Designing Student-Centered Activities to Increase Engagement and Learning within Atmospheric Dynamics Courses
Session Chairs
The goal of this 2-day workshop is to provide participants an opportunity to develop their own hands-on, student-centered (i.e., active learning) dynamics activity that participants can then readily use within their own courses (e.g. atmospheric dynamics, synoptic meteorology, mesoscale meteorology, related courses) to improve student engagement and understanding of atmospheric dynamics course material. The first day of the workshop will provide participants with information about the benefits of student-centered learning, the challenges of teaching atmospheric dynamics concepts and a plan to allow work time to develop a student-centered activity. The second day of the workshop will allow participants an opportunity to continue to work on finalizing their activities and then conclude with demonstrating their activity for the entire workshop as well as learn from other participants' developed activities from the previous day.
Participants: Please be sure to bring any relevant course materials with you, such as textbooks, syllabi, etc.
Overview
The goal of this 2-day workshop is to provide participants an opportunity to develop their own hands-on, student-centered (i.e., active learning) dynamics activity that participants can then readily use within their own courses (e.g. atmospheric dynamics, synoptic meteorology, mesoscale meteorology, related courses) to improve student engagement and understanding of atmospheric dynamics course material. The first day of the workshop will provide participants with information about the benefits of student-centered learning, the challenges of teaching atmospheric dynamics concepts and a plan to allow work time to develop a student-centered activity. Participants will have the opportunity to network with each other and discuss their own atmospheric dynamics instructional experiences to help with brainstorming activity design. The second day of the workshop will allow participants an opportunity to continue to work on finalizing their activities and then conclude with demonstrating their activity for the entire workshop as well as learn from other participants' developed activities from the previous day. Activities developed within this workshop will be shared amongst participants, which can then be shared with colleagues throughout the atmospheric dynamics community.
Target Audience
This workshop is designed for faculty or teaching assistants that teach atmospheric dynamics or related courses (e.g., synoptic meteorology, climate dynamics), both at the undergraduate and graduate level. Instructors that teach any mathematically-intensive physical sciences courses are also welcome to participate (e.g., oceanography, geophysics).
Goals
- Goal 1: Meet and get to know colleagues who teach, and care about teaching, atmospheric dynamics or related content
- Goal 2: Learn about the benefits of student-centered, active learning course activities
- Goal 3: Fully develop at least one hands-on activity that can be used in a dynamics (or related) course
- Goal 4: Develop a repository to share hands-on activities created during this workshop
Format
The first day will introduce participants to the benefits of active learning and why it should be incorporated into their courses. Participants will also have time to get to know one another and share their instructional struggles in dynamics and related content. The remaining time on the first day will be used to let participants generate ideas in small groups for how to tackle specific concepts in their own classes using active learning. The second day will provide time for everyone to finalize their activities and then give brief demonstrations to the full group. All materials generated for each activity will also be shared with everyone.
Resources
Need ideas on generating active learning exercises? Check out this paper by McConnell et al. (2017) in the Journal of Geoscience Education!
Google Drive link to activities (participant access only)
Evidence for benefits of active learning and other items potentially of interest:
- Freeman et al. (2014)
- Theobald et al. (2020)
- What is active learning? Vanderbilt CTL pdf
- What are folks actually doing in STEM classrooms? Stains et al. (2018)
- Upcoming conference on the Science of Teaching and Learning
Active learning in large classes:
- Oliver (2020)
- Espinosa (2019) dissertation (see chapter 2)
- Eddy and Hogan (2017)
- Presentation by John Knox at University of Georgia