Using Technology to Create Dynamically Driven Professional Learning Communities (PLCs)

Area(s) of Focus: technology
Division(s): Intermediate, Junior, Senior
Level(s): Grade 2, Grade 3, Grade 7, Grade 9
Abstract:

Traditional PLCs and a dynamically driven PLC were formed and their organizational features and benefits were contrasted. Traditional PLCs focused on broad strategies, but lacked agility compared to the dynamic model.

This project:

  • contrasts the logistical features and organizational features of a dynamically driven PLC to a traditional PLC
  • developed a dynamically driven mathematics PLC using technology as a driver
  • identified area of focus for professional learning driven by student needs and misconceptions as identified by data and analytics
  • employed and evaluated the misconception tool developed by the Ontario start-up Knowledgehook
  • based our professional learning on gap-closing materials developed by the Ontario Ministry of Education
  • developed a networking model to co-ordinate professional learning in Ontario with ed-tech industry to develop better infrastructure to support professional learning

Team Members

  • John Rodgers

    Bluewater District School Board

  • Melissa Rosenberg

    Bluewater District School Board

  • Trish Preston

    Bluewater District School Board

  • Connie Radbourne

    Bluewater District School Board

  • Terri Munn

    Bluewater District School Board

  • Ashley Earle

    Bluewatwer District School Board

Professional Learning Goals

We identified strengths and weaknesses of both PLC models.

The traditional lesson study centred PLC naturally tends to focus on meta-strategies which should generalize to all content areas. At the same time, the traditional approach requires significant long-term planning, tends to choose the same content area based on a limited resource base, and there is difficulty managing delivering the follow-up assessment to the members.

The dynamically driven PLC model was identified and content based on immediate student needs (or sometimes the absence of them). The followup assessment was easy to manage, and where it was made available, recommended teaching resources provided good support and modelled beneficial teaching strategies that were also identified in the traditional PLC.

The agility of the dynamically driven model did not fit well with the requirement for the advanced planning of a traditional PLC.

Activities and Resources

The team met in multiple configurations ranging from full group co-planning to small two-person meetings to prepare, evaluate and follow up with lessons. The costs and benefits of traditional PLCs organized around a co-planning and lesson study paradigm versus a dynamically driven model were compared and contrasted by group members in a project exit survey.

Unexpected Challenges

The traditional formal PLC model of co-planning and lesson study requires long timelines and creates an additional workload on its members. This reduces the responsiveness of the model to the teacher and student needs.

Enhancing Student Learning and Development

Students have benefited from the regular use of teaching strategies identified in the traditional PLC model as well as those modelled in the intervention materials recommended by the software service. Students are benefiting and enjoying the increased use of the misconception software.

Sharing

We have been sharing the results of our project through the TeachOntario website on the LaTIN group. We have also connected with and provided feedback to Knowledgehook.

Project Evaluation

Participants in the project have benefited from the use of both models, and express some significant enthusiasm for the misconception software. We have developed appropriate expectations for the products of the professional learning that can be achieved from traditional PLCs and look forward to organizing a model that responds to the agility available with a dynamically driven PLC.

Resources Used

Eyes on Math: A Visual Approach to Teaching Math Concepts by Marian Small

http://www.yummymath.com

youcubed website (Jo Boaler)

https://www.youcubed.org/