Teaching Quantitative Reasoning Using Data: Project EDDIE #161279
Part of the American Geophysical Union Fall Meeting
Wednesday, December 7, 2022, Noon-3:00PM CST
Registration and connection information available through AGU
- Participate fully in the entire workshop
- Follow the NAGT Code of Conduct
This workshop is hosted by Carleton College in Northfield, MN. Please find the Carleton land acknowledgement here.
The goals of this experience are to:
- Connect with colleagues with a shared interest in teaching inquiry with open data
- Learn about strategies for teaching with large datasets that improve quantitative reasoning in students
- Become familiar with the Project EDDIE materials and the guiding principles used to develop them
- Develop individual action plans and next steps for improving classroom teaching
This workshop is an introduction to materials, approaches and 'on ramp' strategies to teaching quantitative reasoning in undergraduate courses for ecology, geology, hydrology and related fields created by participants in Project EDDIE - Environmental Data-Driven Inquiry and Exploration.
Summarizing, displaying, and communicating quantitative data remains a persistent challenge in undergraduate science education, and also a skill we seek out in research assistants and graduate students. The prevalence of large, long-term datasets provides an opportunity to engage students in engaging with environmental challenges through open-ended exploration and interpretation. Project EDDIE provides complete and straightforward, evidence-based teaching materials on a range of LTER-relevant topics to guide instructors in teaching with data and fostering students self efficacy in quantitative reasoning.
In this workshop we will consider what it takes to be ready to teach quantitative reasoning with (LTER, NEON, other) data in your course including: consideration of how to fit quantitative reasoning experiences into a syllabus, generating learning goals, and setting the context in a class so students are primed to be successful. More information on the Project EDDIE website.
All times Central Standard time to match the AGU meeting in Chicago, IL USA
12:00 Arrive and check connection
Welcome and introductions
Ice breaker in break out rooms(2 rounds) :
- What course are you thinking of modifying?
- What is a goal or motivation for this change?
12:15 What is Quantitative Reasoning? Why Project EDDIE?
Introduction to Project EDDIE (PowerPoint 2007 (.pptx) 5.5MB Dec7 22)
- Consider your ideal student researcher
12:30 Introduction to Project EDDIE design
- About the structure of EDDIE modules
- ABC structure (PowerPoint 2007 (.pptx) 322kB Dec7 22)
12:45 Activity - working with the Climate Change module
Working with the Climate Change module (PowerPoint 2007 (.pptx) 2.9MB Dec7 22)
- Working through Activity A
- Climate Change Module - Activity A Student Worksheet (Microsoft Word 2007 (.docx) 178kB Sep22 22)
- Take notes on your experience as a student
1:05 Reflection as a group: the experience of being a student
- What was the 'easy win'?
- Would you be able to do this process again?
1:10 Explore: Statistical Vignettes Presentation
- Statistical Vignettes (PowerPoint 2007 (.pptx) 3.7MB Dec7 22)
- Example: Project EDDIE Statistical vignette on regression
- Explore other vignettes
1:30 Reflection and Gallery Walk Activity: How will this help your teaching?
- Think about your course goals and the motivations you shared, how would your selected EDDIE Module align with these goals? What course/activity learning objective(s) are you planning to address in your course using the selected EDDIE module/materials?
- Gallery Walk Activity - brainstorming about Project EDDIE teaching materials
2:00 Report out from Gallery Walk activity
Notes from the Gallery Walk
2:10 Activity: Preparing to adopt an EDDIE Module
- We will split into small groups in case you want to work with/discuss with other participants
- Identify a module that you would like to use in your course.
- Skim parts A, B, & C of the activity, including the student handouts, noting how these activities scaffold to allow students to develop skills in conducting inquiry and problem solving using big data.
- Download this handout Planning to adopt a Project EDDIE module (Microsoft Word 2007 (.docx) 32kB Nov3 22)
- Take notes on your experience using the guiding questions in your handout.
- Take a break, as needed
2:45 Activity: Report out on next steps - waterfall chat your planned next step. Discuss any remaining questions.
2:55 Closing and End of workshop survey
Additional EDDIE Resources:
- Development Rubric and Guidelines and opportunities to contribute resources
- Instructor Stories: document how instructors have used modules in their classrooms, spanning from small to large classes at a variety of institution types. These may give you ideas to try in your course.
- Statistical Vignettes: are short illustrated presentations that explore common statistical misconceptions in earth and environmental sciences. These may be pared with EDDIE modules to help students improve their quantitative reasoning skills.
- Project EDDIE Video Collection: provides tutorials for software and tools that may be useful for you and/or your students.
- Project EDDIE Publications and Presentations
Diana Garcia Silva - CUNY Queens College
Dax Soule - CUNY Queens College
Cailin Huyck Orr - SERC at Carleton College
Monica Bruckner - SERC at Carleton College