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Full-Text Articles in Education

Impacts Of Representation On Increasing Flexibility In Understanding Number Composition, Abigail Carr Apr 2018

Impacts Of Representation On Increasing Flexibility In Understanding Number Composition, Abigail Carr

Honors Theses

Place value is a mathematical concept that young children struggle to understand. A common misconception for children is that the digits that make up multi-digit numbers represent the quantity of that number itself, instead of the number according to its place value (i.e. the 1 in 18 represents 1, instead of 10). The base-ten representation is an efficient way to represent numbers and quantities, but it is not easily learned. One reason children may struggle to fully understand place value is the English language does not make the value of the number known and has hidden base-ten meanings. To contrast, …


Impacts Of Cohort Membership On Teacher Candidates In An Alternative Certification Program, Katherine Eaton Apr 2018

Impacts Of Cohort Membership On Teacher Candidates In An Alternative Certification Program, Katherine Eaton

Dissertations

Post baccalaureate teacher education programs are an effective way to increase the teaching pool with candidates who are content experts (Beijaard et al. 2004; Brantlinger, A., & Smith, B., 2013; Zeichner, K. M., & Schulte, A. K., 2001; Schultz, K., & Ravitch, S. M. 2013; Humphrey et al., 2008). Many of these programs utilize a cohort model design where students progress through the program together as a group (Maher, M. A. 2005; Jorissen, K. T., 2002; Ross et al., 2006; Mandzuk, D. et al., 2005). In his book, Deep Knowledge (2013), Larkin describes the complex nature of preparing candidates for …


A Model For Propagating Educational Innovations In Higher Stem Education: A Grounded Theory Study Of Successfully Propagated Innovations, Raina Khatri Apr 2018

A Model For Propagating Educational Innovations In Higher Stem Education: A Grounded Theory Study Of Successfully Propagated Innovations, Raina Khatri

Dissertations

A critical problem in undergraduate science, technology, engineering, and mathematics (STEM) education is the slow uptake of innovative teaching strategies and materials. Developments from the STEM education research community can be shown to improve learning and retention outcomes, but the majority of new teaching strategies go unused by instructors. This problem is increasingly acknowledged by funding agencies such as the National Science Foundation, which now calls for “transferability and propagation” to be addressed throughout a project’s lifetime in the request for proposals. However, few publications synthesize what is known about propagating innovations into usable, actionable recommendations for developers in the …