organize grade-appropriate real-world data from observation, surveys, and experiments, and identify and construct appropriate ways to display data. M.O.3.5.3analyze real-world data represented on a graph using grade- appropriate questions.

Identifying Learning Targets M.O Create concrete models and pictorial representations to Compare and order fractions with like and unlike denominators, Add and subtract fractions with like denominators, and verify results. Knowledge (2)Performance (8) Reasoning (10)Product (8) *See handout for detailed identification

The Academic Prompt A structured performance task that elicits the students creation of a controlled performance or product. These performances and products should align with criteria expressed in a scoring guide or rubric. Successful prompts articulate a format, audience, topic/content focus, and purpose (FAT-P).

Example Academic Prompt FAT-P Planning to Take Action The citizens of Hacker Valley, West Virginia, are upset about how the state legislature is dealing with their pleading for a public water system to address the level of arsenic in ground water. With a partner create a chart, table, or timeline depicting previous actions and three actions your partner committee feels would be beneficial to prompt your delegate or senator to work to obtain the needed waterline. Share your findings with other committee groups. Discuss what actions have merit and which actions are not plausible at this time.

Example Academic Prompt FAT-P Balancing Mobile You are a sculptor and you have been hired to design a large metal mobile. This mobile will be made of flat triangular metal plates and is to be displayed in the town museum. Each triangular piece will hang so that it will be suspended with the triangular surface parallel to the floor. You are to construct a model using Geometers Sketchpad and experiment with the points, segments and triangles to look for solutions. From what point should each piece hang? Why would you want to find the center of a triangle? What is this point called?

Elements of an Effective Performance Task and Culminating Project G=real-world goals R=real-world role(s) A=real-world audience S=real-world situation P=real-world products and performances S=standards for acceptable performance

Example Culminating Assessment GRASPS Conic Sections Play a Fundamental Role in Space Science You are an engineer employed by NASA. You have been asked by your former mathematics teacher to return to your alma mater and give a PowerPoint presentation to an Algebra II class on How Conic Sections Play a Fundamental Role in Space Science. In your presentation, you will include pictures and detailed examples of the mathematics used for each of the conics sections.

A Rubric is based on a continuum of performance quality aligned with the WVCSO performance descriptors, built upon a scale of different possible score points to be assigned; identifies the key traits or dimensions, as represented by the identified learning targets, to be examined and assessed; and provides key features of performance for each level of scoring (descriptors) which signify the degree to which the criteria have been met.

What resources are currently available to assist classroom teachers?

Pbl vs. projects ProjectsPBL Teacher directedStudent driven Single answerOpen-ended SummativeOn-going ThematicDriving question/challenge FunEngaging Answer givingProblem solving School worldContextualized – Real world Curricular add-onCurricular focus Continuum of Practice

Civil Rights Exhibit Coming to America Constitutional Amendments Write On 21st Century Learning Skills 21st Century Technology Tools

21 st Century Learning Mission To grow the seeds of greatness in every child, teaching them to achieve to their fullest potential so that they may be globally intelligent and resilient in our 21 st Century world. Dr. Steven Paine What do you need from the Office of Instruction to assist you as you work with your teachers to achieve our 21 st Century learning mission?