Science and Mathematics Education Commons^™

Elevating The Voices For All Learners Through Shared Stories Of Science Learning, Lauren Madden, Stuart Z. Carroll, Amy K. Schuler

Journal of Science Education for Students with Disabilities

This study examines the science learning experiences across the lifespan of two groups of college students: adults with intellectual and/or developmental disabilities in a post-secondary inclusive program, and adults in a preservice secondary education teacher candidate program. Data, in the form of personal narrative science stories were collected using a paired-interview approach in which students from each group interviewed one another about their science learning across their lifespans, and recorded responses using an online form. Across the stories, several clear themes emerged. Similarities and differences were found across and within the groups and are shared in a narrative format. Trends …

Publishing Successful Practitioner (Teaching Techniques) Manuscripts For The Journal Of Science Education For Students With Disabilities, Jonte C. Taylor

Journal of Science Education for Students with Disabilities

The Journal of Science Education for Students with Disabilities (JSESD)d is the premier journal focusing on the intersections of science education for students with disabilities. JSESD provides valuable content and context for teachers and researchers on what works in advancing science access, practices, and knowledge for all students across settings, grades, ages, and exceptionality. One way in which JSESD supports teachers and researchers is through publication of practitioner manuscripts also referred to as Teaching Techniques. These manuscripts focus on the how-to portion of science education. That is, JSESD practitioner publications give detailed information on how-to provide science instruction or how-to …

Young Mathematicians: Stem Skills For Success, Lindsey Herlehy

Publications & Research

Our youngest STEAM learners are creative and curious but require support and foundational skills in math and science. Through play-based, open-ended explorations, young students can engage in STEAM-learning skills such as subitizing, sorting, drawing, and patterns. In this session, participants will actively take part in activities highlighting each of the mathematical foundations, examine STEAM-integrated tasks that support these concepts, and share resources to be used in the classroom.

Mindfulness & Mindset: The Winning Combination? The Exploration Of The Unstuck Method® On Developmental Math Students: A Mixed Methods Study, Edite Birnbaum, Edith L. Birnbaum

Graduate Theses & Dissertations

Many students enter colleges having to take non-credit-bearing courses, and many do not pass these courses due to numerous factors, including anxiety and stress, especially in mathematics. Current literature shows how mindfulness-based interventions (Bamber, & Schneider, 2016; Dvořáková et al., 2017; Hidman, 2013; Miller et al. 2019; Regehr et al., 2013) and a growth mindset (Blackwell et al., 2007; Boaler et al., 2018; May, 2009) have a positive effect on student stress, anxiety, and academic success. This mixed-method study focused on the unSTUCK strategy’s impact, a mindfulness-inspired tool, on foundation math students. The unSTUCK strategy is a mindfulness-inspired program. The …

Introducing Pre-Service Teachers To Computational Thinking At Scale, Aankit Patel, Ashleigh B. Thompson, Heidi Williams, Octavia Abell, Carolyn Sykora

Publications and Research

This paper describes a replicable partnership model developed by a graduate school of education that aims to improve elementary student performance in science and math through modifications to pre-service methods courses using computational thinking (CT) content and pedagogy. In collaboration with computational thinking subject matter experts at the International Society for Technology in Education (ISTE), a team of childhood education faculty adapted methods courses and field seminars to integrate CT instruction and activities. Pre-service teachers (PSTs) were asked to draw on methods and seminar coursework to design and facilitate CT integrated lessons for grades 1-5 students during field work and …

Dots Explode In HawaiʻI, Veny Liu, Laurie James

Journal of Math Circles

Teachers are wonderful advocates of mathematics for future generations, and they are continually looking for ways to get students more engaged in mathematics. Through visuals and hands-on activities, the Exploding Dots concept can help teachers and students understand many elementary arithmetic and algebra topics. The implemented tasks promote problem-solving by allowing multiple entry points and varied solution strategies. This paper explored this idea beyond drawing clusters of dots by Locking Legos activity. With a thorough understanding of math content, participants in multiple Math Teachers’ Circle of Hawai‘i (MaTCH) meetings expressed confidence in creating and developing meaningful and relevant differentiated learning …

Letter From The Co-Editors, Todd Pagano, Sami Kahn

Journal of Science Education for Students with Disabilities

No abstract provided.

