Education Commons^™

Figured Worlds Of Women Mathematics Education Scholars, Lili Zhou, Jill Newton, Brooke Max, Hyunyi Jung, Lindsay M. Keazer, Bimi Kumari Sapkota, Ricki L. Geller-Mckee

Education Faculty Publications

Drawing on the concept of figured worlds (Holland et al., 1998), this project focuses on addressing, responding to, and understanding the self within the figured world of the mathematics education community. Specifically, we examine a group of women with diverse backgrounds in terms of race, class, and cultural contexts, who are engaged in various roles as mathematics education scholars, including teachers, teacher educators, and researchers. Using a dialogical self approach, we facilitate both internal and external discourses, exploring personal histories, narratives, and the development of evolving identities. Our findings reveal that culture and social positions, such as gender, class, and …

Dual Vocations Of Science And Religion: A Historical Case Study Of Benedictine Women, Diana Fenton

Education Faculty Publications

This study examines Catholic Benedictine sisters who majored in sciences and taught science for over 100 years at the College of Saint Benedict in Saint Joseph, Minnesota, USA. In 1913, the College of Saint Benedict began as a women’s college, expanding Saint Benedict’s Academy, a boarding high school for women. This historical organizational case study analyzed archived data to understand the benefits and challenges of women who lived religious lives and studied science. Although women, in general, are still underrepresented in the sciences, the data collected provides information on how the sisters obtained advanced degrees as early as 1923, well …

Creating A Context For Graduate Student Learning Through Constructivist Inquiry: Introduction To Academia As Learning Through Play, Lindsay M. Keazer

Education Faculty Publications

In this article, I explore the impact of receiving mentorship into research and theory of the field that was guided by a social constructivist learning lens. I reflect on the ways that my conception of research and research agenda were framed subconsciously by early experiences investigating my secondary mathematics teaching practice under the mentorship of Dr. Terry Wood. Terry mentored through listening, posing questions, creating cognitive conflict, and encouraging my autonomous exploration. What stood out from this process are the parallels between her words about constructivism, applied to the elementary mathematics classroom, and her ways of mentoring me into the …

Developing As Culturally Responsive Mathematics Teacher Educators: Reviewing And Framing Perspectives In The Research, Kathleen Nolan, Lindsay M. Keazer

Education Faculty Publications

It is essential for teacher educators to develop and model their culturally responsive pedagogies (CRP),for furthering the development of culturally responsive prospective and practicing teachers. To date, no tool has been developed for supporting the self-study and growth of mathematics teacher educators’ CRP. Thus, this article shares the process of identifying, synthesizing, and analyzing key scholarly texts in the field of teacher educator CRP, to extract from the research: a) how the scholars define CRP in the context of their studies (that is, what does CRP mean?) and b) how the scholars elaborate on this definition of CRP through the …

Teacher Educators Learning With Prospective Teachers: Finding Relevant Mathematics In Our (Their) Lives, Lindsay M. Keazer, Eryn M. Mather

Education Faculty Publications

Two mathematics teacher educators (MTEs) discuss the mathematical contexts generated by prospective teachers (PTs) when pushed to look for relevant mathematics in their lives and communities. Through collaborative teacher action research focused on iterations of collecting, categorizing, and discussing PTs’ mathematical contexts, and posing selected examples for PTs’ own examination, layers of learning occurred for both PTs and MTEs. PTs began to craft more personalized, story-like contexts, seemingly noticing more mathematics in their lives. MTEs were unexpectedly pushed to clarify their thinking about what it means to develop contexts that are authentic and relevant, and to contemplate how their actions …

Elementary Pre-Service Teachers’ Reflections On Integrated Science/Engineering Design Lessons: Attending, Analyzing, And Responding To Students’ Thinking, Elaine M. Silva Mangiante, Adam Moore

