Solving the mysteries of bioscience
Foundational Science Fuels Breakthroughs
Inspiring Next-Generation Scientists
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This four day in-person workshop will support educators in developing inquiry-based educational activities (ranging in scale from short single-class activities to CURE courses) that integrate Allen Institute’s open science data into their undergraduate neuroscience courses.
Participants will learn about publicly available datasets that require no, low/medium, or high coding experience from the Allen Institute for Brain Science and Allen Institute for Neural Dynamics. Then participants will work together in groups and use a structured backwards design process to design activities that meet their shared learning objectives. Workshop attendees will additionally work together to design both formative and summative assessments for students, an assessment plan for measuring the success of the activity and plans for sharing the activity and outcomes.
Apply by February 3, 2025
Allen Institute
Audience
Teachers
Attendees will participate in a 4-day in-person workshop (July 21-24, 2025) at the Allen Institute in Seattle, WA (travel & meals plus $1,000 stipend will be provided). Attendees will also be included in a year-long facilitator-supported community of practice during the 25-26 academic year. Implementation of small educational activities should be implemented during 25-26 academic year, while full course designs can be implemented during 26-27 academic year.
Allen Institute for Brain Science researchers are mapping the location of cell types in the brain. This data is openly available on the Allen Brain Cell (ABC) atlas.
Allen Institute for Brain Science researchers are developing a parts list, or “periodic table,” of cell types in the brain. Image by Benedicte Rossi. This data is openly available on brain-map.org.
A rendering of a Neuropixels probe inserted through layers of the cortex to measure electrical activity from hundreds of neurons simultaneously. Image by Barry Israletiz, UIUC.
This image shows neurons illuminated in the mouse visual cortex through calcium imaging.
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