Faculty Attitudes Toward Technology-Driven Instruction In Developmental Mathematics, Jenna W. Kramer, Stephany Cuevas, Angela Boatman

Education Faculty Articles and Research

Innovation in instructional technology has contributed to the rapid implementation of technology-driven instructional platforms, particularly in developmental math coursework (Bickerstaff et al., 2016). In this phenomenological study, we investigate how faculty perceive and respond to a mandated, technology-driven instructional model for developmental math coursework at public colleges in Tennessee. Through interviews with faculty members across four colleges, we find that many faculty agreed that technology helped them to better track student performance, provide more targeted assistance, and communicate directly with students. Faculty also expressed concerns that technology provides the opportunity or temptation to game the system, interfering with true learning, …

Metacognition In A Mathematics Classroom, Paige Murta

Honors Projects

The purpose of this action research study is to explore the connections between students’ ability to engage in metacognitive methods, their understanding of mathematical content, and their mathematical performance. By having a group of students engage in a lesson about metacognition and a mathematical modeling problem then comparing their test scores to that of a control group a correlation can be found to analyze the effects of metacognition methods in a mathematics classroom.

Fourier’S Heat Equation And The Birth Of Modern Climate Science, Kenneth M. Monks

Differential Equations

No abstract provided.

Leonhard Euler And Johann Bernoulli Solving Homogenous Higher Order Linear Differential Equations With Constant Coefficients, Adam E. Parker

Differential Equations

No abstract provided.

Stitching Dedekind Cuts To Construct The Real Numbers, Michael P. Saclolo

Analysis

No abstract provided.

Standardized Tests: Effects On Science Education And Diversity In Science, Rachel A. Rucker

Honors Thesis

Standardized tests are ubiquitous in the American educational system. The excessive use of standardized tests has led to a decrease in taught content and has pushed teachers at the high school level to adopt less effective teaching styles that are also extremely common for introductory STEM courses at the undergraduate level. The heavy reliance on ACT and SAT scores for acceptance into college is misplaced, as the ACT/SAT are poor predictors of STEM college graduation. Also, underrepresented students (women, racial minorities, and lower socioeconomic groups) are disproportionately impacted by the heavy use of standardized tests. These students tend to score …

The Effect Of Interleaved Practice In A High School Chemistry Class, Alex Herrington

Master's Theses & Capstone Projects

Determining practices to produce optimal learning outcomes is a foundational objective for educators. Recent publications have identified the importance of practice sequencing structures (blocked vs interleaved) on learning. While this information has significant value for education, few studies have been conducted in authentic educational environments. This action research involved high school chemistry students (n=25) completing a practice assignment covering mole-mass conversions. One group practiced these problems in a blocked organization while the other was interleaved. Immediately following this assignment, students noted their completion time and rated their perceived difficulty. Three days later, students were given an unannounced interleaved assessment of …

The Pósa Method: Students' Perceptions Of Hungarian Mathematics Pedagogy, Lauren Seidl

Senior Theses

This study examines the reactions and experiences of students who are educated under the Pósa method, a Hungarian mathematics pedagogy previously employed in mathematics camps designed for gifted students. The focus of this research was to analyze the experiences of students in a Pósa method class in Budapest, Hungary. The holistic approach of gathering historical, qualitative, and analytical data pursued answers to the subsequent three research questions that guided the study: What do the students at Petrik School think about the Pósa method? What do the students in the Pósa method class think about math? What do the students’ and …

Unit #6: Animals - Remote Learning Activities, Lindsey Herlehy, Cassandra Armstrong

Little STEAMers: Early Learning Program

No abstract provided.

Don't Run Out Of Steam! Barriers To A Transdisciplinary Learning Approach, Jennifer C. Caton

Journal of STEM Teacher Education

Reform-based instruction can maximize learning and provide equitable access for students in both mathematics and science. A proposal for change by national organizations shed light on the need for programs in integrated science, technology, engineering, and mathematics (STEM) or with the inclusion of the arts (STEAM). A balanced approach to integrated STEAM education uses real issues from around the world to challenge students to be innovative, creative, and think critically about ways they can provide solutions. The purpose of this article is to highlight the potential of a transdisciplinary STEAM instructional approach, while examining the barriers that teachers face in …

Unit #5: Buildings - Remote Learning Activities, Lindsey Herlehy, Cassandra Armstrong

Little STEAMers: Early Learning Program

No abstract provided.

