Digital Commons Network^™

Virtual: An Introduction To Astronomy Research, Matthew Mccutcheon

Professional Learning Day

Have you ever wondered how research in astronomy is conducted? Is it possible for high school (or even middle school) students to participate in astronomical research? This session will provide a brief introduction to the process of stellar evolution. Then we will see how a program with the Pulsar Search Collaboratory can potentially help educate and train students on how to analyze previously unexamined data in a fascinating search for pulsars.

Latex > Ms Word, Evan Brummet, Lingyi Meng

Professional Learning Day

Explore how LaTeX can help you create clear, well-formatted mathematical content for your classes. In this workshop, we will introduce participants to the basics of LaTeX and demonstrates how it can support your work on platforms like Desmos, Canvas, and Microsoft Word. Learn simple techniques for writing equations, symbols, and formulas that look professional and consistent across your teaching materials. *Participants should bring a laptop to this session*

Using Games To Teach Quantum Concepts, Anastasia Perry

Professional Learning Day

Bring quantum mechanics phenomena into your science class through quantum games such as quantum tic tac toe and quantum chess. This session will go over the fundamentals of quantum mechanics phenomena such as superposition, entanglement, and measurement collapse.These concepts will be reinforced through playing games. The games can be introduced to motivated middle and high school students.

Testing Theories Of Marine Bioluminescence, Patrick Young

Professional Learning Day

Participants will be introduced to many interesting sea creatures and the contemporary theories about how they use light in the deep. As part of a team, you will each select a theory to explore. Using any of the materials provided, you will design and conduct an experiment to evaluate some aspect of the theory. Teams will share and discuss their results. Finally, you will learn how to make model bioluminescent jellies in your classroom.

Connecting The Dots: Preparing Students For High School Math Success, Paul Rummelhoff, Diane Martin

Professional Learning Day

The session highlights the key mathematical concepts and learning habits that high school teachers consider essential for success in Algebra and beyond. Drawing on classroom experiences, We will share common gaps that often appear as students transition from middle school - such as proportional reasoning, algebraic and arithmetic fluency, and number sense. The session will show how addressing these areas leads to a deeper understanding and provide practical strategies to strengthen the foundations

Watching Movies To Stimulate Mathematical Inquiry, Dr. Evan Glazer, Anderson Trimm

Professional Learning Day

Have you ever wondered the odds of Luke Skywalker making that perfect shot to destroy the Death Star? How about the size and speed of the T-Rex in Jurassic Park? In this session, we will investigate several examples of how mathematics can be used to make sense of remarkable phenomena in the movies. We will brainstorm connections to a variety of concepts in algebra and geometry.

The Cubic: Centuries Of Mathematical Intrigue, Dr. Micah Fogel

Professional Learning Day

Humanity has had a formula for solving quadratic equations since antiquity.  The corresponding cubic formula is a relative newcomer, and its story has led to other important discoveries, career-ending intrigue, and the foundations of mathematics in the modern age.  We'll meet the principal characters, investigate the math, and hear the story of the cubic equation.

Shaping Ideas: Integrating Injection Molding Into Stem Learning, David Hernandez

Professional Learning Day

This workshop introduces educators to the role of injection molding machines in modern product development and manufacturing. Participants will engage in hands-on activities to design and create molds used for producing high-volume, uniform plastic parts with precise shapes and characteristics. Through this process, attendees will learn how injection molding supports rapid prototyping, mass production, and quality control in industry. Educators will leave with practical strategies for integrating real-world manufacturing processes into STEM learning environments.

Enhancing Science Accessibility And Engagement For Students With Visual Impairments: A Randomized Trial Of The Talking Labquest In Nigerian Schools, Sariat A. Adelakun Dr

Journal of Science Education for Students with Disabilities

Students with Blindness in Nigeria are often erroneously perceived as incapable of engaging with science at the basic education level, contributing to their low enrolment in science-related careers. Although various techniques and materials have been proposed to support students with blindness in science, many lack empirical validation. This study investigated one such approach by examining the impact of the Talking LabQuest on the interest of Students with blindness in science subjects.

A randomized controlled trial was conducted in inclusive junior secondary schools in Nigeria, involving 20 classrooms over an 18-week period. Twelve classrooms were randomly assigned to the intervention group, …

Teaching Leadership In The Classroom: Peer To Peer Learning, Leadership Theory, Unsd Goals, And Community Building, Emma Wilson Parker

Professional Learning Day

Teaching LEADership in the Classroom: Peerto-Peer Learning, Leadership Theory, UNSD Goals, and Community Building highlights IMSA’s LEAD program, where students engage in leadership-centered activities that connect theory to practice. Participants will explore how peer-to-peer teaching, reflective dialogue, and the UN Sustainable Development Goals create intentional spaces for growth. This session offers strategies to implement peer-led models, build community, and design meaningful learning experiences that develop empathy, self-awareness, and purposeful leadership in and beyond the classroom.

