Curriculum and Instruction Commons^™

Breaking Barriers, Transforming Digital Literacy, And Creating Immersive Learning Environments In The 21st Century, Romero D'Souza

Journal of Research Initiatives

This paper explores the future of educational technologies with a focus on breaking systemic barriers, enhancing digital literacy, and fostering immersive learning environments. Using Maharashtra, India as a case study, it examines disparities in infrastructure, internet access, and teacher readiness across government and private institutions. Local challenges are analyzed alongside initiatives like the Digital India Mission, while national policies and international best practices are reviewed for broader context. Cross-cutting themes of equity, access, and professional development highlight the need for inclusive technological integration. The pedagogical implications of emerging technologies—particularly AI and AR/VR—are assessed alongside ethical concerns around data privacy and …

Braving Ai In Tertiary Education: Generative Artificial Intelligence And Chatbots In Civics, Magdalena Brzezinska

Journal of Research Initiatives

This article explores tested strategies for the responsible and inclusive use of text- and video-generating artificial intelligence (GenAI) and educational chatbots in university classrooms, with a focus on foreign language learners, including students from refugee and migrant backgrounds. Drawing on case studies from WSB Merito University in Poznan, Poland, the author presents methods for integrating AI in civics education in a culturally relevant and equitable manner, emphasizing the importance of responsible technology use. The strategies discussed are adaptable to various tertiary education settings and aim to enhance global skills, foreign language proficiency, AI literacy, and visual literacy among college students. …

Exploring The Lived Experiences Of Black Women In Undergraduate Stem Core Expansion Pathways, Lizzie L. Evans Martinez Alvarez

Electronic Theses and Dissertations

The use of social incongruence in the film Hidden Figures, which juxtaposed with STEM education as the most powerful in contrast with Black women as the least powerful, supported the argument for the specific problem of practice to examine the unmet need for socially and ethnically diverse student populations in U.S. STEM higher education and careers. The purpose of this hermeneutic phenomenological research study was to identify and analyze the lived experiences of Black women regarding barriers they perceive in the STEM educational and career decision-making processes, while exploring transformational pathways to STEM academic success. The study specifically analyzed …

Pennies In The Bank: Building Background Knowledge, Brooke Lee Webster

Journal of English Learner Education

Abstract

Across the United States, teachers are met with stringent time requirements that may not align with the needs of the students inside the classroom. This paper explores the efforts of condensing and prioritizing in a diverse classroom. Through a reflective narrative of teaching comprehension to emerging bilingual students, this paper presents a structure that leverages morning meetings and discussion as prongs for maximizing the benefit of students within limited instructional minutes. Tasks that build competence, confidence, and connection cycle to foster the environment that students need to thrive. Additionally, this paper investigates the role of building background knowledge in …

Supporting English Language Learners: A Comprehensive Guide For Long-Term Success, Yana Shifrina-Piljovin

Journal of English Learner Education

Abstract

This literature review provides a thorough examination of the various multifaceted challenges encountered by Long-Term English Language Learners (LTELLs) in educational settings. It critically analyzes the effectiveness of current support systems and instructional strategies, synthesizes relevant recent research findings, and offers targeted recommendations aimed for educators and policymakers striving to improve educational outcomes for LTELLs. The review evaluates the efficacy of existing support frameworks and teaching methodologies, synthesizes contemporary research findings, and presents actionable recommendations for educators and legislators to enhance the learning outcomes of these students.

Supporting English Language Learners LTELLs) in classroom settings requires a deep understanding …

Are Testing Accommodations Helping Or Not? A Review Of English Learner (El) Accommodations On Standardized Tests, Cole Forbes

Journal of English Learner Education

This paper examines and critiques English Learner (EL) testing accommodation policies. They have been ineffective at increasing test scores and accessibility. The policies have mandated that EL students participate in high-stakes assessments with accommodations, and sometimes without them. The purpose of the accommodation is to create an even playing field for all test-takers, so that no subgroup is put at a disadvantage, which would compromise their scores and lead to misclassification of students. Laws and Acts such as the Bilingual Education Act of 1968, No Child Left Behind, and the Every Student Succeeds Act have updated and mandated a more …

Differentiated Instruction For Multilingual Learners: A Thematic Analysis Of Research And Practice, Mohsine Bensaid, Jiayuan Jiang

Journal of English Learner Education

Differentiated instruction (DI) is widely promoted as a means of supporting diverse learners, yet its enactment for multilingual learners (MLs) remains uneven and under-theorized in mainstream classrooms. This study examines how DI is conceptualized and implemented to support MLs by attending to learners’ linguistic, cultural, and academic profiles. Using reflexive thematic analysis, this qualitative synthesis examines 20 peer-reviewed empirical studies published between 2010 and 2024 in English-medium K–12 contexts in the United States, with particular attention to elementary settings when specified. Analytic interpretation was supported by practitioner-based reflection functioning as an interpretive lens rather than a separate data source. Four …

