Building an introductory physics course – cMOOC meets xMOOC

Problem: How do we create a free, online introductory physics course for students transitioning into AP (advanced placement) or first year introductory physics?

Solution: Lets get all the physics teachers we can together and build it as a team.

Yeah but…: lots of those folks may be good physics teachers but they haven’t all taught online before.

Better solution: Lets build a four week ‘maker course’ for physics teachers where we talk about the best ways to build online resources and build those together at the same time!

Lets start that on the 4th of March. (Course opens on the 28th of February)
UPDATE: Dave Pritchard has agreed to come onboard to serve as one of the facilitators for the course!!!

The project – Making introductory physics prep together
Our goal is to gather as many physics educators as we can find and make resources. Specifically, we want to make resources that can be turned into a free course for students transitioning into AP or university level physics. Our hope is to end up with more resources than we need and that all participants (and other folks) can find resources and ideas that can help them in their teaching and learning. Want to find other people working on physics? Want to learn to build new things online and/or share the things that you know about building things? read on.

Who should join this course?
We’re hoping for two types of folks in the course.

  1. People who are interested in teaching physics, whether you’ve been doing it for two years or twenty years.
  2. People with lots of experience building stuff online.

Bringing together people’s experience and collaborating on our ideas will make the work better.

What’s the fine print?
First of all… the maker course is free. All and any materials created in the course (by everyone, including the course facilitators) will be licenced Creative Commons, http://en.wikipedia.org/wiki/Creative_Commons_license so that we can all benefit from the work we are doing together. You are free to participate to whatever extent you wish, but if you join a ‘maker team’ you are committing yourself to doing the work for that team. The central part of the course will use the EdX platform, but we will also have facebook, twitter and google + groups. No need to join them all but different people like to work in different places.

It’s a four week commitment. The ‘maker teams’ will each be responsible for one area of introductory physics and will focus on those. Other participants are welcome to help, contribute, and collaborate as they see fit. This is our first time trying this, so the more help we get the better.

Classroom scholarships
At the end of the course we will award a number of scholarships to teachers working in the course. Prizes will be awarded in a number of categories, but only to participants who ‘finish’ the course. We are hoping to encourage completion, on one hand, but also to provide people with the tools and resources in the classrooms to create new and interesting resources to support physics teaching.

Project Background
This project is the brainchild of Piotr Mitros (Chief Scientist at EdX) and I (dave). We spent 12 hours driving around on a bus together in June arguing about how we could integrate the work that I’ve been doing with cMOOCs with the work that he’s been doing with xMOOCs. This project is our first run at it. Imagine a community of educators coming together once a year for four weeks to work on the curriculum for a transitions course for physics students from all over the world. How cool would that be? Well… if it works, we’ll see :)

SIGN UP HERE

Grant information
The University of Prince Edward Island is a successful applicant of a competitive grant competition run by Athabasca University (Principal Investigator: George Siemens). This project, the MOOC Research Initiative, will advance understanding of the role of MOOCs in the education sector and how emerging models of learning will influence traditional education. The MOOC Research Initiative is a project funded by the Bill and Melinda Gates Foundation.

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6 thoughts on “Building an introductory physics course – cMOOC meets xMOOC

  1. This course is great and as part of the education process you should ensure that first and foremost you know how to “think like a physicist” and immerse yourself in what you can learn from as many of the fields within physics as you can handle.

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