Data At Hand: Statistically Speaking… Which Hand Is The Real Mvp?, Lindsey Herlehy

Professional Learning Day

Explore a lively, hands-on investigation into which hand truly performs better. Participants will collect their own data, analyze their results, and use statistical reasoning to uncover surprising findings. Through quick experiments and collaborative challenges, this session brings data to life while modeling engaging, classroom-ready strategies. Come ready to move, measure, and rethink what you thought you knew about your “better” hand.

How Much Do Your Questions Matter?, Dr. Janice Krouse

Professional Learning Day

As much as we are accustomed to answering students’ questions, how this is done can radically influence the amount of thinking that goes on in the classroom. Our answers should stretch each mind, extend students’ thinking and also further access to all learners, inviting them into the conversation. In addition, posing a well-planned jump-start can set the ideal tone the minute students walk in the room. Come, and question your questions! *OPTIONAL - Participants may bring a lesson or warm-up used in their classroom*

What Are Your Students Doing This Summer? We Have Some Ideas., Dr. Anita White, Jacqueline Salinas

Professional Learning Day

IMSA offers summer programs for students who are currently in 8th grade and interested in math and science enrichment , and students in grades 10 and 11 who would be interested in a summer research opportunity. The directors of the PROMISE (Providing Opportunities for Mathematics and Science  Enrichment) and SRELO (Summer Research and Experiential Learning Opportunities) programs will provide information, answer questions and share activities that are a part of the programs.

Csi: Costa Rica--Turning Phenomena Into Engaging Biology Storylines, Cassandra Armstrong

Professional Learning Day

Immerse yourself in a problem-based storyline and work to solve the case of a mysterious illness that has taken over a Costa Rican village. Experience an accelerated student journey as you ask questions, build and revise models, analyze outbreak data, and design investigations. We’ll connect the activities to NGSS performance expectations and explore how anchoring instruction in compelling phenomena increases understanding, engagement, and authentic scientific reasoning.

Chances Are...Culture Counts! Teaching Probability Using Culture Games Like Mahjong And Yet Nori, Dr. Brian Trainor

Professional Learning Day

How can games of chance deepen students’ understanding of probability and culture? This session explores how traditional games like Mahjong and Yut Nori can make abstract probability concepts tangible, engaging, and culturally responsive. Participants will experience hands-on demonstrations, discuss classroom adaptations, and consider how to to incorporate a cultural context when discussing probability. Discover playful ways to connect mathematics, culture, and critical thinking through the use of games.

The Chemistry In Art, Joyce Symoniak

Professional Learning Day

This workshop explores how chemistry drives this creative process. We’ll examine how pigments, polymers, and additives interact to affect surface tension, viscosity, and flow, producing the fascinating patterns seen in paint pours. Through hands-on experiments, you’ll observe chemical reactions in action and learn how understanding molecular behavior deepens both scientific knowledge and creative expression, revealing the powerful connection between chemistry and art. You’ll leave with a deeper appreciation of how science shapes what we see and create.

Programming Made Fun: Exploring Cutebot And Block Coding, Kavithaa Suresh Kumar

Professional Learning Day

Discover how to make coding come alive with Cutebot, a programmable robot designed for middle school learners! In this engaging session, participants will experience hands-on block coding using Microsoft MakeCode to bring Cutebot’s sensors, motors, and LEDs to life. Learn strategies to foster creativity, problem-solving, and collaboration while integrating robotics into your STEM curriculum—all while making programming fun, accessible, and meaningful for every student.

Pick Me Please! Interactive Ways To Teach Natural Selection (Hs-Ls-4), Dr. Zachary Conley

Professional Learning Day

Participants will examine a combination of free simulations and practical activities useful for teaching natural selection standards. Ideally participants will leave with a small toolbox of lesson starting points for phenomenon or inquiry driven activities.

Enhancing Stem Learning Through Industrial Robotics, David Hernandez

Professional Learning Day

This workshop introduces educators to the role of industrial robotic arms in modern product development. Participants will engage in hands-on activities to explore how robotic arms automate repetitive tasks in assembly and packaging, improving precision and efficiency. Through guided demonstrations and collaborative problem-solving challenges, attendees will gain insight into programming, workflow optimization, and real-world manufacturing applications. Educators will explore practical strategies to integrate robotics into STEM curricula, connecting classroom learning to industry-relevant skills.

