Science and Mathematics Education Commons^™

Teac 315: Teaching Science In The Elementary School—A Peer Review Of Teaching Project Benchmark Portfolio, Krista Adams

UNL Faculty Course Portfolios

Teaching Science in the Elementary School (TEAC 315) is an upper-division course taken by elementary education majors as a requirement for the Bachelor of Science (BS) in Education. The peer review of teaching project had me identify concerns for teaching the elementary methods course. The concerns I wanted to address focused on eliciting teacher candidate’s views and experiences with teaching science as well as my ability to identify evidence of growth. The first area focuses on my needing to understand if I need to develop more instructional strategies to support teacher candidate growth. This involves both in terms of specific …

Impact Of Mathematics Computer-Assisted Instruction On English Language Learner Achievement, Christie Jacquelyn Jay

Graduate Theses and Dissertations

This quasi-experimental study examined the effect of supplemental mathematics computer-assisted instructional programs on the achievement of students in grades three and four over a two year period. This study evaluates the computer-assisted instruction (CAI) supplemental interventions through the lens of the sheltered instruction approach to teaching English Language Learner (ELL) students. The students who took part in the intervention attended nine elementary schools in one Arkansas district in the 2011-2012 and 2012-2013 school years. Data from Measures of Academic Progress (MAP) assessments were analyzed using a factorial ANOVA with pretest and two posttests over the course of two school years. …

The Effects Of Combining Looping, Cognitively Guided Instruction, And Ethnicity: How They Can Collectively Improve Academic Achievement, Matthew Brandon Wilson

Graduate Theses and Dissertations

The purpose of this quantitative study is to gain an understanding of the powerful instructional potential of combining the practice of looping, Cognitively Guided Instruction (CGI) professional development strategies, and the impact these practices have in addition to ethnicity in elementary education. The study focused on research questions pertaining to student's Measure of Academic Progress (MAP) scores and the implementation of looping, CGI strategies, and how ethnicity impacted student achievement.

This study emphasizes two types of statistical tests to determine how significant CGI and looping practices impacted growth in mathematics on the MAP test for different ethnic groups. A Chi-Square …

A Narrative Study Of Novice Elementary Teachers' Perceptions Of Science Instruction, Roberta Harrell

Electronic Theses and Dissertations

It is hoped that, once implemented, the Next Generation Science Standards (NGSS) will engage students more deeply in science learning and build science knowledge sequentially beginning in Kindergarten (NRC, 2013). Early instruction is encouraged but must be delivered by qualified elementary teachers who have both the science content knowledge and the necessary instructional skills to teach science effectively to young children (Ejiwale, 2012, Spencer, Vogel, 2009, Walker, 2011). The purpose of this research study is to gain insight into novice elementary teachers’ perceptions of science instruction.

This research suggests that infusion of constructivist teaching in the elementary classroom is beneficial …

Tracking In Middle School Mathematics, Alexis Geisler

Mathematics Graduate Theses

This paper is a review of research pertaining to the issue of tracking in middle and high school mathematics. More focus is given to middle school because this is usually where tracking begins in mathematics. It supports research on the rationale behind detracking our schools and moving towards heterogeneous classrooms. Research behind the psychological effects of tracking is also provided, along with how tracking can segregate our school systems. There is a variety of research on the effect of tracking in mathematics. One of the most prevalent issues is how tracking is detrimental to the low tracked students. It not …

Implementing The Common Core’S Promise Of Bringing Statistical Curricula Into Line With Recommendations Of Nctm, Maa, & Gaise, Beverly Wood, Carl Clark

Publications

We plan to make a case for the necessity of GAISE-aligned college courses in order to prepare future teachers to teach in Common Core K-12 classrooms. Beginning with an overview of the parallel evolutions of Cobb/MAA suggestions - GAISE recommendations for teaching and NCTM process standards - Common Core mathematical practices, we will emphasize that we should be modeling what researchers continually conclude are best practices for teaching/learning across the K-16 continuum. We will provide some examples to illustrate classroom tasks that satisfy both GAISE and Common Core and hope to generate some discussion of other activities already used by …

The Impact And Effectiveness Of Student-Centered Classroom Structure, Amie P. Westberg

