Search results for: Mathematics teachers
Page 2/13 127 items
This study aimed to examine what prospective teachers (PSTs) noticed while watching video of their own co-teaching, particularly in a microteaching setting that consisted of peers. The findings reveal that PSTs PSTs demonstrated the ability to look beyond themselves in the video and focus on students and student learning. The majority of PSTs' observations also included some aspect of the mathematical content they were attempting to help students understand in the video. PSTs also demonstrated the ability to dissect specific moments of their teaching. They also consider some observations in regard to previous teaching experiences and theories.
Updated: Oct. 29, 2017
Challenging Transitions and Crossing Borders: Preparing Novice Mathematics Teacher Educators to Support Novice K-12 Mathematics Teachers
The purpose of this study was to compare the challenges faced by new K-12 mathematics teachers (MTs) and new mathematics teacher educators (MTEs) and use what is known about supporting new K-12 MTs to begin to develop improved support systems for new MTEs. These findings show that novice mathematics teacher educators need additional and more valuable teaching opportunities throughout their preparation programs as well as mentoring experiences to help them as they transition into their new positions. These findings are consistent with literature review findings on the experiences of novice K-12 mathematics teachers. The authors conclude that these findings about the need for teaching experiences and mentorship for novice MTEs ,much like those needs identified for novice MTs, may help improve teacher education programs while also improving mathematics teacher education programs.
Updated: Oct. 02, 2017
Culturally Efficacious Mathematics and Science Teacher Preparation for Working with English Learners
The authors argue that mathematics and science teachers must be culturally efficacious and engage in responsive practices to work effectively with English learners (ELs). They claim that the design of teacher preparation programs plays an integral role in the efficacy development of the teacher. The findings reveal that program and school-context experiences work in tandem to support mathematics and science teachers’ efficacy in working with ELs. The qualitative evidence indicates that these secondary mathematics and science teachers are supported through Accelerated Teacher Education Program (ATEP) to become culturally efficacious. Specifically, for mathematics and science teachers working with ELs, ATEP program sources of efficacy include the cohort model–community of practice.
Updated: Sep. 05, 2017
This study aimed to create understandings across mathematics teacher educators' (MTEs) self-reports about the challenges they encountered and the resolutions they implemented when teaching mathematics methods courses through a lens of equity. The authors identified several self-reported challenges and resolutions that emerged from the data: loci of challenges, nature of challenges, and nature of resolusions.
Updated: Sep. 04, 2017
The current study investigates the use of a digital video annotation tool (VideoANT) used by beginning in-service secondary science and mathematics teachers in the Teacher Induction Network (TIN). It specifically examines the social interactions and potential supports of a VideoANT to promote collaborative interactions toward the development of reflective practices. The intent of VideoANT was to allow teachers to identify elements of their teaching that contribute to their successes and struggles, and elicit feedback from peers that may guide the teacher toward improving their practice. However, the findings reveal that majority of peer commentary praised the practices of these teachers, and commentary that would suggest alternative solutions was less frequent. The authors conclude that explicit supports for teacher discourse in VideoANT are needed.
Updated: Aug. 27, 2017
This article investigates the relationship between the structural features of middle grades teacher preparation programs (TPPs) and student achievement gains in math and English/Language Arts (ELA), focusing on teachers recommended for initial licensure, prepared in University of North Carolina (UNC) system institutions. The findings reveal that subject matter has a negative relationship to middle grades mathematics achievement but no relationship to student achievement for ELA. Further, there is a negative relationship of full-time student teaching responsibility for mathematics and no relationship for ELA. Similarly, there is evidence of a negative relationship of early fieldwork hours to mathematics achievement, but no relationship to ELA achievement.
Updated: Jul. 24, 2017
This study examines how preservice teachers (PTs) engage in a mathematics simulation focused on iconic interpretation. The data reported herein show how a clinical simulation illuminates PTs’ mathematical knowledge, instructional abilities, and practices in need of refinement. Simulations allow the authors to see PTs practicing, making mistakes, and using data to build from within and from each other. For educators vested in the development of future educators, the simulation concept and resulting data sets are extending our views of ‘clinical preparation’.
Updated: Jul. 19, 2017
In this study, the author aims to explore and support teachers’ movement through the early phases as they learn to attend to and reason about details of student algebraic thinking in the dynamic classroom environment. The findings reveal that the framework allowed preservice teachers in this study to articulate their thinking about student algebraic thinking. In addition, the author found that participants’ conversations about student thinking became more substantive as they participated in a series of video club sessions.
Updated: Jul. 17, 2017
What Factors Support or Inhibit Secondary Mathematics Pre-service Teachers’ Implementation of Problem-Solving Tasks during Professional Experience?
This qualitative study examined the factors that support or inhibit secondary mathematics pre-service teachers’ implementation of problem-solving tasks during professional experience. The results showed that even though the majority of pre-service teachers reported having beliefs compatible with using problem-solving tasks, the secondary students’ ability, preparation time, and the cooperating teacher were key factors that inhibited pre-service teachers’ implementation of problem-solving tasks.
Updated: Jul. 09, 2017
Using Representations, Decomposition, and Approximations of Practices to Support Prospective Elementary Mathematics Teachers’ Practice of Organizing Discussions
This study examined the ways in which elementary mathematics methods course activities, designed as representations, decomposition, and approximations of practice, can be used to develop prospective elementary teachers’ ability to organize a discussion. The authors found that the activities resulted in 21 prospective elementary teachers who in addition, focused their goal on extending student thinking and 12 whose goal also intended to address making connections within and between strategies. Prospective elementary teachers’ justifications for their selecting of student work revealed an interesting result. The majority of prospective elementary teachers had set a goal for the discussion of introducing strategies or having students use strategies.
Updated: May. 09, 2017