Effects Of Creative Video Games On Creativity, Haiqal Sazalli, Sharil Sungkono, Mohammed Rashaun, Khalis Muzakir

Introduction to Research Methods RSCH 202

The purpose of this research is to find the effects of creative games on the Creativity Quotient of human beings. Assessing creativity is based on divergent thinking consisting of fluency, originality and uniqueness in thinking methods. The theoretical framework assesses the creative thinking of candidates through a 4-week gaming programme consists of a pre-and post-assessment of the Creativity Quotient Test which consists of 10 critical thinking questions. These questions will test the fluency, originality and uniqueness of the candidates. To provide a fair result, the same questions will be used for the pre-and post-assessment. Results will prove that games are …

Word-Problem-Solving Interventions For Elementary Students With Learning Disabilities: A Selective Meta-Analysis Of The Literature, Jennifer E. Kong, Christy Yan, Allison Serceki, H. Lee Swanson

Education Faculty Articles and Research

This meta-analysis assessed the effect of word-problem-solving interventions on the word-problem-solving accuracy of students identified as having a learning disability (LD) or at risk for an LD in kindergarten to the sixth grade. Eighteen randomized control group designed studies met the inclusion criteria. Overall, word-problem-solving interventions yielded a significant positive effect on the word-problem-solving accuracy of students in elementary grades with LD (effect size [ES] = 1.08). Instructional components that underlie effective studies were also identified. Results suggest that peer interaction and transfer instructions yielded large effects on treatment outcomes. Results also suggested that intensive interventions (50-min sessions, 34 total …

Promoting Academic Integrity And Student Learning In Online Biology Courses, Jeremy L. Hsu

Biology, Chemistry, and Environmental Sciences Faculty Articles and Research

The COVID-19 pandemic has caused an abrupt shift in biology courses, with many transitioning to online instruction. This has led to an increased concern about academic integrity and cheating in online courses. Here, I draw upon the peer-reviewed literature to provide evidence-based answers to four questions concerning cheating and online biology courses: (i) What types of cheating are prevalent with the shift to online instruction? (ii) Should instructors make assessments open book and open notes? (iii) How does cheating occur in biology lab courses? (iv) Finally, what strategies can biology instructors take to uphold academic integrity with online learning? I …

Instructor Strategies To Alleviate Stress And Anxiety Among College And University Stem Students, Jeremy L. Hsu, Gregory R. Goldsmith

Biology, Chemistry, and Environmental Sciences Faculty Articles and Research

While student stress and anxiety are frequently cited as having negative effects on students’ academic performance, the role that instructors can play in mitigating these challenges is often underappreciated. We provide summaries of different evidence-based strategies, ranging from changes in instructional strategies to specific classroom interventions, that instructors may employ to address and ameliorate student stress and anxiety. While we focus on students in science, technology, engineering, and mathematics, the strategies we delineate may be more broadly applicable. We begin by highlighting ways in which instructors can learn about and prepare to act to alleviate stress and anxiety. We then …

Participation In Open Up Resources By Gender And Family Income Level On Mathematics Achievement Of Grades 7 And 8 Students, Timothy Brister

College of Education Dissertations

The purpose of this dissertation was to determine the effects by gender and by family-income level between students using Open Up Resources (OUR) curriculum (a Problem-Based Learning [PBL] curriculum) versus traditional curriculum on mathematics achievement of Grades 7 and 8 students. A stratified random sample of 320 students from four Central and Southeast Arkansas schools (n = 160 for Grades 7 and 8, respectively) was drawn for this study. Data analysis involved the use of 2 x 2 factorial ANOVAs. The key findings of the study were that the mathematics achievement of Grade 8 students using OUR was significantly higher …

Teaching Inquiry-Based Science Through The Critical Lens Of Social Justice, Tonya D. Jeffery, Isaac Aldrich, Jordan Anderson, Bailey Bettencourt, Lucy Castillo, Lily Carriger, Tosha Hawkins

Diversity Conference

In this session, the first presenter who is a teacher educator from a historically marginalized group, share their own experiences about what led them to teach their science methods course through the critical lens of social justice and through the theoretical frameworks of culturally responsive education. In addition, the presenter will discuss the tools and strategies utilized for teaching this course and for creating a safe space for preservice teachers’ dialogue and critical reflections about their own lives and experiences, identity, racism, biases, and the systemic and structural oppression among various groups in K-12 education.