Mathematics Graduate Theses

The purpose of this paper is to explore the effectiveness of student-centered learning as an alternative classroom structure. It is important that we continually reflect on our teaching methods and explore alternatives that can help give our students the best chance to succeed. While the literature is mixed with regard to which classroom style is best, there are many sources showing the benefits of student-centered instruction over a strictly teacher- centered classroom. Sources also showed that teachers do not need to choose exclusively one style of teaching, and that a blended classroom using a variety of teaching styles can be …

Laboratory: Where Science Becomes Art, Amy Norton, Madeline Carpenter, Colton Weeks, Jae Lim

P-12 Lesson Plans

This is group of lessons for K-12 art classroom is connected to the artists in the ZMA exhibition Laboratory, on view November 14, 2014 - February 21, 2015. The exhibition worked to demystify artistic practice by revealing parallels between art and scientific research and methodology. These associated lessons include scientific concepts and principles paired with art.

Integrating Universal Design And Response To Intervention In Methods Courses For General Education Mathematics Teachers, Kelley E. Buchheister, Christa Jackson, Cynthia Taylor

Department of Child, Youth, and Family Studies: Faculty Publications

Traditionally, teacher education programs have placed little emphasis on preparing mathematics teachers to work with students who struggle in mathematics. Therefore, it is crucial that mathematics teacher educators explicitly prepare prospective teachers to instruct students who struggle with mathematics by providing strategies and practices that specifically address their needs. In this study, we describe the principles of Universal Design for Learning and Response to Intervention. More specifically, we discuss how one Mathematics Teacher Educator uses these frame works in her mathematics methods course to help prospective teachers become cognizant of early interventions and effective strategies that can be implemented to …

The Usefulness Of Graphic Novels As Information Sources For Nonfiction Reading, Sarah Holub

Graduate Research Papers

The purpose of this study was to further understand students' ability to comprehend science content information after reading graphic novels. Students were also monitored for interest and enjoyment of the graphic novel format when reading about astronomy, Earth, and space. This descriptive study sought to describe what students learn about science content when reading from graphic novels, what changes occur in students' comprehension statements after reading graphic novels, and the interest and enjoyment students have when reading graphic novels. Participants met four times, for 45 minutes, to read and discuss graphic novels, as well as rate their interest and enjoyment …

The Effects Of On-Line Math Games And E-Books Use On Elementary Student Achievement, Mel Carnahan

Graduate Research Papers

Game-based learning and the use of e-books is becoming increasingly more supported in classrooms as methods of increasing both student engagement and student achievement in all curricular areas. The purpose of this literature review is to examine current research on the effects of online math games and e-books on elementary student engagement and academic achievement. Over thirty peer-reviewed journal articles published in the last ten years are critically reviewed and analyzed. The findings show that online game-based learning and e-books can be effective tools within the confines of the elementary classroom, as long as careful consideration is given to student …

Inclusion: Problems And Potential Solutions In Mathematics Instruction, Lynnea Marie Salscheider

Mathematics Graduate Theses

The purpose of this study was (1) to identify and describe the attitudes and beliefs of general and special education teachers about inclusion and (2) to identify significant recommendations based on teacher attitudes for improving the teaching of mathematics to special needs students using inclusion.

The Transformative Potential Of Boundary Spanners: A Narrative Inquiry Into Preservice Teacher Education And Professional Development In An Nclb-Impacted Context, David Whitenack, Patricia Swanson

Faculty Publications

This narrative inquiry uses pedagogic discourse theory and organization theory to frame pre-service teacher education and in-service professional development initiatives in a school district facing tensions related to the No Child Left Behind Act of 2001. Implications for similar future initiatives are considered.

A Study Of Bridges For Second Graders, Christopher Mera

Graduate Student Independent Studies

A curriculum designed to inform students on the science and uses of bridges and to stimulate investigation into these topics. It contains planned lessons, trips and trip sheets, worksheets, and discussion topics and focus questions that are necessary for teaching this topic.

Natural Science In Our School Environment : Being Five And Being A Scientist, Danielle L'Heureaux

Graduate Student Independent Studies

This independent master's project is a proposal of an integrated science curriculum for five and six year olds. The curriculum is divided into four units: natural/manmade, living/non-living: animals, living/non-living: plants, and change.

Common Misconceptions And Instructional Best Practices For Teaching Fractions To Students In Grades Three, Four, And Five, Dan Fairchild

Mathematics Graduate Theses

This research paper will identify common misconceptions related to the teaching and learning fractions for students in grades three, four, and five. Different fraction subconstructs will be identified and instructional best practices will be identified for the teaching and learning of comparing fractions, ordering fractions, adding fractions, and subtracting fractions.