A Quasi-Experimental Study On The Effectiveness Of Achieve3000 On The Reading Comprehension Scores Of Ells With Ld, Paula P. Fields

Journal of English Learner Education

The purpose of this quasi-experimental pretest-posttest study was to determine if a significant difference existed in the comprehension scores of secondary English Language Learners with learning disabilities after treatment. The problem addressed is that a significant correlation exists between English language learners and learning-disabled students’ low reading proficiency scores and student achievement, leading to decreased graduation rates. Schema theory served as the theoretical foundation of this research because when the appropriate schema is activated, it helps increase comprehension. The research question guiding this study was: Is there a significant difference between the reading comprehension scores of high school English language …

Reading Comprehension Interventions For Multilingual Learners With Disabilities: A Systematic Review, Sariya Shabnam, Jennifer E. Smith, Samiratu Bashiru

Journal of English Learner Education

Multilingual learners with disabilities (MLWDs) face substantial barriers to reading comprehension given the intersecting challenges of language acquisition and disability (Artzi et al., 2022; Frates et al., 2024). Students with disabilities often need explicit, strategy-based instruction with modeling, guided practice, and scaffolding (Frates et al., 2024; Wawire et al., 2024; Moura, 2024). When learners are also multilingual, interventions must be linguistically accessible and responsive to diverse cognitive profiles (Moura, 2024; Sarisahin, 2020). MLWDs comprise 15.8% of English learners in U.S. public schools (NCES, 2024), yet research on effective comprehension interventions remains limited; most studies treat multilingual learners or students with …

Science Belongs To Everyone: Cultivating Identity And Inclusion In Stem, Cassandra Armstrong

Professional Learning Day

What does it take for our students to truly see themselves as scientists? Too often, young people imagine scientists as: the person in the white lab coat, the genius in the laboratory, the stereotype in the textbook photo. If we want our students to consider themselves in this role, we must intentionally design classroom experiences that build scientific identity. In this session, participants will explore practical strategies to position their students as scientists, including: reframing every day labs as investigations, analyzing how representation shapes student perceptions, and engaging in role-play as scientists tackling real-world problems. We'll discuss ways to integrate …

A New Take On Gamer Grading, Cynthia Smyser

Professional Learning Day

My version of Gamer Grading turns earning points into fun.   Students earn level-ups and side quests. Points earned cannot be lost which helps anxious or struggling students. Points earned by accomplishing extra units add additional motivation.  An entire system for grading and rewards for all grades will be presented. Come find out how to add another layer of fun to your classroom!

Smarter, Faster Lesson Planning With Ai: Supporting Math Instruction Without Sacrificing Quality, Marti Shirley

Professional Learning Day

This session demonstrates how AI can streamline lesson planning for secondary mathematics without reducing instructional integrity or depth. Teachers will learn how to use AI tools to generate hooks, worked examples, misconceptions, guided practice sets, and exit tickets that are all aligned to specific mathematical standards. The focus is on using AI to save time, generate ideas, and support differentiation while maintaining teacher control over content accuracy and pedagogical intent. Teachers will learn how to use a predeveloped prompt to create and refine a complete lesson plan, and leave with a bank of effective lesson-planning prompts and editable mini-lesson templates.

The Course Of Empire: Romantic Art And The Origins Of American Conservation, Dr. Shawn Bailey

Professional Learning Day

This panel will discuss the creation of the world's first national park through the lens of nineteenth century nationalism. Specifically, we will answer the question: how does Romantic art lead directly to the creation of Yellowstone in 1872? This will include a run through of a full lesson plan, with audience participation, and include access to all necessary sources, slides, and a fun homework assignment. While I use this lesson in an environmental history class, it would also work well in a United States survey when discussing the rise of American nationalism in the nineteenth century.

Conditions Affecting Mental Health - Definition And Strategies, Crystal England

Professional Learning Day

This session will empower educators and staff to recognize, support, and respond to teen mental health needs. The topics covered are Autism Spectrum Disorder, Anxiety, Depression, OCD, ADHD, and Panic Attacks with evidence-based prevention and crisis strategies. Inclusive DEI insights, classroomready tools, and student resources ensure every learner feels seen and supported.