Client Feedback Effects On Enjoyment, Motivation And Self-Efficacy In A Project-Based Learning Course, Krista Stacey, David M. Bourrie

University Faculty and Staff Publications

This paper reports a mixed-methods evaluation of how feedback/project source (faculty-led versus client-led) shapes student outcomes in a two-course undergraduate game and simulation development sequence (N = 29 across two academic years). Quantitative measures (enjoyment, intrinsic motivation, self-efficacy) were collected with a six-point Likert survey and analyzed, but due to small sample sizes were not used to empirically evaluate the constructs. Instead, qualitative data comprised of de-identified focus-group transcripts and open-ended survey responses were analyzed with a keyword-assisted codebook and manual validation. Year 1 (faculty feedback) exhibited more consistent post-course gains, especially in self-efficacy, while Year 2 (client feedback) produced …

Cultural Science Night, Jiyoon Yoon

Mavs Open Press Open Educational Resources - Archive

This book is to learn water and weather by integrating with other cultures. This textbook is organized around two interconnected components. The first component provides cultural knowledge of China, India, Korea, and Mexico. The second component focuses on culturally responsive science instruction created for the Cultural Science Night event, an occasion in which teachers present hands-on, culturally responsive science activities in collaboration with students.

If you need an accessibility accommodation or have questions about the use of this text, please contact Mavs Open Press.

An Undergraduate Chemistry Experiment Integrating Theoretical And Practical Aspects Of Hypervalent Iodine(I) Compounds, Vladimir L. Kolesnichenko, Galina Z. Goloverda

Faculty and Staff Publications

A simple reaction sequence has been developed to produce iodine chloride-pyridine (PyICl) and pyridinium dichloroiodate (PyHICl2), convenient iodinating agents, in a high yield. Our approach is safe and simple to handle, avoiding the use of elemental chlorine or hazardous manipulations. Designed for an upper-level undergraduate hybrid lecture/lab chemistry course, the experiment integrates key concepts from both inorganic and organic chemistry. The pre-experiment lecture explains the connections between molecular structure, reactivity trends, and reaction types. Over three 4 h lab sessions, students carry out a sequence of quantitative transformations and characterize each intermediate and the final product using ESI mass spectrometry, …

The Role Of Self-Awareness, Advocacy, And Support In Stem Success: Stories From Landmark College's Aie-Stemplos Program, Anastasio Bonhomme, Jaden Clark, Madison Wan, Gabrielle Woolgar, Rebecca Matte, Christin B. Monroe

Journal of Science Education for Students with Disabilities

Neurodivergent individuals bring unique perspectives and talents to STEM fields while facing distinct challenges, particularly in higher education environments that often rely on traditional learning models. Landmark College’s AIE-STEMPLOS program provides an innovative framework to empower neurodivergent STEM scholars by fostering self-awareness, advocacy, and community support. Grounded in Universal Design for Learning (UDL) principles and strengths-based approaches, the program leverages tools like the Birkman Method® to help students articulate their strengths and communication styles in professional terms. This paper examines how accessible learning strategies, peer mentorship, and individualized advising cultivate belonging, confidence, and resilience among neurodivergent STEM scholars, offering a …

“What You Bring Matters”: A Case Study Of Middle School Engineering Teachers’ Pedagogical Content Knowledge, Jessica D. Gale, Dyanne Baptiste Porter, Meltem Alemdar, Sunni H. Newton, Abeera P. Rehmat, Jasmine Choi

Journal of Pre-College Engineering Education Research (J-PEER)

Precollege engineering teachers bring unique backgrounds to their teaching practice. Many follow nontraditional routes to teaching engineering, often coming from teaching other subjects or careers in other fields. Among the many variations influencing engineering teaching practices is pedagogical content knowledge (PCK). This multiple case study explores the PCK of five middle school engineering teachers implementing the same middle school engineering curriculum, STEM innovation and design (STEM-ID). STEM-ID engages students in contextualized challenges that incorporate foundational mathematics and science and advanced manufacturing tools such as computer-aided design and 3D printing while introducing engineering concepts such as pneumatics, aeronautics, and robotics. Drawing …

Integrating Maps In History Education: Systematic Review Of Digital Mapping Effectiveness In Elementary Schools, Nanda Dini Novayanti, Ganes Gunansyah, Nasution Nasution