Student Centered Mathematics In An Isolated Skill Environment-Constructivist Methods In Mathematics, Amy Katherine Sorenson

Mathematics Graduate Theses

"A research paper submitted to the Faculty of the Department of Mathematics in partial fulfillment of the requirements for the degree of Master of Science in Elementary and Middle Mathematics Education"

Improving Student Achievement Through Feedback, Jennifer L. Mchlachlan

Mathematics Graduate Theses

This paper reviews the current research that exists on feedback given to students in an educational setting. Questions examined were what characteristics make feedback effective, what are the effects on student achievement if feedback is available to students in a math classroom and does timing of the feedback given play a role in its effectiveness. Results showed that feedback is effective if it is descriptive, including both strengths and weaknesses. Feedback given in small doses throughout the learning process, so as not to overwhelm students, has also proven effective. The research shows that the effect of feedback on student achievement …

Fostering Student Sense Making In Elementary Science Learning Environments: Elementary Teachers’ Use Of Science Curriculum Materials To Promote Explanation Construction, Laura Zangori, Cory Forbes, Mandy Biggers

School of Natural Resources: Faculty Publications

While research has shown that elementary (K-5) students are capable of engaging in the scientific practice of explanation construction, commonly-used elementary science curriculum materials may not always afford them opportunities to do so. As a result, elementary teachers must often adapt their science curriculum materials to better support students’ explanation construction and foster student sense making. However, little research has been conducted to explore if and, if so, how and why, elementary teachers modify science curriculum materials to engage students in explanation construction. We use an embedded mixed methods research design to explore elementary teachers’ (n = 45) curricular adaptations …

The Mathematical Development In Number And Operation Of Struggling First Graders, John Lannin, Delinda Van Garderen, Matthew J. Switzer, Kelley E. Buchheister, Tiffany Hill, Christa Jackson

Department of Child, Youth, and Family Studies: Faculty Publications

Number and operations serve as the “cornerstone” of the K-12 mathematics curriculum in many countries. Solving problems in the mathematical domains of algebra, geometry, measurement, and statistics is often closely connected to student knowledge of number and operation (Griffin, 2005). Although considerable knowledge exists regarding the development of number and operation for typically developing children, less is known about the development of children who struggle in mathematics. Moreover, children enter school with considerable differences in their understanding of number and operation. While most children, through exposure to various informal and formal tasks, develop a deeper understanding of number and operation, …

Differentiating Math Instruction In An Elementary Classroom: Teacher Perspectives, Amy Lynn Zagaros Hoff

Theses and Graduate Projects

Classroom teachers of a diverse group of learners are presented with a conundrum: how can math curriculum be effectively presented to students in order to ensure that all students are meeting required learning targets? Research shows that whole group instructional methods do not meet the needs of struggling and gifted students. So how can teachers change instruction to promote student learning for all? The purpose of this action research was to discover effective strategies to differentiate math instruction in an elementary classroom. In this qualitative research, data were collected through five structured interviews with classroom teachers. The teachers represented grades …

The Processes Of Change On Learning Literacy And Numeracy In South Australian Primary Schools, I Gusti Ngurah Darmawan, Carol Aldous

Shannon Research Press

Success in science and mathematics is predicated on successful literacy and numeracy learning. Yet schools and communities across the country struggle to negotiate factors that both impede and facilitate such learning - particularly factors over which they have some control. Working with data more comprehensive than that used previously and applying statistical methods only recently developed, researchers from the South Australian hub of the centre for Science, Information and Communication Technology and Mathematics Education for Rural and Regional Australia (SiMERR-SA) seek answers to three basic questions. What factors influence performance in Literacy and Numeracy? Does living in a rural and …

Cognitively Guided Instruction (Cgi): Whats The Point? A Look Into Cgi And Cgi’S Potential Role In An 8th Grade Mathematics Class, Bryan C. Anderson

Mathematics Graduate Theses

This study examined the current research that exists on Cognitively Guided Instruction (CGI) and how it would look when implemented into an 8th grade mathematics classroom. Additional questions examined are if CGI would develop strong student understanding between mathematical concepts and their real world applications; if CGI techniques and questioning impact the interest level of mathematics students; and what type of extra resources would be needed by teachers to implement Cognitively Guided Instruction into their curriculum. Although much of the CGI research has been done on elementary students, by also examining key algebra practices the author was able to synthesize …

