Workshop Overview

This workshop will provide a short hands-on experience with Just-in-Time Teaching (JiTT), a web-based pedagogy pioneered as a collaborative effort of physics faculty Indiana University-Purdue University Indianapolis (IUPUI) and at the United States Air Force Academy.
JiTT pedagogy exploits an interaction between web-based study and an active learner classroom. Students respond electronically to carefully constructed web-based assignments, and the instructor reads the student submissions "just-in-time" to adjust the lesson content and activities to suit the students' needs.



Workshop Philosophy and Goals



We believe in the active learner approach. In this workshop, we provide samples of web lesson materials for you to examine and discuss. We hope you'll leave the workshop having thought about and explored questions like:
  • What do we mean by JiTT?
  • Why might one want to use/employ JiTT?
  • How does JiTT change the way we conduct class (the way we teach, what we teach, how we interact with the students, how the students prepare for the class, how they learn, etc.)?
  • How might you be able to get started using JiTT back at your home institution?
We have collected assorted web resources that we think will be helpful to you as you begin employing some of these techniques and strategies back at home.

Note: You can always get back to this page by clicking the JiTT rabbit or the AAPT logo in the upper frame.






Workshop Schedule And Resources


ON THE WEB: http://webphysics.iupui.edu/austin/index.html

Also, please visit the JiTT Homepage, the IUPUI JiTT course web site and the USAFA first semester JiTT course sites
.

Unit # Time Activity
1 1:00 - 1:15 Greetings: Introductions, Overview of workshop structure and resources
2 1:15 - 1:30 Activity: "WarmUp" analysis. Look at the Rotational Kinematics WarmUp. Working in groups, study the questions and think about the answers you might receive from your students.

  • What seems to be behind these questions? (What do you think the authors were trying to achieve or accomplish by asking these questions of their students?)
3 1:30 - 1:40 Microtalk: What is JITT?
4 1:40 - 1:55 Activity: "WarmUp" analysis part 2. Look at the sample responses to the WarmUp you read earlier. Working in groups, discuss how these could be used to adjust the class you would have given.
5 1:55 - 2:10 Discussion, Q&A.
6 2:10 - 2:40 Mini-talk: Generating Classroom Participation: The JiTT Physics Lecture
7 2:40 - 2:55 Activity: Browse more sample WarmUps
Preflight archive

While youare browsing, think about new WarmUp questions you might ask, and the kinds of responses you would be trying to elicit from your students.

8 2:55 - 3:05 Break
9 3:05 - 3:25 Minitalk: Pedagogical underpinnings and objectives of JiTT
10 3:25 - 3:35 Expanding the possibilities of JiTT: Puzzles, Enrichment, etc.

Browse:

Puzzles GoodFor's JiTT courses
Wave Interference Special Event: el Niño JiTT at USAFA
Magnetic forces Technology: Magnetic Recording
Projectile Motion History: Edison and Westinghouse JiTT at IUPUI
Geometric Optics Nature: Lightning
11 3:35 - 3:45 Discuss the possibilities for JiTT as you see them...
12 3:45 - 4:30 Work in teams to produce a useful product. Suggestions, templates, help, and other resources will be provided. See the Activity Handout for more details. General categories of activities include:
  • Create a JiTT web piece: Create a WarmUp for a course and lesson you teach
  • Create a JiTT classroom piece: Use an existing WarmUp and sample responses to craft a JiTT lesson plan
  • React to JiTT and consider in detail how it connects to your present courses and teaching strategy
13 4:30 - 4:45 Mini-Presentation #5: Handling the Technology.
14 4:45 - 5:00 Final Q&A, Comments, Evaluations, etc.









Resources

Sample JiTT Material

More Preflight/WarmUp Examples
Electric Field   E Field responses
Centripetal Force   Centripetal force responses
Optics   Optics responses
Rockets   Rocket responses

More Puzzles
Magnetic forces
Projectile Motion
Geometric Optics
"Pot Physics"
"Play Bulb!"

More Enrichment
Special Event: el Niño
Technology: Magnetic Recording
Current Events: Cassini Mission
History: Edison and Westinghouse
Nature: Lightning

Physlet Materials
Constant Acceleration (Animator)
Beats (Superposition)
Mirrors (Optics Bench)
Ballistic Pendulum Prelab
Simple (Multi-section) Preflights ("Implementation I")

Sample Preflight
Sample Dump/Clear Document
Server PERL "cgi" script

Even Simpler (Single-section) Preflights ("Implementation I")
(student submissions sent to and retrieved from a single file on the server):
Sample Warmup
Sample Dump/Clear Document (Instructor document: Retrieve/clear submissions)
Server PERL "cgi" script (to store/retrieve/clear submissions)


Preflights via the Preflight Editor
("Implementation II")


Visit DFP's 'Preflight Editor' Site


Opening Communication Channels
Communication

Getting Started With JiTT
(A simple JiTT site)

A Streamlined Web Document

References

Physics resources

History of Mathematics Archive
The Hubble Space Telescope
The Nobel Prize in Physics
Frank Potter's Science Gems
APS Online resources
A. Gavrin's Bookmarks
More physics links


WWW programming resources

HTML templates (opens in a new window)
JavaScript templates (opens in a new window)
Physlets Resource Page (opens in a new window)
Java & JavaScript Tutorial (opens in a new window)
O'Reilly HTML Book
O'Reilly JavaScript Book
An excellent HTML Reference site
Another HTML reference site A review of several html editors
gamelan java site

Design Tips and image resources

Visual Design Primer
A style manual
shareware gifs
Nasa Photo Gallery
Free cgi scripts


More about JiTT

Just-in-Time... paper
The JiTT website (new window)
Prentice Hall JiTT website


Copyrights and fair use

Fair Use: Guidelines for teachers from IUPUI
Fair Use Guidelines from Stanford
Fair Use: One More
A comprehensive copyright site