What did we START? Three Years Supporting Intergenerational Department Change Teams to Build Anti-racist Courses and Curricula
Monica Linden, Brown University; Stacey Lawrence, Brown University; James Valles, Brown University; Eric Kaldor, Brown University; Dana Hayward, Brown University; Mary Wright, Brown University
In the summer of 2020, three Brown University faculty (2 STEM, 1 humanities) and three staff from Sheridan Center for Teaching and Learning began developing the Seminar on Transformation around Anti-Racist Teaching ...

A Survey Tool to Assess Team Collaboration Around Instructional Change
Madison Fitzgerald-Russell, Texas State University-San Marcos; Alice Olmstead, Texas State University-San Marcos; Andrea Beach, Western Michigan University; Charles Henderson, Western Michigan University; Diana Sachmpazidi, University of Maryland-College Park; Cynthia Luxford, Texas State University-San Marcos
Instructional change teams are increasingly common in efforts to improve undergraduate STEM instruction. Such teams include three or more members who may have different perspectives and backgrounds. When they are ...

Advancing Excellence and Equity in Science: A curriculum to build community and belonging in STEM
Emily Borda, Western Washington University
The Advancing Equity and Excellence in Science (AEES) initiative at Western Washington University (WWU), funded through an HHMI Inclusive Excellence grant, works at multiple levels to make science majors more ...

Longitudinal outcomes of a large-scale implementation of the discipline-based education specialist model: the legacy of the Science Education Initiative
Warren J Code, University of British Columbia
The Carl Wieman Science Education Initiative (cwsei.ubc.ca) transformed teaching and learning in the mathematics and science departments at the University of British Columbia (UBC) over the period of 2007-2017, ...

Blueprint for Accelerating Change in Social Justice, Equity, Diversity and Inclusion in STEM Curricula
Patricia Marsteller, Emory University; Melissa Haswell, Delta College; Ruthmae Sears, University of South Florida
Our group is developing a book and eventually a grant to support and give examples of curricular ideas that use Social and Racial Justice issues for STEM curricula. The book will aim to provide change agents, ...

Assessing Quantitative Reasoning Across Ohio
Gregory Foley, Ohio University-Main Campus; Deependra Budhathoki, Defiance College
Quantitative Reasoning (QR) is gaining in popularity across the United States as a gateway postsecondary mathematics course. In particular, enrollment in QR at public institutions of higher (IHEs) in Ohio increased ...

Back to the Future: Recovering the Civic Purpose of Science Education
Eliza J. Reilly, National Center for Science and Civic Engagement
Since the assault on the US Capitol there is no longer any question that US democracy is in crisis. Racial, economic, social, and political divisions are growing. Media manipulation, gerrymandering, voter ...

UCLA SEA Change Initiative: A collaborative approach using data for institutional change
Rachel Kennison, University of California-Los Angeles
The AAAS's Science, Technology, Engineering, Mathematics and Medicine (STEMM) Equity Achievement (SEA) Change initiative uses research-informed strategies including a self-assessment process to build capacity ...

From Diagnostics to Dialogics: a generative approach to STEM education reform
Narmin S. Ghalichi, Bowling Green State University-Main Campus
From its early origins in social psychology (Lewin 1946), organization development theory and practice has sequentially focused on capacity building (Senge 1990) and whole-system managed change (Dannemiller & ...

Transforming undergraduate education by building racial equity-centered STEM courses
Veronica McGowan, University of Washington-Bothell Campus; Rachel E Scherr, University of Washington-Tacoma Campus; Carrie Tzou, University of Washington-Tacoma Campus
Increasingly, the natural sciences are recognizing the need to address social theories in the study of natural systems. However, postsecondary science education has been shaped by Eurocentric ideologies that depict ...