Six (6) preservice teachers participated …

The Effect Of Using Web Quests And Learning Platforms For Teaching Mathematics On Developing The Mathematical Power Among Eighth Grade Students, Dr. Mofeed Ahmad Abumosa, Dr. Jafar Awad Saleh

International Journal for Research in Education

The study aimed to identify the effect of using web-quests and learning platforms to develop mathematical power among eighth-grade students. The study adopted the semi-experimental approach. A ninety-eight graders in the second semester 2018-2019 participated in this study. Participants were randomly distributed into three groups. The first group represented the first experimental group (web-quests), the second group represented the second experimental group (learning platforms), and the last group represented the control group (traditional). An achievement for mathematical power test was developed. The results showed statistical differences at (p < 0.05) among the average scores of the three study groups. Results showed that the second experimental group (learning platforms) was better than other groups. Moreover, the first experimental group (web-quests) was better than the third one (traditional). Recommendations to adopt learning platforms in teaching mathematics may help in developing mathematical power.

Problem Centered Teaching By Tomorrow, Cassandra Armstrong

Publications & Research

Problem Centered Instruction is a great way to engage students, integrate content, and inspire learning. However, true problem centered instruction requires a major shift in both teaching and learning, requiring the one thing teachers don't have: time. In today's session, we will look at some simple strategies that teachers can put to immediate use within the classroom to help start the shift towards a student-led, problem centered learning environment.

Little Big Minds: Stem For Our Youngest Learners, Cassandra Armstrong, Lindsey Herlehy

Publications & Research

STEAM-integrated activities are for all learners, including those in an early childhood setting. Participate in a series of play-based activities that promote foundational mathematics skills and foster curiosity, creativity, and innovation. Measure, graph, sort, categorize, argue, and defend your ideas while previewing a series of STEAM-integrated concepts featuring simple machines.

Scaffolding Middle And High School Students’ Engineering Design Experiences: Quality Problem-Scopeing Promoting Successful Solutions, Andrew Hughes, Cameron Denson

Educational Leadership & Technology Faculty Publications

Highly proficient expert engineers begin the iterative process of design by thoroughly investigating the design problem. Engineering students are often distracted by surface details, leading to a faulty conception of the problem and inappropriate solution strategies. Adequate problem-scoping is arguably the most important step in the design process. To address this issue, the researchers developed an instructional framework to help teachers scaffold students’ cognitive and metacognitive processes during the problem-scoping phase of a design challenge. The purpose of this quasi-experimental study was to investigate the impact that scaffolded instruction related to the SCOPE process had on students’ solution success during …

Examining An Activity System Of Learners, Tools, And Tasks In A Video Club, Tara Barnhart

Education Faculty Books and Book Chapters

"One skill that is integral to instruction centered around students’ thinking is attending to, interpreting, and responding to students’ thinking, a cluster of skills referred to as noticing (Luna & Sherin, 2017; Mason, 2002; Stroupe, 2014; Thompson et al., 2016). Video clubs, in which groups of teachers meet to analyze recordings of classroom practice, have been shown to be effective in supporting teachers in developing noticing of students’ ideas and adopting an interpretive lens to make sense of students’ ideas (Johnson & Mawyer, 2019; Luna & Sherin, 2017). However, simply gathering teachers together to analyze videos of teaching is not …

Teaching Classroom Mathematics: Linking Two Pedagogical Models For Promoting Student Engagement And Conceptual Connections, Christine A. Ormond

Australian Journal of Teacher Education

This paper explains how an original conceptual framework model for mathematics pedagogy, the Australian Curriculum Conceptual Rubric (ACCR), has continued to be used successfully by the author in pre-service and in-service teacher education programs over the past ten years or more. Now further enhanced by a deeper reflection upon Peter Sullivan’s Six Principles (2011) for the effective teaching of classroom mathematics, the ACCR is based on four preparatory “big questions” that the teachers may ask of themselves and their students. The model is also a sequenced system of conceptual “rubrics” whose aim is to encourage, in new teachers especially, …