Science and Mathematics Education Commons^™

Exploring The Integration Of Neuroeducation Principles In Teaching Mathematics In Selected Secondary Schools In Iringa Municipality, Tanzania., Emmanuel Kahise

Master of Education

This research explored the integration of neuroeducation principles in the mathematics curriculum of secondary educational institutions in Iringa Municipality, Tanzania, driven by the goal of enhancing learning outcomes and refining instructional strategies. Employing a qualitative case study methodology, the study examined teachers' perspectives, the actual implementation of neuroeducation concepts in classrooms, and the challenges encountered during integration. Through observations of form one and form three classes and interviews with three mathematics teachers, inconsistencies between claimed understanding and actual practices were identified. To address issues such as a lack of instructional resources, restricted technology access, and limited professional growth opportunities, specific …

Exploring The Contribution Of Multimedia Resource Integration On Learner Engagement In Teaching And Learning Of Integrated Science In A Primary School In Arua City -Uganda, Sebbi Sadadi Okumu

Master of Education

The integration of multimedia resources in primary school classrooms has become essential in the twenty-first century, given the huge potential of information and communication technology (ICT). This qualitative case study aimed to explore the contribution of multimedia resource integration on learner engagement in the teaching and learning of integrated science in a primary school in Arua City, Uganda.

The primary research question addressed the contribution of multimedia integration to learner engagement in integrated science instruction. Additionally, subsidiary inquiries explored into the types of multimedia resources employed, learner responses to their utilization, teachers' perceptions, and the relationship between teachers' perceptions and …

Student Use Of Anchors And Metacognitive Strategies In Reflection, Anu Singh, Heidi A. Diefes-Dux

Department of Agricultural and Biological Systems Engineering: Faculty Publications

Context: Self-regulation, a skillset involving taking charge of one’s own learning processes, is crucial for workplace success. Learners develop self-regulation skills through reflection where they recognize weaknesses and strengths by employing metacognitive strategies: planning, monitoring, and evaluating. Use of anchors assists learners’ engagement in reflection. Purpose or Goal: The purpose of this work was to gain insight into students’ use of anchors when reflecting on their learning. The two research questions: (1) To what extent do students link their self-evaluation and learning objective (LO) self-ratings to their reflections? and (2) What dimensions and level of metacognitive strategies do students use …

Program And Proceedings: Nebraska Academy Of Sciences 1880–2024, 144th Anniversary Year, One Hundred-Thirty-Fourth Annual Meeting

Nebraska Academy of Sciences: Programs and Proceedings

Program

Aeronautics and Space Science

Aeronautics and Space Science Poster Session

Anthropology: Humans Past and Present

Maiben Lecture: "Platte Basin Timelapse: A Watershed in Motion," Grant Reiner

Applied Science and Technology

Biological Sciences

Biomedical Sciences

Chemistry

Earh Sciences

Environmental Sciences

Physics

Science Education

Combining The Concrete Representational Abstract Framework And Video Modeling To Increase Basic Addition Skills Among First Grade Students, Sara Ebner

Theses and Dissertations--Educational, School, and Counseling Psychology

Proficiency in mathematics is fundamental for academic success and is linked to numerous skills that are essential for success in the real-world. Despite its importance, many students struggle with math, leading to nationwide declines in math proficiency. This decline highlights the need for effective interventions that are accessible, able to be individualized, and feasible for implementation across settings. In the present study, a single case multiple probe across participants design was used to assess the efficacy of a concrete-representational-abstract (CRA) framework with video modeling intervention on the basic addition problem-solving accuracy of three first-grade students. Results show that participants’ accuracy …

Utilizing Internet Memes In Senior High School Biology To Improve Gen Z’S Academic Achievement, Attitude, And Self-Efficacy, Alyanna Nicole Carlos, Emmanuel D. Delocado

Biology Faculty Publications

Generation Z learners’ short attention span challenges educators to design engaging teaching methods that capture their interest. This quantitative study investigates the effect of memes, which are popular internet media, on non-STEM Gen Z high school students’ academic achievement, attitude, and self-efficacy in biology. Two groups of Grade 11 participants (n=243) were taught cellular division and genetics lessons through two different approaches. The results demonstrate that the experimental group which was taught using meme-infused materials had statistically significantly higher post-test scores (21.46 ± 4.41 out of 30; independent t-test = 0.00) than students who were taught with materials with no …

A Chat Analysis Of The Use Of Educational Video Games To Teach Physical Science To Middle School Girls, Stephen G. Petit

Graduate Thesis and Dissertation 2023-2024

As students transition into middle school science courses, their interest and engagement in the subject declines. This decline is most significant among girls, particularly for topics in physical science. While several factors have been identified that contribute to the decline, one area that is emerging as a new way to help improve girls' view of science is the use of educational video games to improve engagement and interest in science content, particularly as video games have been steadily rising in popularity with girls. This study used Cultural Historical Activity Theory to understand how middle school girls engage with an educational …