Education Faculty Publications

The Next Generation Science Standards (NGSS) and recent efforts in STEM education have highlighted a multi-disciplinary vision of teachers’ integrating science education and engineering design problem-solving for student learning and critical thinking development. However, elementary pre-service teachers (PSTs) typically are unfamiliar with engineering design. Since research is limited on elementary PSTs’ ability to notice student thinking for engineering problem-solving, the purpose of this exploratory study was to identify patterns in PSTs’ written reflections from their fourth-grade practicum teaching experience with an integrated science/engineering STEM unit. We adapted Barnhart and van Es’s (2015) teacher noticing coding scheme to examine PSTs’ level …

Supporting Prospective Teachers’ Development Of Relevant And Authentic Mathematics Stories, Eryn M. Stehr, Lindsay M. Keazer

Education Faculty Publications

Supporting prospective elementary teachers (PTs) to develop mathematics problems with contexts that reflect their students’ lives is a challenge that remains to be explored. We began this work by conducting collaborative action research to explore PTs’ development of mathematics problems that were relevant and authentic to PTs’ own lives. We engaged in iterative cycles of action research by asking PTs to write mathematics stories, followed by our review and discussion of the themes we saw and sharing selected examples with PTs during class discussions. Findings after three cycles of data collection suggest that PTs’ mathematics contexts became more story-like and …

Becoming A Scientist: Using First-Year Undergraduate Science Courses To Promote Identification With Science Disciplines, Chloe Ruff, Brett D. Jones

Education Faculty Publications

In this qualitative study, we examined how two professors (a physicist and biochemist) of first year college students perceived their students’ development of identification in biochemistry or physics and how they actively supported this development. The professors described students who entered college with different levels of domain identification and different expectations for their college science experience depending upon whether they were in a biochemistry or physics major. Although neither professor was familiar with research related to the concept of domain identification, their beliefs about their students’ identification and academic support strategies generally aligned with the Osborne and Jones (2011) model …

Finding Relevance, Competence, And Enjoyment: The Development Of Domain Identification And Interest In First-Year Science Majors, Chloe Ruff

Education Faculty Publications

The purpose of this qualitative study was to examine how first-year college students perceive their development of domain identification with, and interest in, their prospective science major during their initial year of college. Four themes emerged from the coding and analysis of interviews with eight first-year science students: Self-Definition in Flux, Feeling Competent, Expressing Interest through Enjoyment, and Relevant to Me. These themes were mainly consistent with the current model of domain identification (Osborne & Jones, 2011) but differ from the current model of interest development (Hidi & Renninger, 2006). Theoretical and practical implications are included for faculty and advisors …

Fostering Students' Identification With Mathematics And Science, Brett D. Jones, Chloe Ruff, Jason W. Osborne

Education Faculty Publications

Book Summary: Interest in Mathematics and Science Learning is the first volume to assemble findings on the role of interest in mathematics and science learning. As the contributors illuminate across the volume’s 22 chapters, interest provides a critical bridge between cognition and affect in learning and development. This volume will be useful to educators, researchers, and policy makers, especially those whose focus is mathematics, science, and technology education.

Chapter Summary: The primary purpose of this chapter is to explore the process whereby students transition from a short-term, situational interest in mathematics or science to a more enduring individual interest in …

Comte’S Positivist Doctrine And Reform Of Secondary Science Education In Nineteenth-Century Brazil, Karl M. Lorenz

Education Faculty Publications

This paper discusses the influence of the Positivist Philosophy on the teaching of science in the National Gymnasium, formerly the College Pedro II, in Brazil. With the proclamation of the Republic in 1889 and the subsequent educational reform of Minister Benjamin Constant in 1890, the curriculum of the college, and in particular the teaching of the sciences, was profoundly affected by the positivist ideas of Comte. An analysis of the programs of scientific studies adopted in the Gymnasium from 1890 to 1900 demonstrates that these were organized in accordance with the hierarchy of abstraction of human knowledge proposed by Comtean …

Game Design As Authentic Science: Creating Low-Tech Games That Do Science, Jason Paul Siko, Michael Barbour

Education Faculty Publications

Many students love everything about video games, so teaching them to use technology to design their own games around content is an assignment that can offer built-in engagement. The problem, however, is that teachers often don’t have the time or expertise to teach computer programming, let alone content and process skills. On top of that, installing game design software can create friction between the teaching staff and technology department.

That’s where Microsoft PowerPoint comes in. Did you know you can help your students create—from scratch or from a template—a video game using PowerPoint?

Cyber Collaboratory-Based Sustainable Design Education: A Pedagogical Framework, Kyoung-Yun Kim, Karl R. Haapala, Gül E. Okudan Kremer, Michael K. Barbour

Education Faculty Publications

Educators from across the educational spectrum are faced with challenges in delivering curricula that address sustainability issues. This article introduces a cyber-based interactive e-learning platform, entitled the Sustainable Product Development Collaboratory, which is focused on addressing this need. This collaboratory aims to educate a wide spectrum of learners in the concepts of sustainable design and manufacturing by demonstrating the effects of product design on supply chain costs and environmental impacts. In this paper, we discuss the overall conceptual framework of this collaboratory along with pedagogical and instructional methodologies related to collaboratory-based sustainable design education. Finally, a sample learning module …

Two Sides Of The Megalopolis: Educating For Sustainable Citizenship, Alexander Pope, Timothy Patterson

Education Faculty Publications

Despite widespread focus on literacy and math at the expense of other subjects, citizenship and environmental education have an important role in American public education. Citizenship and environmental education are broadly tasked with helping students develop the knowledge, skills, and attitudes needed to shepherd the body politic and natural world, respectively, into the future. For educators and administrators concerned with instructional efficiency, educational farm visits offer one means of pairing these two approaches into a unified learning experience. This paper presents findings from a qualitative case study analysis of two such programs, incorporating interviews with and observations of visiting students, …

Beyond Jeopardy And Lectures: Using Microsoft Powerpoint As A Game Tool To Teach Science, Jason Paul Siko, Michael K. Barbour, Sacip Toker

Education Faculty Publications

To date, research involving homemade PowerPoint games as an instructional tool has not shown statistically significant gains in student performance. This paper examines the results of a study comparing the performance of students in a high school chemistry course who created homemade PowerPoint games as a test review with the students who used a traditional study guide on two separate unit tests. Students scored significantly higher on one of the two unit tests; however, there was no difference in performance between students who created games multiple times. This was the first time a significant difference has been reported when using …

O Debate Ciências Versus Humanidades No Século Xix: Reflexões Sobre O Ensino De Ciências No Collegio De Pedro Ii [The Science Vs. Humanities Debate In The Xix Century: Reflections On The Teaching Of The Sciences In The College Pedro Ii], Karl M. Lorenz, Ariclê Vechia

Education Faculty Publications

No abstract provided.

Standardization Of Scientific Terminology And The Teaching Of The Natural Sciences In Nineteenth-Century Brazil: The Contribution Of Benjamin Ramiz Galvão, Karl M. Lorenz

Education Faculty Publications

No abstract provided.

O Positivismo No Ensino De Ciências Naturais Na Escola Secundária Brasileira: 1890-1900 [Positivism And The Teaching Of The Natural Sciences In The Brazilian Secondary School: 1890-1900], Karl M. Lorenz

Education Faculty Publications

No abstract provided.

