Search results for: Mathematics instruction
Page 1/15 150 items
This study investigates the insights and challenges that prospective teachers (PSTs) experience when exploring early algebraic reasoning. The findings indicate that when PSTs engage in early algebra experiences during their preparation for teaching, they may experience meaningful new insights but may also face conceptual challenges. The author also argues that the results suggest that PSTs may benefit from developing informal ways to represent algebraic expressions and equations.
Updated: Jul. 15, 2018
This study aimed to examine whether different instructional practices could positively influence students’ anxieties and perceptions about mathematics. The authors compared between three instructional practices, which conducted to back on the same days in the same classroom (in-class lecture, flipped learning with teacher-created videos, flipped learning with Khan Academy videos). The findings suggest that when comparing the multiple aspects of teaching and learning for a mathematics content course for elementary education preservice teachers, flipped learning with teacher-created videos has the potential to help improve students’ anxieties and confidence in mathematics more than do instruction that incorporates in-class lectures or third-party videos.
Updated: Jul. 12, 2018
This study focused on how elementary teachers described their professional growth after being involved in lesson study in a professional learning community with other teachers and university professors. The study also examined how they described the impact the program had on their teaching of mathematics. The results indicated that the participants valued the collaboration within the community of learners. The sharing of ideas, planning lessons together, and reflecting on teaching and student learning in a supportive environment appears to have been critical to teacher growth. The authors conclude that the findings indicate that while involvement in professional development to deepen teachers’ understanding of mathematics and their knowledge of how to teach mathematics is important.
Updated: Feb. 18, 2018
Changing the way to Teach Maths: Preservice Primary Teachers’ Reflections on using Exploratory Talk in Teaching Mathematics
This study aimed to examine the preservice teachers’ reflections on the contingent situations of a microteaching experience based on exploratory talk, in order to better understand preservice teachers’ emerging awareness of teaching and learning in mathematics. The findings suggest that the experience had impacted on the preservice teachers’ professional development in some ways. All the participants seemed to have valued the experience, and so may have been sensitised to work with their students in an informed way. However, some preservice teachers said that the experience had changed their beliefs in using talk as a teaching approach; and even that the experience had changed the way they wanted to teach mathematics. Others argued that the experience had raised awareness of the difficulties in working this way.
Updated: Feb. 13, 2018
In this article, the authors examined the potential impact of video excerpts of teaching on pre-service teachers' learning. They were also interested to identify and focus on the development of students' understanding of mathematics and the teaching and learning actions likely to facilitate this. The authors found that many of the pre-service teachers were interested in the development of students' understanding. However, many of the participants struggled to identify evidence of it or observable teaching actions likely to contribute to it.
Updated: Oct. 17, 2017
Knowledge and Knowing in Mathematics and Pedagogy: A Case Study of Mathematics Student Teachers’ Epistemological Beliefs
The current study examines the challenges that students experience in the consolidation of knowledge in mathematics and education. The findings reveal that the epistemological beliefs of the three students differed between the two disciplines. The authors argue that all the students tended to regard mathematical knowledge as certain and coherent in nature. In education, however, they relied more on personal opinions and experiences as sources and justifications of knowledge. They also identify six main areas that can challenge the consolidation of mathematical and pedagogical knowledge.
Updated: Sep. 13, 2017
Learning to Teach Music-themed Mathematics: An Examination of Preservice Teachers’ Beliefs about Developing and Implementing Interdisciplinary Mathematics Pedagogy
This study aimed to offer a group of preservice teachers with opportunities to learn about interdisciplinary mathematics pedagogy, plus the experience of implementing interdisciplinary mathematics pedagogy with elementary students. This study situated music within a series of mathematics lessons that incorporated the musical elements as a central, rather than superficial, component of the mathematics pedagogy. This study has provided empirical findings pertaining to the connections between music and mathematics to illustrate the concept of the entertainment-education learning strategy. To support the aim of improving preservice teachers’ knowledge for how to effectively implement mathematics teaching strategies with their future elementary students, teacher educators should strive to improve preservice teachers’ awareness of, and capacity for, making mathematics education more engaging for students.
Updated: Aug. 08, 2017
This article explores effective mathematics teaching as constructed in Finnish and Swedish teacher educators’ discourses. Teacher educators in both countries bring into play a variety of aspects identified in the field of mathematics education research, when talking about good mathematics teachers/teaching. The teachers often talk about the same general categories, but a deeper analysis reveals a substantial difference between the characters of the discourses concerning how most of these categories are conceptualized.
Updated: Jul. 04, 2017
The authors examine whether an analysis framework, the Mathematical Quality of Instruction (MQI), can assist prospective teachers in noticing and interpreting salient aspects of classroom practice. The findings indicate that participation in a video club led prospective teachers to be better able to notice these salient features of mathematics instruction when watching video-taped lessons. Furthermore, participants adopted a more interpretive stance toward the classroom components they noticed and used evidence to support their stance. Prospective teachers’ abilities to notice students’ mathematical thinking improved as a result of structured video analysis.
Updated: Jul. 03, 2017
The current research examines the relative effectiveness of universities and new program types using the diverse market in Texas. The authors examine program effectiveness through a framework integrating certificate pathways, organizational goals, and market incentives. The authors found that independent nonprofits have positive effects on student performance that are not explained by teacher sorting or program selectivity, and these effects only occur in math. Furthermore, independent nonprofits perform well with most high-risk populations but have no advantage with Black students, no presence on rural schools, and negative effects, and designated special education (SPED) students. The authors argue that these findings suggest that policy makers should proceed with caution when advocating for expanding or limiting any particular program type.
Updated: Dec. 20, 2016