Fellows will be provided with a $10,000 stipend to be delivered in three installments directly to the scholar. The fellowship will begin with a virtual Kickoff and Orientation meeting. Over the course of the fellowship, fellows will meet with their content area mentors two or more times for guidance on the content and interpretation of their synthesis project. Fellows will receive separate support from a professor in education with extensive experience training emerging scholars; fellows will attend virtual writing seminars, receive formative individual feedback on their written work at multiple stages, and receive support for the development of collaboration, planning, and analysis skills. In addition, the Gates Foundation will host small group virtual meetings, during which fellows will have the opportunity to present their work, build translation skills, and receive feedback from Foundation staff on engaging productively with funders. The fellowship concludes with the preparation, refinement, and submission of an academic manuscript to a peer-reviewed outlet.
There are several pockets of relevant information on inclusive mathematics environments across multiple disciplines and methodological traditions that are relevant for understanding how to create inclusive learning environments in mathematics, but this information has historically been siloed within individual scientific domains and has never been systematically reviewed. The syntheses that fellows produce will enable both scientific and practice communities to learn rapidly from a cross-cutting scan of decades of social science, mathematics, and instruction and pedagogy research. In addition, syntheses will elucidate gaps and questions that are still left to be answered and motivate important future knowledge-building across long-standing silos in the scientific community.
Relevant bodies of literature to synthesize include, but are not limited to:
- Social psychological research on belonging, social identity threat, identity affirmation, intergroup relations, expectancy-value-cost, and beliefs about intelligence in mathematics contexts
- Research on cultural models and mismatch and culturally responsive pedagogy in mathematics and STEM more broadly
- Research on mathematics pedagogy, instruction, and instructional environments that could influence student outcomes through psychological mechanisms (e.g., relevance, engagement, mastery and process-oriented pedagogy, inclusive practices, learner variation, and universal design for learning)
- Research on the relationship between school climate/environment and identity development in mathematics and STEM contexts during childhood and adolescence
- Review of methodological approaches to understanding the impact of mathematics instructional environments
- Research on mathematics programs and policies (e.g., Common Core) that could influence the psychological mindsets and experiences of students in schools
- Research on educator use of data to promote supportive and rigorous environments in mathematics education