Robots That Teach: Developing An Integrated Curriculum For Middle School Math, Antoinette P. Bruciati

Education Faculty Publications

Keeping middle school students interested in mathematics and motivating them to succeed are challenges that continually present themselves to even the most seasoned teachers. Students will be drawn to mathematics if they are able to connect it to exciting careers. This paper describes a research-based curriculum model for teachers, grant writers, and others interested in incorporating Lego robotics technologies into an existing middle school mathematics curriculum. The model is based on data gathered from a three year research study in which approximately 150 sixth grade students per year and their teachers collaborated with a middle school Math Coordinator, a school …

Idéias Educacionais Transnacionais E O Ensino Secundário Brasileiro: O Imperial Collégio De Pedro Ii Como Uma Versão Do Ensino Secundário Frances [Transnational Education Ideas And Brazilian Secondary Education: The Imperial College Pedro Ii As A Version Of The French Lycée], Karl M. Lorenz, Ariclê Vechia

Education Faculty Publications

No abstract provided.

Relatório Do Projeto: Os Livros Didáticos De Ciências Para O Ensino Secundário Brasileiro Do Século Xix [Project Report: Science Textbooks In Brazilian Secondary Education During The Nineteenth Century], Karl M. Lorenz

Education Faculty Publications

Este trabalho apresenta os objetivos, metodologia, e resultados sumários de uma pesquisa historiográfica, iniciada em 2002 e recém concluída, que identifica, descreve e contextualiza 32 textos escolares utilizados no Colégio de pero II, por ser este o modelo instituição secundário durante o século. O projeto envolveu a consulta de 13 programas de ensino correspondentes de reformas educacionais da Corte, e a identificação dos textos, as edições possivelmente usados, e seus autores, com base nas informações parciais contidos nos mesmos. O trabalho também descreve a utilização de fontes eletrônicas como Google, Projeto Gallica do BNF, o Worldcat, sistema de documentação da …

Using A Robotic Arm To Evaluate The Programming Ability Of K-12 Educators, Antoinette P. Bruciati

Education Faculty Publications

This usability study measured the ability of educators to master advanced computer programming concepts through the OWI Robotic Arm Trainer and PC Interface. Research findings revealed that the lack of prior computer programming experience did not impact the ability of each participant to successfully program his/her robotic arm. However, the absence of a detailed instructional manual detracted from the product’s usability. Future directions for research and the suitability of the robotic arm for use in an online teacher preparation course in robotics technologies are discussed at the conclusion of this paper.

First Experiences With Object Lessons In Nineteenth-Century Brazil: Origins Of A Progressive Pedagogy For The Brazilian Primary School, Karl M. Lorenz, Ariclê Vechia

Education Faculty Publications

This paper describes the methodology of Object Teaching and relates how its appearance in Brazil was a transnational phenomenon that achieved its maximum articulation in 1886 with Rui Barbosa’s translation of Norman Calkins’ Primary Object Lessons. It begins with an overview of primary school teaching in Brazil in the second half of the 19th century, followed by discussion of Barbosa’s ideas on promoting change in the schools. Central to the exposition are the ideas contained in a report that Barbosa submitted to the National Assembly in 1882, in which he proposed a new organization of primary school education, suggestions for …

Methods For Marine Ecosystems Research Through The Use Of Pdas With Preservice Teachers, Antoinette P. Bruciati, Maria Lizano-Dimare

Education Faculty Publications

Science teachers are charged with the task of providing students in grades K-12 with opportunities that will enable them to make sense of science and develop habits of mind. One goal of science education is to prepare well-rounded citizens who are scientifically literate. Through inquiry-based learning, students formulate questions, perform investigations, and construct new understandings.

It is important for preservice science teachers to be introduced to current techniques, discoveries, and debates in the field of science. The use of personal digital assistants (PDAs) can provide K-12 students with increased opportunities for exploring and learning through scientific investigations. In order for …

A Reforma Do Ensino De Ciências No Ensino Secundário Brasileiro Nas Décadas De 1960 E 1970 [Science Education Reform In Brazilian Secondary Schools In The 1960s And 1970s], Karl M. Lorenz

