Showing posts with label pbl. Show all posts
Showing posts with label pbl. Show all posts

Sunday, May 15, 2011

PLP Journey: Planning our Professional Learning Day

Our PLP (Powerful Learning Practice) project last year was to develop a meaningful professional development program for faculty and staff that enriches teaching and learning.

Our program is called IP21 (Individual Plan for 21st Century Teaching and Learning) is in its second year of successful implementation!

The five characteristics of our IP21 program are:
- Sustained
- Embedded within subject-specific needs
- Focused on the TPACK framework
- Aligned with the NETS-T and NETS-A
- Grounded in a collaborative, inquiry-based approach

Over 120 faculty from three divisions: Lower School, Middle School and Upper School selected a minimum of three professional goals for the current school year.

Faculty acquired the competencies through instructional technology support or by self-learning using the resources compiled in the NETS-T wiki. Everybody has documented evidence that demonstrate acquisition and application of competencies in teaching and learning.

This is the link to our 2009-2010 project: Parish Episcopal School PLP Action Research Project

PLP YEAR TWO
Our PLP team read a very articulate posting by M.E. Steele called 'Unconference: Revolutionary professional learning' that got us thinking about adapting the idea of an unconference to design our own Professional Learning day at school.

According to M.E., unconferences are part of the learning revolution. They’re participant-driven professional learning gatherings. The “un” refers specifically to the fact that there is no top-down organization, no registration fees, and no vendors. The unconference is organized and led by participants.

One of the best parts of an unconference like Edcamp is that it creates a level playing field for discussion. Since the attendees drive the conference and the attendees also serve as presenters there is no hierarchy between presenters and attendees. Teachers can present in front of administrators and administrators can engage teachers in dialogue with both parties taking an active role in the discussion.

Our faculty has been very active throughout the year implementing innovative teaching strategies and creating engaging projects that fit their IP21professional goals.These goals are not mandated by the administration but rather selected by each teacher. Giving ownership to teachers to design their professional growth makes these goals relevant and meaningful to our teaching practice.

Why not apply this fact to designing our Professional Learning day?

WHY PBL?
The focus of the PLP Year 2 teams has been on Project-Based Learning.
We decided to use a PBL approach to guide us through the process of design a Professional Learning day that encourages teachers to facilitate and participate in conversations discussing their ideas and passions as they relate to their IP21 professional goals.

DRIVING QUESTION 

 How can we engage our faculty and administrators in meaningful conversations about teaching and learning? 

Our IP21 Edcamp needs to include the following traits of optimal Professional Learning:
Relevant, Meaningful, Applicable, Adaptable, Differentiated, Enjoyable, Safe and  Diverse

MAP THE PROJECT
This is how we created our action plan:


Take a closer look at how our plan developed:

ASSESSMENT
Faculty will complete an online survey to reflect on their personal learning as a result of their participation in the IP21 Edcamp.  The survey invites the teachers to relate:
- What they learned 
- Impact of their learning on their teaching practices
It is our hope that all of our colleagues find value in their participating in the conversations throughout the day.
IP21 Edcamp Reflection

AGENDA
Creating our agenda was the final task in our process. Our IP21 Edcamp day will include a Keynote, four sessions with 24 conversations, a lunch with a Pecha Kucha round and a Closing Remarks session.

Take a look at the final program here: IP21 Edcamp Agenda

So there you have it: Professional Learning 2011 Style! 
Cross-Posted at Voices From the Learning Revolution (PLP Network)

Image Credits: Sunset on Boracay by wili_hybrid. Attribution-NonCommercial License

Monday, January 10, 2011

Making Science Relevant using the 5E's

How can a science lesson be made more student-centered?
What strategies can be used to help students be more engaged in their learning?
How can technology play a role as an important tool in the learning process?

A valuable pedagogical approach is the 5E Instructional Model.

In this posting I will explain each of the components of the 5E model along with recommendations of digital and non-digital tools that can be incorporated at each stage.
The last section includes four lesson plans that incorporates the 5E model for each of the major sciences: Biology, Chemistry, Environmental Science and Physics.

The five phases of the Learning Cycle as proposed by the National Science Education Standards can be integrated into the '5E' Instructional model as follows:

ENGAGE
Students become engaged in the process of scientific inquiry. The teacher can ask questions to find out what students already know, or think they know, about the topic and concepts to be covered. These questions typically start with "how" instead of with "why.”
Digital Tools:
Exploratree: Interactive Thinking Guides
Non-Digital Tools:
Graphic Organizers

EXPLORE
Students decide what makes questions scientifically testable. Students gain a common set of experiences upon which to begin building their understanding.
Digital Tools:
PhET Simulations
Virtual Dissections, Labs, and Field Trips
Non-Digital Tools
Hands-On Labs:

EXPLAIN
Students acquire opportunities to connect their previous experiences with current learning and to make conceptual sense of the main ideas of the topic being studied. This stage also allows for the introduction of formal language, scientific terms, and content information that might make students’ previous experiences easier to describe. The teacher acts as a facilitator that explains concepts and addresses misconceptions.
Online Tutorials
Hippocampus: Biology, Physics, Environmental Science
Chemistry Tutorials

ELABORATE
Students apply or extend previously introduced concepts and experiences to new situations.
Students apply their knowledge to real world applications.
Project-Based Learning
Exemplary Projects for Project-Based Learning (PBL)
Scitable
How Stuff Works
Problem-Based learning in Biology: 20 Case Examples

EVALUATE
Students, with their teachers, review and assess what they have learned and how they have learned it. Students can be given a summative assessment to demonstrate what they know and can do.
Digital and Non-Digital Resources

MODELING THE 5E INSTRUCTIONAL PROCESS

BIOLOGY
Topic: Osmosis

Learning Objectives:
Students will understand the role of cell organelles in homeostasis and will be able to measure the rate of osmosis in cells.

CHEMISTRY
Topic: Solubility

Learning Objectives:
Students will understand that there is a dependence of solubility with temperature and will be able to design an experiment showing how the solubility of several substances depend on temperature.
















ENVIRONMENTAL SCIENCE
Topic: Hydrological Cycle

Learning Objectives:
Students will understand the factors affecting domestic water use, and will be able to design a system for collecting data and calculating individual, group, state and national domestic water use.

Link for the: Virtual House













PHYSICS
Topic: Refraction

Learning Objectives:
Students will understand that light refracts as it passes from air into a more dense medium such as glass, and will be able to use a convex lens, light source, and a screen to form real images.



















For more information the 5E Instructional model and sample lessons visit the sites below: