Our learning sciences research spans grade bands, contexts, methods, and topics. Our research projects are partnerships that seek to improve learning opportunities and outcomes for each learner. Explore our project portfolio to learn more about our equity-centered approaches to improve learner opportunities.
This exploratory early learning project, funded by the National Science Foundation from 2017 to 2021, involved investigating which computational thinking (CT) skills and practices resonate with young children's interests and abilities, and could be promoted to support learning broadly. Read more.
This exploratory early learning project, funded by the National Science Foundation from 2017 to 2021, involved investigating which computational thinking (CT) skills and practices resonate with young children's interests and abilities, and could be promoted to support learning broadly. By bringing together public preschool teachers, families from historically excluded communities, media and curricula designers, and researchers, this project involved generating an early childhood CT concept map or blueprint and exploring the co-design of hands-on and digital learning activities that integrate CT into common early learning experiences across home and school.
PreK
Design Research and Researcher-Practitioner Partnership
AI/CS/CT, Family Engagement, Learning Technology, and Mathematics
National Science Foundation
As part of the Every Learner Everywhere Network, funded by the Bill & Melinda Gates Foundation, Digital Promise is helping broad-access higher education institutions redesign gateway courses and leverage digital learning systems to improve outcomes for students who are low-income, Black, Indigenous, or other People of Color. Read more.
As part of the Every Learner Everywhere Network, funded by the Bill & Melinda Gates Foundation, Digital Promise is helping broad-access higher education institutions redesign gateway courses and leverage digital learning systems to improve outcomes for students who are low-income, Black, Indigenous, or other People of Color. We’re partnering with a Historically Black College and University, three Hispanic Serving Institutions, and an Asian American and Native American Pacific Islander-Serving Institution to gather data on their students’ course experiences and learning outcomes and to share strategies for incorporating equity-minded teaching practices and digital learning tools into their courses.
Website, Press Release, Press Release
Postsecondary
Qualitative and Researcher-Practitioner Partnership
Diversity/Equity/Inclusion, Learning Technology, Scaling, and Teacher Learning
Bill & Melinda Gates Foundation
Digital Promise is reviewing and synthesizing findings from National Science Foundation (NSF) awards that addressed the unanticipated effects of the COVID-19 pandemic on STEM teaching and learning. Read more.
Digital Promise is reviewing and synthesizing findings from National Science Foundation (NSF) awards that addressed the unanticipated effects of the COVID-19 pandemic on STEM teaching and learning. Outputs from this work will be used in thematic workshops with NSF principal investigators to identify the most important insights across projects and share recommendations for future research. The data generated from the workshops will be meta-synthesized and presented in a capstone webinar and other dissemination pieces to share findings across the portfolio of NSF awards that researched the educational impacts of COVID-19.
Adult Ed/Workforce, Postsecondary, and PreK
Literature Review/Synthesis
Curriculum, Family Engagement, Learning Technology, and Teaching/Coaching
National Science Foundation
The Center for Integrative Research in Computing and Learning Sciences (CIRCLS) is a community-based hub for National Science Foundation-funded researchers who explore and investigate technologies that will be available to learners in the future. Read more.
The Center for Integrative Research in Computing and Learning Sciences (CIRCLS) is a community-based hub for National Science Foundation-funded researchers who explore and investigate technologies that will be available to learners in the future. Advancing equity is a core goal in this research. Emerging technologies create a potential for dynamic supports that meet learners’ varying personal-, community-, and context-centered strengths and needs. CIRCLS aims to build community among researchers, practitioners, developers, and other education stakeholders and provides opportunities to strengthen proposals, synthesize insights and findings, increase diversity, engage with colleagues, and broaden dissemination efforts.
Design Research, Literature Review/Synthesis, and Network/Hub
Learning Technology
National Science Foundation
In partnership with SRI International and Vanderbilt University, this project examines the impacts of different levels of engagement with computational thinking (CT) on fifth- and sixth-grade students' learning of CT, science, and engineering. Read more.
In partnership with SRI International and Vanderbilt University, this project examines the impacts of different levels of engagement with computational thinking (CT) on fifth- and sixth-grade students' learning of CT, science, and engineering. The project involves a comparison study featuring three instructional conditions: computational model construction, manipulation, and exploration. Findings will inform the design of integrated STEM and CT instructional materials and teaching tools for K-12 students and teachers.
K-12
Design Research
AI/CS/CT, Learning Technology, and Science & Engineering
National Science Foundation
In partnership with New Visions for Public Schools (NY), refine, implement, and scale a professional learning and curriculum adoption model for high school life science. Read more.
In partnership with New Visions for Public Schools (NY), refine, implement, and scale a professional learning and curriculum adoption model for high school life science.
High School
Scaling, Science & Engineering, and Teaching/Coaching
Carnegie Corporation of New York
This project involves developing curricular and training materials to support high school world history teachers’ facilitation of text-based discussions (online or in-person) and fostering students’ historical thinking skills. Read more.
This project involves developing curricular and training materials to support high school world history teachers’ facilitation of text-based discussions (online or in-person) and fostering students’ historical thinking skills. The materials will be co-designed by world history teachers with varying levels of comfort and prior experience in facilitating discussions. The curricular resources will be piloted and made freely available both through Digital Promise and through the World History Project (an open-access curriculum by OER Project) in which they will be embedded.
High School
Design Research and Researcher-Practitioner Partnership
Curriculum, Diversity/Equity/Inclusion, ELA, History, and Literacy
Institute of Education Sciences
Districts Helping Districts is scale-up research-practice partnership in which Digital Promise will partner with eight schools districts from eight different states (from geographies as varied as Alaska to Mississippi) to develop and refine K-12 computing pathways that attract and retain a broader and more diverse range of children in computer science. Read more.
Districts Helping Districts is scale-up research-practice partnership in which Digital Promise will partner with eight schools districts from eight different states (from geographies as varied as Alaska to Mississippi) to develop and refine K-12 computing pathways that attract and retain a broader and more diverse range of children in computer science.
K-12
Design Research and Researcher-Practitioner Partnership
AI/CS/CT, Curriculum, Diversity/Equity/Inclusion, Learning Technology, Scaling, and Teacher Learning
National Science Foundation
This National Science Foundation-funded research-practice partnership is applying and studying a “kinship-based” approach to Computer Sciences/Computational Thinking (CT) by situating introductory computing initiatives in the maker-oriented, problem-solving Appalachian heritage that has been sustained for 250 years. Read more.
This National Science Foundation-funded research-practice partnership is applying and studying a “kinship-based” approach to Computer Sciences/Computational Thinking (CT) by situating introductory computing initiatives in the maker-oriented, problem-solving Appalachian heritage that has been sustained for 250 years. The project will conduct explanatory case study research to examine how, why and which elements of a rurally sustaining CT pathway appear to influence students’ perceived importance and usefulness of CT, and their expectations of success to learn and use these skills. We’re also collaborating with teachers in two Eastern Kentucky districts to create, implement, and refine CT lessons for their middle school classrooms.
K-12
Design Research and Researcher-Practitioner Partnership
AI/CS/CT, Curriculum, Diversity/Equity/Inclusion, and Identity Development
National Science Foundation