Project Based Learning at Island View School Originally presented at the School District 8 Principals’ Meeting, January 19, 2011 by John Sheehan, Erin.

Slides:



Advertisements
Similar presentations
What do you know about the Rigor/Relevance framework?
Advertisements

Rigor/Relevance: Integrated Instruction & Student Engagement Liholiho Group Data Coaches & STEM RTs.
The 21st Century Context for
Rigor/Relevance/Relationships Working in Quadrant D.
January 2014 Information and Opportunities to Practice for Parents, Students and the Community.
How to engage students through Rigor, Relevance & Relationships
Welcome Parents!. Learning Immersion and Talent Development Magnet Programs K-5 Barringer Academic Center Idlewild Elementary Irwin Academic Center Mallard.
Welcome!! As you find your seat, please complete the following task. Welcome!! As you find your seat, please complete the following task. Your Task Using.
Creating Rigor and Relevance in Garden City Public Schools Refining Instruction and Assessment.
Securing Academic Rigor for Secondary Students RELEVANCE, RIGOR & EUREKA! NAGC, November 2007 Dr. Cecelia Boswell ©Dr. Cecelia Boswell, ACES, Austin Creek.
Curriculum, Instruction, & Assessment
Project-Based Learning
A Library Programme Why now?. Reasons for development Curriculum needs a framework. Curriculum needs a VISION. Curriculum needs ESSENTIAL ELEMENTS that.
Chuck Poer, Cellie Scoggin, Julie Jordan, Nicole Cooley Bailey Education Group.
RIGOR, RELEVANCE, RELATIONSHIPS, & RESULTS Presented By: Kim Powell and Kim Dye November 10 th, 2012.
Rediscovering Research: A Path to Standards Based Learning Authentic Learning that Motivates, Constructs Meaning, and Boosts Success.
LEAP into Effective instruction
Teaching for Rigor and Relevance Why, What, How? Dr. Kelly Gillespie SWPRSC.
Writing Across the Curriculum (WAC) at Sojourner Douglass College Faculty and Staff Session One Saturday, November 9, 2013.
1. Read a description of a science experiment and list the necessary materials to perform the experiment. 2. Locate and read a current article on stem.
Brooke Bennett. *National Educational Technology Standards and Performance Indicators for Teachers* 1. Facilitate & inspire student learning and creativity.
Welcome to EHC STEM Night. STEM Interview What is STEM STEM refers to the areas of Science, Technology, Engineering, and Math. However, STEM initiatives.
KRISTEN SHAND, PH.D. CALIFORNIA STATE UNIVERSITY, FULLERTON DEPARTMENT OF SECONDARY EDUCATION Project-Based Learning Intel © Essentials Online.
EEA 2012 – Middle School STEM Day 1, PM Content Session.
Rigor in the Classroom DECEMBER 11, Standards: 3. INSTRUCTIONAL STRATEGIES: The teacher promotes student learning by using research-based instructional.
A Leadership Cadre Members Role: Lead, Support and Facilitate Transition Teacher directed, memory- focused instruction Student-centered, performance- focused.
Rethinking Computers and Instruction.  2007 report released by ISTE (International Society for Technology in Education).  Indicates ALL students, regardless.
Microsoft Innovative Educator Project Based Learning An Introduction.
Project-Based Learning
“In years to come, your students may forget what you taught them
=_A-ZVCjfWf8 Nets for students 2007.
Marion H. Martinez, Ed.D. Associate Commissioner for Teaching, Learning and Instructional Leadership August 25,
The Critical Skills Classroom (c) Antioch University New England, 2009 Erin M. Hunter River Valley Technical Center Peter R. Eppig Antioch University New.
Authentic Learning and Assessment Erin Gibbons Five Standards of Authentic Instruction  Higher-Order Thinking  Depth of Knowledge  Connectedness to.
To Examine Curriculum, Instruction, and Assessment.
P B L (Project Based Learning) The Themes Using technology effectively in the classroom to promote 21st century skills. Using technology effectively.
21st Century Skills: Just what are they?. Student Outcomes.
NETS  S) National Educational Technology Standards for Students (NETS  S) Presentation modified from original by Anita McAnear and Leslie.
Project Based Learning Learning Through Discovery.
K-12 Technology Literacy Curriculum and Assessment.
1. Administrators will gain a deeper understanding of the connection between arts, engagement, student success, and college and career readiness. 2. Administrators.
National Educational Technology Standards for Students: The Next Generation.
Session Objectives Analyze the key components and process of PBL Evaluate the potential benefits and limitations of using PBL Prepare a draft plan for.
Put Your Classroom On A 21 st Century DI-IT Create Engaging Technology Rich Differentiated Classroom Environments Create Engaging Technology Rich Differentiated.
111 Understanding STEM Education Hilary Dito STEAM Coordinator CCCOE Keep Calm and Integrate on!
RIGOR & RELEVANCE NEW TEACHER MEETING SEPTEMBER 21, 2009 NEW TEACHER MEETING SEPTEMBER 21, 2009.
Problem-Solving Approach of Allied Health Learning Community.
Lecture # 32 SCIENCE 1 ASSOCIATE DEGREE IN EDUCATION Professional Standards for Teaching Science.
Common Core State Standards An overview for Professional Development Leads March 8, 2010 Mary Russell, Region 3 Joyce Gardner, Region 8.
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.
Introduction to STEM Integrating Science, Technology, Engineering, and Math.
Designing Opportunities for Learning Chapter 2 By Sheri Higgs.
Creating, Collaborating, Competing, Reflecting, Awakening, Analyzing, Evaluating, Problem-solving, Synthesizing: Thinking Skills of the 21 st Century.
International Center for Leadership in Education Common Core Rigor and Relevance.
Project Based Learning: Challenges & Opportunities John R. Mascazine, Ph.D. Ohio Dominican University Science Education Council of Ohio January 25 – 26,
Google Earth INTEGRATING GLOBAL THINKING. Why Use Virtual Tours? Flexible Tool: History, Science, Math, English, etc. An Interactive Way to Explore Supports.
Project Based Learning “If I can learn the way you teach, why can’t you teach the way I learn”
RIGOR, RELEVANCE, & RELATIONSHIPS! E. R. DICKSON ELEMENTARY SCHOOL
Teaching for Rigor and Relevance Why, What, How? Dr. Kelly Gillespie SWPRSC.
Building in the Three R’s An Introduction to Rigor, Relevance, and Relationship Edited from a PLS presentation for Lenoir County Public Schools Presented.
Building a System-Wide Focus On Student Achievement Joe Shannon September 30, 2011.
Casimir Middle School TUSD Transition to the Common Core.
Making an Excellent School More Excellent: Weston High School’s 21st Century Learning Expectations and Goals
Rigor / Relevance Framework
Rigor/Relevance For All Students Common CORE January, 2013
Project-based Learning and Web 2.0 Integration
Rigor and Relevance: A Must for 21st Century Learners
Rigor/Relevance Framework
WPAs Promoting Integrative Thinking Through Composition Across Campus
Presentation transcript:

Project Based Learning at Island View School Originally presented at the School District 8 Principals’ Meeting, January 19, 2011 by John Sheehan, Erin O’Neill, Susan Brillant

N.B. Student Survey* 61% reported that most of class time was used to sit and listen to the teacher 43% reported that they were taught things they already knew Only 42% felt that they were inspired to learn in school Only 39% felt that it was important to do well in school *Slide adapted from presentation by Ruth Wilson, NB Department of Education.

1 Knowledge in one discipline 2 Apply knowledge in one discipline 3 Apply knowledge across disciplines 4 Apply knowledge to real-world predictable situations 5 Apply knowledge to real-world unpredictable situations A Acquisition Low Rigour/Low Relevance B Application Low Rigour/High Relevance C Assimilation High Rigour/Low Relevance D Adaptation High Rigour/High Relevance Rigour/Relevance Framework* Creating 6 Evaluating 5 Analyzing 4 Applying 3 Understanding 2 Memorizing 1 Bloom’s Taxonomy *Slide adapted from presentation by Ruth Wilson, NB Department of Education.

Quadrant A – Acquisition* Recall or awareness of basic knowledge. Students gather and store bits of knowledge and information that they are generally expected to remember and understand. Low rigour/low relevance For example:  Memorizing the names of provinces  Memorizing the types of rocks and minerals  Memorizing multiplication facts *Slide adapted from presentation by Ruth Wilson, NB Department of Education.

Quadrant D – Adaptation* Learning experiences are high in rigour and relevance, complex (multi- disciplinary), creative, and require unique solutions to unpredictable problems. High rigour/high relevance For example: Create plans for a new school playground Develop and lead an aerobic exercise program for common PE classes. Write and publish a guide that other schools could use. Devise a sound nutritional plan for picky eaters Organize, implement and promote fundraisers for Haiti earthquake victims Propose solutions to community flooding problems *Slide adapted from presentation by Ruth Wilson, NB Department of Education.

“Children become better problem solvers in direct relation to the opportunities they have to solve problems and to reflect on what works and what doesn’t. Real-world problems do not come neatly packaged with predictable, easy-to-solve answers, so we need to provide students with experience in grappling with problems that mirror the world beyond school.” ~Willard Daggett Rigour/Relevance and Project Based Learning

Project-based Learning Students are at the center of the learning process. Driven by real world questions, problems or challenges. 21st century skills -communication, collaboration, creativity, problem solving, citizenship. Students work with peers, experts, and other community members. Students mirror the work of experts.

Project-based Learning Authentic, real-world connections – rigorous, relevant problem solving tasks. Students demonstrate knowledge and skills through a variety of products or performances. Cross curricular learning Technology that supports and enhances student learning. Improved student achievement.

“Doing Projects”Project Based Learning Enjoyable; “hands-on” learningEngaging; “heads-on” learning Focused on theme, concept, time period, novel, topic, culture, chapter Driving question, problem or challenge Curricular add-on (dessert)Project organizes curriculum & instruction (main course) Assessment of productAssessment of product and process School world work product and assessment Real world work products and assessment involving community Individual or groupTeam ContentContent, competencies, and habits of mind “Doing Projects” vs Project Based Learning

From Worms to Wall Street What do schools immersed in project based learning look like? Five year olds pilot their own project learning

PBL Resources

Project Based Learning – not a new concept

Group Discussions How might you integrate Project Based Learning across the curriculum - with the Daily 5, Math, Science, etc.? What are some examples of projects you have already undertaken that could be expanded to promote 21 st century learning? (Math, Literacy, Science – Creative Thinking, Problem solving, Communication, Collaboration, Global Citizenship)