How Ipads Can Be Used In The Math Classroom To Improve Student Learning, Katie Ann Garrity Smieja

Mathematics Graduate Theses

This study explores how iPads can be used to enhance student learning in the math classroom. The author reviews current literature to determine how iPads are being used to facilitate communication, formative assessment, and promising practices in math education such as discovery learning and use of spreadsheets, graphing calculators, and manipulatives. Additionally, challenges and drawbacks to using iPads in the classroom are examined. Research supports the use of iPads to provide students access to digital content including online discussion boards and practice activities with instant feedback. iPads can also be used as student response systems to engage students in instruction …

Mathematics Classrooms At The Middle School Level: Does Grouping Make A Difference In Achievement, Adam Smieja

Mathematics Graduate Theses

This paper reviewed related research on student achievement based on how students were grouped, homogeneously or heterogeneously. Questions examined were whether students performed better in heterogeneous or homogenous groupings and to what extent did high-, average-, and low-ability students perform better in a particular group. Results showed that high-ability students in homogeneous groupings had higher gains in achievement when compared to their counterparts in heterogeneous groupings. However, gains for these high-ability students were not statistically significant. On the contrary, average-, and low-ability students did show statistically significant gains in achievement in the heterogeneous groupings. Yet, despite their effectiveness, implementation of …

How To Reach All Types Of Learners Through The Use Of Manupulatives In Grades Three, Four, And Five, Cadie Fairchild

Mathematics Graduate Theses

This paper is an examination of research concerning the use of manipulatives with third, fourth, and fifth grade mathematics instruction. The research discusses the power of child discovery, stages of representation, using manipulatives to support learning, eliminating manipulatives prematurely, and eliminating negative stereotypes linked to manipulative use. A major concern of teaching with manipulatives is the knowledge of the teacher. An educator’s role is to provide the best learning opportunities for students. Research reviewed for this paper indicates frequent hands on activities using manipulatives. They need to be aware of the many learning stages and how to address each individual …

The Impact Of Singapore Math On Student Knowledge And Enjoyment In Mathematics, Jenny Taliaferro Blalock

Doctoral Dissertations

The purpose of this study was to investigate the effect of the Singapore Math curriculum and approach to teaching on enjoyment and knowledge in mathematics in one rural school district in north Louisiana. The quantitative data used were collected from a Math Enjoyment Inventory and a mixed skills pre and posttest. Additional supplemental data were collected from a Teacher Response Form. All data were gathered in the 2010–2011 school year, and an intact population was utilized. Participants were categorized into two groups, the Singapore Math group and the traditional math group. The participating district implemented Singapore Math in the fall …

Technology Use In The Middle School Mathematics Classroom, Heather Prestegord

Mathematics Graduate Theses

This paper will examine the outcomes of using technology in middle school mathematics. The author will find research on how implementing technology affects students’ ability to learn mathematics. The author will also analyze if teachers are incorporating technology effectively and how teachers can be better equipped to successfully use technology in the middle school mathematics classroom.

The Impact Of Manipulatives On Learning In The Elementary And Middle School Mathematics Classroom, Laura Dahl

Mathematics Graduate Theses

This paper is a review of research pertaining to the use of manipulatives in the elementary and middle school mathematics classrooms. It embodies the logic behind using manipulative materials in the classroom setting and the impact their use will have on student understanding and enjoyment for learning mathematical concepts. This research paper will identify the struggles and concerns of manipulative use along with the need of increased professional development and training for teachers to be better prepared for the daunting, yet rewarding challenges of successfully teaching mathematics.

Making Connections Between Science And Equity: A Motivation To Teach Science In Elementary Grades, Grinell Smith, Colette Rabin

Faculty Publications

Teacher quality is among the strongest correlates of student outcomes. However, only about a quarter of the nation’s elementary teachers consider themselves qualified to teach science. In this descriptive and exploratory study, we investigated whether helping pre-service teacher candidates explore connections between science and issues of equity, particularly around sustainability issues, could help them see the importance of teaching science to their students more often. Qualitative and quantitative data were collected from 59 students enrolled in revised science methods courses at a large public university. Our findings suggest that positioning science instruction thusly was perceived as a strong motivator to …