eric.ed.gov har udgivet: Community colleges are facing increased pressure to accelerate students through their developmental mathematics sequence. However, many individuals feel that some state legislatures and college leaders are frequently bypassing developmental math faculty expertise when implementing acceleration and compression initiatives. This qualitative study focuses on faculty viewpoints with regard to acceleration and compression in developmental math. Guiding this study was the research question: Based on faculty experience, what is the best fit for the practices of acceleration and compression in developmental mathematics? Data has been gathered using a structured interview format for six developmental math instructors, two at each of three community colleges. Findings from this study suggested that the practices of acceleration and compression are a proper fit for students who are comfortable with computer software. Incoming skill… Continue Reading →
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eric.ed.gov har udgivet: Innovation in instructional technology has contributed to the rapid implementation of technology-driven instructional platforms, particularly in developmental math coursework. Prior research has shown that instructional environment and classroom experience influence student development and outcomes. Consequently, when courses transition to technology-driven instruction, a logical concern on the part of faculty and administrators is the effect on the quality of the academic experience among students. Under a hybrid emporium model, students primarily receive instruction from a computer-based platform rather than from a faculty member delivering content in front of the classroom. This paper examines how students experience a newly adopted, hybrid emporium model for developmental math coursework. We conducted focus groups with students at six public colleges in Tennessee and find that students enrolled in hybrid emporium developmental math… Continue Reading →
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eric.ed.gov har udgivet: In recent years, there has been a growing recognition that the traditional system of college mathematics remediation that relies on high-stakes placement tests and prerequisite, multi-level course sequences is associated with lowered chances of students completing developmental requirements and increased rates of student attrition. This recognition has led to nationwide reform efforts that strive to alter the structure and curricula of remedial math courses. However, these broad-based reforms have been insufficient in eliminating inequities in developmental placement and completion between students of color and other underserved students and their more advantaged peers. Informed by relevant research literature, this paper argues that the majority of reforms to developmental math education seek to remedy general barriers to student progress but are not typically designed to address equity gaps and,… Continue Reading →
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