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Volume 03 | Issue 01 | September 2020
You are receiving The PEER Physics Connection eNewsletter because of your interest in or collaboration with PEER Physics.  If you would not like to receive these eNewsletters in the future, feel free to unsubscribe at the bottom of this email.

New from PEER Physics

Check out these new tools to support your teaching journey

How to Use Documents

Check out the How to Use documents found at the top of the Remote Learning Resources web page. These supporting materials exist for the Collaboration Documents, At Home Experiments, Fillable SQs, and Student Reflections (login required).

Model for Current Electricity Anchoring Phenomenon

Chapter C - Charge is broken into two model building components: Model for Static Electricity and Model for Current Electricity. In the newly released Current Electricity Phenomenon, students consider possible causes of electric fires and how circuit breakers can prevent electric fires. Find all of the resources for the Model for Current Electricity Anchoring Phenomenon on the Chapter C Teacher Resources web page just above Activity C.4 resources (login required).

Coulomb's Law Beta Activity

Throughout the year, we will be releasing beta activities - activities that will ultimately be revised and incorporated in the printed and eBook student guides. Find the Coulomb’s Law Beta Activity on the Chapter C Teacher Resources web page following Activity C.5 (login required).

Family Overview Letter

This letter can be sent to students’ families to share an overview of PEER Physics and what to expect as students collaboratively learn physics and science practices by relying on evidence and class consensus. This can also serve as a springboard to share specifics about what to expect in your specific class (e.g. How will my student do experiments? How will I be expected to help my student? What is the breakdown of synchronous, asynchronous, and non-computer activities? etc.) 

Family Overview Letter

Remote Resources

Check out these additional resources from outside sources to support the variety of learning situations we find ourselves in this fall.

  • Report on Teaching Labs Remotely: This report from Cornell University summarizes strategies that lab instructors used to transition their labs to remote teaching. 
  • Back to School Guidance: The Council of State Science Supervisors released 5 guidance documents to support thinking and discussion around the return to school.
  • Distance Learning Strategies: This free web seminar from NSTA reviews a variety of strategies to use for remote and hybrid learning environments.

Coming Up

Take note of these events to collaborate and learn from one another

PEER Physics Community Collaboration

This year, the Year 2+ Professional Learning sessions are open to all PEER Physics instructors. The format of this virtual PD will provide space and time for teachers to gather as a community and discuss problems of practice. Sessions will be held on Saturdays from 9-11am MT and take place on September 26th, November 7th, January 23rd, and March 6th. Please register to indicate which sessions you can attend and indicate areas of interest by Sunday, September 20. 

Register for YR2+ PD

Celebrating Success

Honoring the great work of PEER Physics teachers

I've taught a university course using PEER Physics for two years now. The transition from in-person to remote learning this past semester was enormously challenging, but the online materials developed by the PEER Physics team were very helpful to maintain the class's culture and structure. In my end of semester evaluations, students pointed out how the group collaborative documents helped them organize their thoughts and maintain their small group working relationships. Even though nothing can replace the value of in-person experimentation, the online experiment clips were useful for helping my students move through activities quicker and with more certainty, which was convenient given that most everything else takes longer to do in remote environments. In the end, my students were surprised that this course had the capability to transition to remote learning so effectively, and they compared it very favorably to the other courses they were taking that semester.

Julian Stenzel Martins is a PhD student at the University of Colorado, Boulder.

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