Incorporating Sex-Diverse And Gender-Inclusive Perspectives In Higher Education Biology Courses, Breanne N. Harris, A Kelsey Lewis, Sam L. Sharpe, Teri J. Orr, Christopher T. Martine, Chloe C. Josefson

Faculty Journal Articles

Inclusive teaching is teaching in a way that reaches all students in the classroom; this is beneficial for everyone, particularly for those with minoritized identities. Instructors play a critical role in scaffolding how students are exposed to and learn science content in the classroom. In this manuscript, we discuss how biology instructors can make their classrooms more inclusive with regard to sex and gender diversity content. Many topics in biology are based on androcentric, heteronormative, and oppressive framing, even though those lenses are more reflective of our own history and culture than they are of the diversity we see in …

Encouraging Students To “Think Like A Scientist” Through Picture Books Designed To Support Research-Based Science Education, Emily Mae Starr

Children's Literature (MA) Theses

The purpose of this thesis was to develop a series of nonfiction picture books, Think Like a Scientist, to help children see themselves as scientists by stepping into the shoes of real-life scientists. Each book in the series focuses on a crosscutting concept (one of the three dimensions of the Next Generation Science Standards) and how three scientists used the concept when making revolutionary discoveries. Novel to the series are strategically spaced questions that encourage readers to interact with the text by engaging in the same thought processes as real scientists. The series is intended support research-based elementary science …

Building Painted Cubes Task: Serena’S Case, Elizabeth Suazo-Flores, Lisa Roetker

Teaching, Leadership & Professional Practice Faculty Publications

The Building Painted Cubes Task is a groupworthy algebraic task. Students build cubes using linking unit cubes, search for algebraic patterns, and report findings on posters. This task can create spaces for students to see themselves as doers of mathematics.

Exploring The Role Of Undergraduate And Graduate Real Analysis Experiences In The Mathematical Trajectories Of Women Mathematicians From Historically Disenfranchised Groups, Te'a Riley

Mathematics Dissertations - Archive

This phenomenological study examines the role of undergraduate and graduate Real Analysis courses in shaping the mathematical trajectories of seven women Ph.D. mathematicians from groups historically disenfranchised in mathematics.Qualitative analysis of interviews explores various aspects of their development as mathematicians with a focus on their experiences in Real Analysis. This study applies Ryan & Deci’s (1985) Self-Determination Theory's Basic Psychological Need Theory and Critical Race Theory to analyze the trajectories of the participants. The research explores how the fulfillment of basic psychological needs in their Real Analysis courses may have influenced their academic and professional journeys. The basic psychological need …

Exploring The Integration Of Neuroeducation Principles In Teaching Mathematics In Selected Secondary Schools In Iringa Municipality, Tanzania., Emmanuel Jonathan Kahise

Master of Education

This research explored the integration of neuroeducation principles in the mathematics curriculum of secondary educational institutions in Iringa Municipality, Tanzania, driven by the goal of enhancing learning outcomes and refining instructional strategies. Employing a qualitative case study methodology, the study examined teachers' perspectives, the actual implementation of neuroeducation concepts in classrooms, and the challenges encountered during integration. Through observations of form one and form three classes and interviews with three mathematics teachers, inconsistencies between claimed understanding and actual practices were identified. To address issues such as a lack of instructional resources, restricted technology access, and limited professional growth opportunities, specific …

Exploring Factors Influencing Students’ Decision To Pursue Science Specializations: A Study At One Of Public Mixed Secondary Schools In Temeke Municipality-Dar Es Salaam., Samson Masawa

Master of Education

This research investigates the factors influencing students' decisions to pursue science specializations, addressing the pressing issue of declining interest in sciencerelated careers. There is a world-worrying trend in students’ declining interest in sciencerelated occupations, hence the need to understand the factors influencing students' motivations to pursue science. The research employed a quantitative approach with a survey design, utilizing structured questionnaires administered to science teachers, Form Three students choosing science and non-science specializations, and Form Five students committed to study science, and the study was guided by Goal Oriented Theory. The data were analyzed using the Statistical Package for the Social …

Exploring Tutors’ Readiness To Incorporate Artificial Intelligence In Teaching Practice: A Case Study Of Selected Teachers Training College In Tanzania, Prosper Elirehema Akyoo

Master of Education

College tutors' readiness to incorporate AI in teaching practices was explored in this study in selected teacher-training colleges in Tanzania. The study examined tutors' AI knowledge and experience, readiness variables, current use, and attitudes and perceptions. The study showed how ready college tutors were to use AI in education by addressing these issues.