Uncovering Marginalized Groups In Local History, Zach Bishop

Professional Learning Day

Local history is often told through the voices of the "victors" - the wealthy, white male landowners who founded towns and cities. Yet the stories of women, Native Americans, Black Americans, and various immigrant communities are equally vital to understanding our communities' pasts. This presentation will highlight research strategies and resources for uncovering and teaching the experiences of these historically marginalized groups in your area's history

Why Are There Microscopes In The Art Room?, Joyce Symoniak

Professional Learning Day

During this presentation we will explore how working cross curriculum enhances learning within the visual arts, science and mathematics. We will discuss how the visual arts curriculum can be created in order to bond with STEM courses for student success. Through exploration we will discuss how collaboration within these courses can be used to solidify cross curriculum understanding and learning.

Integrating Neuroscience And Technology: Experiential Learning Through Muscle-To-Robot Systems, Dr. Ashwin Mohan, Dr. Mark Carlson

Professional Learning Day

In this interdisciplinary module, participants engage in hands-on exploration of neuroengineering by recording and interpreting electromyographic (EMG) signals to control robotic devices, bridging human physiology and technology. Through guided experimentation, they investigate neural pathways, signal processing, and biofeedback to understand brain-machine interfaces. The module highlights real-world applications of neuroscience, engineering, and computer science in biomimetics, fostering critical thinking, problem-solving, and creativity through experiential, technology-driven learning.  *It would be helpful for participants to have the Spike Recorder App from BackyardBrains downloaded on a laptop*

From Equations To Innovation: Applying Mathematics In Engineering, David Hernandez

Professional Learning Day

This hands-on workshop invites educators to explore the critical role mathematics plays in engineering. Participants will discover how applied mathematics enhances problemsolving, precision, and innovation compared to purely theoretical approaches. Through engaging activities that connect mathematical concepts to real-world engineering challenges, educators will gain strategies to help students see math as a powerful tool for designing, analyzing, and improving solutions in authentic STEM applications.

Building Purposeful Communities: Integrating Service Learning For Lasting Impact, Emma Wilson Parker

Professional Learning Day

IMSA’s Service Learning Program connects student passion to community need through intentional, reflective engagement. This session explores how service learning fosters empathy, belonging, and leadership while strengthening campus and local partnerships. Participants will gain practical tools to design and implement meaningful service frameworks in their own settings—creating spaces where students connect purpose with practice and contribute to sustainable community growth.

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

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.

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.

You Can't Beat The Classics! Adding Scientific Rigor To Elephant Toothpaste And Baking Soda Volcanos, Dr. Zachary Conley

Professional Learning Day

Students love watching and filming chemical reactions. In this interactive lesson we will discuss how to turn classic demonstrations into NGSS aligned, inquiry driven student learning opportunities.

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*

From Empathy To Innovation: Applying Human-Centered Design In The Classroom, Lisa Evans, Melissa Schoeplein, Leah Avila, Dr. Saad Shehab,

Professional Learning Day

This workshop introduces Human-Centered Design (HCD), a creative, collaborative approach to real-world problem-solving. Educators from University Laboratory High School (University of Illinois UrbanaChampaign) will share how HCD fosters empathy, innovation, and critical thinking across disciplines—including math,  fine arts and civics/social studies.  Also, in partnership with the university’s Siebel Center for Design, HCD has been employed to support school improvement. Participants will explore HCD strategies and leave with tools to integrate HCD into their classrooms.

Computer Architecture For Any High School: Designing Cpus In The Browse, Dan Campbell

Professional Learning Day

Learn how students can explore what’s happening inside a computer without needing any hardware or budget. This session shows how to teach core computer architecture concepts using free, browser-based tools from the Elements of Computing Systems (Nand2Tetris) project. Participants will see how simple logic gates lead to a working CPU and leave with ready-to-use, no-cost resources for bringing computer architecture to any high school classroom. *Participants should bring a laptop to this session*

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.

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.

Executive Functioning: Definition And Strategies, Crystal England

Professional Learning Day

This interactive session defines executive functioning disorders and examines how these cognitive processes influence student behavior in and out of school. Through realistic case studies, participants will identify how EF strengths and challenges manifest in daily routines. Strategies to support neurodivergent learners with executive functioning delays will be provided.

Integrating Neuroscience And Technology: Experiential Learning Through Muscle-To-Robot Systems, Dr. Ashwin Mohan, Dr. Mark Carlson

Professional Learning Day

In this interdisciplinary module, participants engage in hands-on exploration of neuroengineering by recording and interpreting electromyographic (EMG) signals to control robotic devices, bridging human physiology and technology. Through guided experimentation, they investigate neural pathways, signal processing, and biofeedback to understand brain-machine interfaces. The module highlights real-world applications of neuroscience, engineering, and computer science in biomimetics, fostering critical thinking, problem-solving, and creativity through experiential, technology-driven learning. *It would be helpful for participants to have the Spike Recorder App from BackyardBrains website downloaded on a laptop*