This article investigates the implementation of inquiry-oriented instruction in 20 undergraduate mathematics classrooms. In contrast to conventional wisdom that active learning is good for all students, we found gendered performance differences between women and men in the inquiry classes that were not present in a noninquiry comparison sample. Through a secondary analysis of classroom videos, we linked these performance inequities to differences in women’s participation rates across classes. Thus, we provide empirical evidence that simply implementing active learning is insufficient, and that the nature of inquiry-oriented classrooms is highly consequential for improving gender equity in mathematics.
Background/Context School districts are increasingly expected to support students in meeting ambitious mathematical learning goals. Many schools and districts are investing significant resources in the provision of time for teacher collaboration in the hope that this will help teachers improve their instruction in ways that support students in meeting ambitious learning goals. While existing research points to the potential of this collaboration time to support teacher learning, findings from previous work suggest that use of this time varies in ways that are likely to be consequential for teachers’ learning. Research Question In this analysis, we investigate the question: In what ways do focus and facilitation shape teachers’ opportunities to learn during collaborative conversations? Research Design The data for this analysis comes from a 4-year study of 4 large urban school districts that examines what it takes to improve the quality of middle school math instruction at scale. Our analysis draws on the broader data set by first using teacher-level data (observed instructional quality) from 30 schools to identify schools that exhibited the most growth in instructional quality. We then analyze audio recordings of teacher collaborative meetings at those schools to better understand how the conversations that take place in these meetings might function to support teachers’ professional learning. In particular, we examine differences in facilitator questioning and subsequent facilitator press on teachers to elaborate their pedagogical reasoning. Findings/Results We observed two foci in identified sessions: writing learning targets and lesson co-planning. As enacted, the lesson co-planning sessions held greater potential for supporting teachers’ professional learning. Use of an activity-structuring tool was related to higher quality facilitator questions in these sessions but was not related to improved facilitator press on teachers to elaborate on their responses to these questions. These facilitator moves are marked by (1) solicitation of detailed representations of teachers’ classrooms and practice, (2) orientation toward students as sense-makers, and (3) press for teachers to articulate rationales for instructional decisions that are tied to goals for student learning. We provide examples of facilitator questioning and press that are generative for teacher learning. Conclusions/Recommendations This work contributes to the research on the ways collaborative time can support teacher learning. It identifies specific practices that facilitators can draw on to support teachers’ professional learning—which has the potential to inform both teacher learning and the training of facilitators. This work can additionally inform the design and use of tools (protocols) that can help productively structure teacher collaborative time and also reveal the limitations of such tools. Importantly, we offer a coding scheme for analyzing the quality of facilitation through questioning and press that can subsequently be challenged, problematized, and built upon in the field.
Background/Context When new, rigorous standards are adopted, teachers often need to learn new content and new ways of teaching while concurrently attending to accountability demands. Both formal and informal school structures potentially enable this new learning, and school leaders likely influence the nature of these structures. Purpose/Objective/Research Question/Focus of Study We examine teachers’ learning opportunities in one school by asking the following research questions: (1) What is the nature of changes in teachers’ formal learning opportunities, as seen by changes in teachers’ workgroup conversations about mathematics instruction? (2) In what ways do school leaders shape the nature of instructional conversations, and thus formal learning opportunities, in teacher workgroups? (3) What is the nature of changes in teachers’ informal opportunities to learn, as seen by shifts in informal advice networks? Research Design This is a longitudinal case study using mixed methods: qualitative analysis of audio-recorded teacher workgroup meetings and quantitative analysis of informal social networks. Data Collection and Analysis This analysis is a part of a larger eight-year longitudinal study, the Middle-school Mathematics and the Institutional Setting of Teaching (MIST). Data used in this analysis were collected over a three-year period in one middle school that was working to improve mathematics instruction by focusing on teaching mathematics conceptually and building procedural fluency. Data used in this analysis include audio-recorded teacher workgroup meetings, informal social network surveys, interview transcripts, and student-level standardized test scores. Findings/Results We found that formally, school leaders shifted teachers’ workgroup conversations away from instructional matters to those of standardized tests. Informally, teachers stopped going to each other for instructional advice. Triangulating interview data confirmed that over time, pressure that teachers felt to do well on the standardized tests shifted their attention away from a conceptual approach to instruction and toward an emphasis on test preparation. Conclusions/Recommendations Our findings suggest that school leaders must be involved in new learning about standards and instruction to appropriately support teachers’ learning opportunities.
In this paper, we argue for a need to attend to issues of equity in postsecondary mathematics education. In the United States, the broader mathematics education field has begun a shift toward attending to sociopolitical aspects of research, which focus on the interrelatedness of knowledge, identity, power, and social discourses. We argue that explicit uptake of sociopolitical perspectives has the potential to offer new insights to current research and to advance efforts to address inequities in meaningful and theoretically well-informed ways. Situating our argument within the social and political context of the United States, we draw on existing studies that examine inequities in undergraduate mathematics classrooms. We highlight studies that focus on the impact of social discourses and institutional contexts on the negotiations of power and identity in postsecondary mathematics. We end by proposing future research directions and discuss challenges for equity work in postsecondary mathematics education.Issues of equity are becoming increasingly pressing in the political landscape and national discourse in the United States. In particular, various forms of professional and economic opportunity are intertwined with issues related to race and gender. Evidence of these relationships spans contexts ranging from trends in police brutality and incarceration (Chaney and Robertson 2013; Pettit and Western 2004) to pay Int.
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