Featured Resource
August 2024
In this new resource, 12 instructors from a variety of two-year and four-year institutions share their experiences adopting digital learning tools to promote equity and improve learning outcomes for historically marginalized and under-resourced students. Their narratives highlight successes as well as bumps in the road as they implemented digital learning tools into their teaching.
All Resources
Materials are freely available on our website and licensed under a Creative Commons Attribution-No Derivatives 4.0 International License, unless otherwise noted.
December 2023
The Equity-Minded Digital Learning Strategy Guides help faculty intentionally and authentically affirm, uplift, and liberate students. As higher education continues to address eliminating inequitable outcomes in teaching and learning, these guides will help institutions embed equity, culturally responsive teaching, social justice education, and open pedagogy through evidence-based teaching practices.
June 2023
The Adaptive Courseware for Early Success (ACES) Initiative was a grant-funded initiative supported through the Every Learner Everywhere network. The PLC provided intensive coaching, peer-mentorship, collaborative learning and networking opportunities, and educational resources and training to cross-functional, institutional teams at select institutions.
October 2021
The study suggests that adaptive learning technology helped students who need support with prerequisite concepts, provided tools to help guide students through complex, multistep processes, gave faculty insights into concepts students were struggling with, and reduced the cost of course materials.
October 2021
This case study examines the efforts at three of the seven ATD network colleges participating in the Every Learner Everywhere initiative who focused on these disciplines as part of their efforts to implement adaptive courseware as a tool in gateway courses to help more students persist and succeed.
July 2021
Faculty share experiences of developing and implementing active, interactive, and adaptive introductory physics courses. The design allows students to work at their own pace, choosing support items presented to them via the adaptive feature of the course, and explore concepts through simulations with activities.