Jurnal Pendidikan: Teori, Penelitian, dan Pengembangan

The increasing integration of digital technology in elementary education and the need to enhance students’ spatial and historical understanding have driven the exploration of digital mapping tools in history learning. This systematic literature review examines the effectiveness of digital mapping tools, particularly Google Maps and related technologies, in elementary school history education. The study synthesizes findings from 16 peer-reviewed articles published between 2020-2025, analyzing their impact on student engagement, comprehension, and learning outcomes. The review employed a systematic approach following PRISMA guidelines, with inclusion criteria focusing on digital mapping tools in elementary history education. Results indicate that digital maps significantly …

Teaching Integrated Stem In Middle School, S. Selcen Guzey

Purdue University Press Books

Teaching Integrated STEM in Middle School is a valuable resource for educators, researchers, and policymakers who are committed to furthering integrated STEM education. Through a review of the literature on the topic, the volume offers a clear understanding of the impact of integrated STEM education on instructors’ teaching practices and student outcomes. The book presents a framework and instructional guide that educators can utilize to develop new curricular materials. Two sample units—focused on designing a two-stage water filter and formulating sunscreen—provide step-by-step guidance for lesson implementation and offer strategies for assisting students as they use engineering models to devise design …

Psycholinguistic Factors And Technology Appropriation In Efl Learning: An Instrumental Case Study, Marlon Vanegas Rojas, Claudia María Uribe Hoyos

The Qualitative Report

This instrumental case study described the psycholinguistic factors related to technology appropriation and language learning among English as a foreign language university students in Medellín, Colombia. Conducted at a private university’s language department, the 64-hour English course combined traditional and digital teaching methods with 22 participants from diverse undergraduate programs. Employing maximum variation sampling, the study captured perspectives across age, gender, technology appropriation, academic performance, and cultural background. Data collection included interviews, a technology appropriation self-perception survey, language proficiency tests, and classroom observations. Using the analytical framework of Miles et al. (2014) the analysis revealed that students relied on digital …

Development Of Pedagogical Content For Physical Education Tgfu Through The Mooc Platform For Improving Professionalism Of Pjok Teachers, Febrita Paulina, Abi Fajar Fathoni, Rama Kurniawan, Fajar Raya Ferdinal Kusuma Bakti, Noorlena Salamuddin, Khasanatul Barikah

Jurnal Pendidikan: Teori, Penelitian, dan Pengembangan

based on the Teaching Games for Understanding (TGFU) approach through a Massive Open Online Course (MOOC) platform as a means to enhance the professional competencies of Physical Education (PJOK) teachers in Malang City. The research employed a Research and Development (R&D) design using the ADDIE model, which includes the stages of analysis, design, development, implementation, and evaluation. The research subjects consisted of 30 PJOK teachers who participated in the online training through four core TGFU modules, supported by instructional videos, formative quizzes, and a post-test. Data collection instruments included expert validation sheets, observations, and pre-test and post-test assessments. The results …

Curriculum Materials Cataloged For Browsing, Michelle Emanuel

Library Publications

When the University of Mississippi Libraries acquired a collection of state-adopted school textbooks for K-12 from its School of Education, a decision was made to catalog the collection for browsing to anticipate the needs of its primary users, both “in service” and “pre-service” teachers. The textbooks would be grouped according to their grade level, and cuttered by subject area, instead of being classed according to its subject area. As the collection would be integrated into the regular circulating collection, and not into a curriculum materials center, issues arose for both technical services and access services throughout the process, from cataloging …

Teaching Performance Of Physical Education Teachers In Urban And Rural Areas Malang From An Anthropological Perspective: A Comparative Study, Lokananta Teguh Hari Wiguno, Febrita Paulina Heynoek, Fajar Raya Ferdinal Kusuma Bakti, Rama Kurniawan, Cahyo Nugroho Sigit, Vania Putri Hariyoko

Jurnal Pendidikan: Teori, Penelitian, dan Pengembangan

Teacher performance assessments in rural and urban areas are crucial to ensuring equitable education quality across a region. In urban areas, teaching performance assessments can help teachers provide information related to their ability to adapt to technological demands, curriculum, and high community expectations. Meanwhile, in rural areas, teaching performance assessment serves to identify limitations, improve competence, and encourage equitable access to education. The method used was mixed methods with a convergent parallel design. The sampling technique used was convenience sampling, involving 21 physical education teachers in Malang City and 21 physical education teachers in Malang Regency. The results of the …