Education Faculty Publications

Na segunda metade do século dezoito, foi transplantado para o Brasil um paradigma que focalizava no processo da investigação científico no ensino das Ciências Naturais na escola secundária. O paradigma teve origem nos Estados Unidos em resposta às criticas internas referentes ao ensino secundário e aos acontecimentos internacionais. Inicialmente sustentado por subvenções estrangeiras, e mais tarde patrocinado pelo ministério da Educação, um movimento surgiu no Brasil que objetivava a produção e divulgação de materiais didáticos que incorporassem os princípios desse paradigma. Este trabalho descreve a trajetória do paradigma e do movimento reformista do ensino de Ciências, desde sua origem nos …

Talent Development In Science: A Unique Tale Of One Student's Journey, Terry W. Neu, Susan M. Baum, Carolyn R. Cooper

Education Faculty Publications

This narrative presents the educational route followed by an Intel Science and Engineering Fair (Intel ISEF) winner who was not always recognized for his scientific abilities. Factors contributing to the success of this gifted student are presented, as well as his creative insights for solving the problem that gave rise to the winning project. Further, the major issues that emerged from this student's story can inform both professional development and instructional practice. These issues include: the need to recognize science talent or creative productive behaviors in students with special needs; students' need for an experiential science curriculum that incorporates multidisciplinary …

Developing Scientific Talent In Students With Special Needs: An Alternative Model For Identification, Curriculum, And Assessment, Carolyn R. Cooper, Susan M. Baum, Terry W. Neu

Education Faculty Publications

Can students with learning and attention difficulties in school actually be talented scientists in disguise? This article presents a model that was highly successful in identifying and developing scientific talent in these special students. The factors that contributed to the success of the model were the following: The emphasis was on helping students become creative producers. The model also featured a strong mentoring component that included role-modeling and problem solving within specific scientific domains and provided students with authentic, discovery-based, experiential, advanced level subject matter of the domain. Finally, the alternate means of assessing student achievement focused on a student’s …

Rui Barbosa And The Argument For Teaching The Natural Sciences In The Brazilian Primary School Of The Xix Century, Karl M. Lorenz

Education Faculty Publications

The paper discusses the ideas of Rui Barbosa on the importance of teaching science in the primary schools of nineteenth-century Brazil. Barbosa was one of the great parliamentarians of his time and one of Brazil’s most vocal advocates of educational reform in the nineteenth century. In 1882, Barbosa was directed to provide a written assessment of the1878 educational reform of Minister Leonçio de Carvalho. In the document that resulted, Barbosa states his rationale for why and how the natural sciences should be taught in the primary school. This paper relates Barbosa’s ideas on science teaching and argues that he was …

Os Livros Didáticos De Matemática Na Escola Secundaria Brasileira No Século Xix [Mathematics Textbooks And Brazilian Secondary Education In The Xix Century], Karl M. Lorenz, Ariclê Vechia

Education Faculty Publications

O estudo identifica os livros didáticos de matemática utilizados no Colégio de Pedro II do Rio de Janeiro no século XIX, considerado "padrão" para seus congêneres. A partir de informações contidas nos programas de ensino adotados no Colégio de 1838 a 1900 e com auxílio da literatura especializada, foi possível identificar a autoria e o título de trinta e dois livros-texto, sendo a maioria deles escrita por autores brasileiros e um número menor escrito por autores franceses. Infere-se que houve equivalência entre os estudos de matemática do Colégio Pedro II e dos demais colégios do Rio de Janeiro e das …

Robotics Technologies For K-8 Educators: A Semiotic Approach For Instructional Design, Antoinette P. Bruciati

Education Faculty Publications

Robotics engineering courses have provided undergraduate computer science students with opportunities for designing and programming simulations of robotic tasks. In contrast, many teacher preparation programs have lacked courses in this area. Educators who have not gained a conceptual understanding of computer programming may not possess the skills that would have enabled them to successfully integrate robotics technologies into their K-8 curriculum.

Recent technological advances have provided a viable means of approaching this problem. Several icon-orientated robotics technologies have been identified that allow educators to master computer programming concepts through a simplified graphical user interface (GUI) design.

This investigation addressed the …