Tanzania aimed to develop a knowledgeable society by 2025 as outlined in Vision 2025. Teacher Training Colleges play a crucial role in preparing future teachers, yet there is minimal research on tutors' preparedness to integrate artificial intelligence in education (AIED). While AIED holds the potential to enhance …

Transforming Biology Assessment Through Written Feedback In Tanzania Secondary Education: Insights From Action Research, Devotha Wilfredi, Wachira Nicholas

Institute for Educational Development, East Africa

This study examined the impact of written feedback on assessment in secondary schools, focusing on both student and teacher perspectives. Using action research with 80 students and their teachers, the study spans four months across three reflective cycles. Central findings reveal that descriptive, non-evaluative feedback empowers students. Feedback clarifies misunderstandings, offers specific improvement guidance, and makes "next steps" manageable. Further, descriptive feedback exposes students to broader problem-solving strategies. The study l s o shows that written feedback transcends mere evaluation. It becomes a reflective dialogue, with students actively using feedback to improve, and teachers acting as facilitators, guiding students toward …

Exploring Teachers’ Use Of Resources For Teaching And Learning Mathematics Addition To Grade Three Learners., William Kathithe

Master of Education

The study investigated the resources used by teachers at “Ngovi” Primary School in Kilifi County- Kenya, to teach and learn mathematics addition to grade three learners. It aimed to comprehend how teachers select, adapt, and integrate resources to develop effective teaching strategies, address learning needs, and optimize curriculum design. The importance was to equip teachers’ use resources when teaching mathematics addition for better understanding. Researcher used participatory action research design as a study methodology and a qualitative research approach. Researcher gathered information on the subject at a Primary School through focus group discussions, classroom observations, and interview questions such as …

Mathematics Education Researchers' Practices In Interdisciplinary Collaborations: Embracing Different Ways Of Knowing, Elizabeth Suazo-Flores, Wiliam S. Walker Iii, Signe E. Kastberg, Mahtob Aqazade, Hanan Alyami

Faculty Publications – Mathematics

Mathematics education researchers (MERs) use practices unique to the mathematics education discipline to conduct their work. MERs’ practices, i.e., ways of being, interacting, and operating, define the field of mathematics education, are initially learned in doctoral preparation programs, and are encouraged and sanctioned by conferences and publications. Disciplinary practices facilitate MERs’ interactions within mathematics education. When working in interdisciplinary groups, differences in disciplinary ways of being, interacting, and operating can create challenges with completing research and other work. Since MERs’ engagement in interdisciplinary collaborations is encouraged and can result in products contributing to the evolution of the mathematics education discipline, …

Undergraduate Research On 5g Propagation Analysis In Naval Ship Environment, Otilia Popescu, Dimitrie Popescu, Murat Kuzlu

Engineering Management & Systems Engineering Faculty Publications

Wireless communication systems have experienced rapid advancements over the last decade, with 5G systems becoming the regular standards and 6G systems being under development. However, the naval ship environment still requires more study due to the special indoor characteristics of the spaces below the deck, where the metal structures strongly impact the propagation characteristics, being prone to signal degradation, dead spots, and unreliable connectivity. This paper presents the research work conducted by a team of undergraduate students from Electrical and Computer Engineering (ECE) and Electrical Engineering Technology (EET) majors. The work was a partnership between Old Dominion University engineering programs …

The Manifestation Of Elementary Teachers’ Mathematical Identities: An Explanatory Mixed Methods Study, Kyle Brun

West Chester University Doctoral Projects

In the most simplistic form, mathematical identities manifest in the statements, “I am good at math” or “I am not good at math”. Once established, individuals’ identities influence how they interact and approach mathematical problem-solving (Bishop, 2012; Boaler, 2013; Boaler & Selling, 2017). The purpose of this mixed-method explanatory sequential study is to explore a deeper understanding of how elementary teachers’ mathematical identities influence their beliefs about effective math instruction. Utilizing an explanatory sequential mixed-method design, a questionnaire was used for the initial quantitative analysis of teachers' mathematical identities. Analysis of survey submissions identified three unique mathematical identity profiles. Two …

Investigating Prodigy Math Program To Improve Students' Success In Mathematics, Justin A. Bledsaw

Masters Theses

This study investigates whether Prodigy improves student achievement in mathematics; whether Prodigy improves, specifically, math achievement of special education students, students of different ethnicities, and students of different genders. Further, the study wanted to explore student perceptions of Prodigy. The study was conducted in two fifth grade classrooms with a total of 31 participants. Two mathematics units were utilized to compare; one on multiplying whole numbers and the other on dividing whole numbers. In addition, participants completed a survey and a focus group interview to find out participant perceptions of Prodigy. Results reveal that the whole group scored higher in …