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While the concept of big ideas has been widely promoted in different subject areas such as history and STEM, its pedagogical power has received little attention in second language education. In view of this gap, this paper seeks to conceptualize and practicalize this notion by addressing two fundamental questions regarding the "what" and "how" of big ideas in English-as-a-foreign-language (EFL) classrooms. Specifically, the paper proposes a tentative, heuristic framework that views big ideas as a composite of three distinct yet interrelated dimensions regarding knowledge, domain, and learning. In light of the framework, the paper argues for the need to adopt big ideas as curriculum organizers in language teaching while employing an infusion, inductive approach to helping students analyze, comprehend, and apply big ideas in the process of language learning.

In recent years, environmental problems have been increasing rapidly around the world and affecting a wide range of environments. Many campaigns are carried out to raise awareness about environmental problems. This study aims to determine the ideas of students at different education levels about environmental problems and to compare these ideas with each other according to their fields. The survey model was used as the research method. The study group of the research consists of a total of 298 students: 75 at the 4th grade level of primary school, 90 at the 7th grade level of secondary school, 56 at the 11th grade level of high school, and 68 at the 3rd and 4th grade level of the university. The "Environmental Problems Opinion Survey", consisting of four open-ended questions, for which validity studies were conducted, was applied to the study group. The descriptive analysis method was used to analyze the data. Environmental pollution is seen as the most important environmental problem at all levels of education. While the answer to the most important cause of environmental problems is littering at the primary school level, it is shown that people act unconsciously on environmental issues at other levels of education. While the answer to the question about your most frequent behavior to prevent environmental problems was "I throw away the garbage" at the primary school, high school and university levels, the answer to the question "I throw the garbage away" was encountered at the secondary school level. Finally, it was suggested that awareness-raising activities be held at all education levels regarding the solution of environmental problems. Based on all these results, it has been observed that similar answers are encountered at all levels of education regarding environmental problems. Conducting more studies to increase students' awareness of environmental problems is among the recommendations of this study.

Entry-level occupational therapy doctorate (OTD) programs across the United States navigate the challenge of designing doctoral capstone (DC) processes to provide students with adequate scaffolding to plan, implement, evaluate, and disseminate their capstone projects. The DC process starts with the daunting tasks of student generation of capstone interests and connecting with mentors for collaborative guidance. The purpose of this program evaluation project was to assess a comprehensive process, known as the Capstone Fair, for effectively and efficiently facilitating students' initial generation of capstone ideas and the match between student and Faculty Capstone Mentor. A fixed convergent, parallel mixed methods design was used to evaluate the Capstone Fair's ability to meet pre-established criteria among two student cohorts, four years apart. Outcomes indicated 100% (n=101) alignment of the student's identified capstone topics with the program's curriculum design; interests that demonstrated cognitive flexibility and feasibility in 96% (n=97) of students; a statistically significant increase in student confidence with the identification of interests (p<0.001) and level of interest in ideas generated (p<0.001); high student satisfaction with the process (M=4.26/5.0); high connectivity of initial interests with final executed projects in 67% (n=33) of projects; and a time commitment for student/faculty mentor matching of 2.5 hours with 4% post-match adjustments. The results suggest that the Capstone Fair procedures were effective for student generation of capstone interests that were curricularly aligned and demonstrate flexibility and feasibility for responding to the evolving dynamics of the DC process over time.

This study aimed at exploring how English as a foreign language (hereafter, EFL) preservice teacher (hereafter, PSTs) who had no teaching experience perceived Informal Digital Learning of English (hereafter, IDLE) and their IDLE implementation ideas for their future students' out-of-class activities to support formal classroom instruction. The researchers employed a basic qualitative design to understand the participants' perceptions and implementation ideas. The data were gathered through interviews and document analysis, and subsequently, 14 EFL PSTs with no prior teaching experience were recruited using a purposive sampling strategy. The data were transcribed, coded, and analyzed using inductive thematic analysis. The findings give new insights that the participants had positive perceptions towards IDLE and had various implementation ideas of IDLE for their future students, mostly through disrupting Web 2.0 technology tools, even though they had no teaching experience using technology. Two implications for English educators and teacher education programs are highlighted in this article: changing teachers' mindsets towards EFL learning and the insertion of IDLE as a topic into pedagogy courses.

Purpose: To align with the artificial intelligence and robotics (AIR) research and policy agenda, this paper puts forth an adapted five big ideas framework specifically tailored to teaching young children about artificial intelligence (AI) via robotics. Design/Approach/Methods: Grounded in early childhood education research, the proposed framework emphasizes the use of robotics and play-based learning to make AI accessible and encourage engagement among young children who have not started formal schooling. Findings: We comparatively analyze the commonalities and differences in AI big ideas between the original K-12 framework and the redeveloped early childhood education framework. To pique children's interest, key concepts are presented through interactions with robotics and robot role-play. This paper also provides recommendations for age-appropriate topics, storytelling, and play-based teaching methods. Originality/Value: This framework aims to equip researchers and educators with strategies for successfully integrating introductory AI education into early childhood classrooms. Teaching AI in a developmentally responsive manner can help nurture young children's curiosity toward and understanding of an increasingly AI-driven world.

Across multiple countries the term "big ideas" of mathematics has become a construct advocated as important for teachers' mathematical knowledge. Indeed, several policy or position statement documents about math learning in the United States (U.S.) have stated that "big ideas" of math is a crucial construct for teacher knowledge. With this study we sought to determine if there was consistency about this "big idea" construct that teachers of mathematics in the U.S. are advised to know. To this end, we conducted a content analysis of resources for U.S. teachers of preschool through grade 12. We determined that few resources defined a big idea and those that did lacked agreement with each other. Although most resources delineating big ideas cited Charles (2005) as the basis of their use of the construct, our analysis of the actual big ideas in each resource revealed inconsistent implementation of Charles' theoretical perspective. Thus, to move research and practice forward by more precisely defining and prioritizing this abstract construct we (a) clarified a definition, (b) specified five criteria, and (c) constructed a scholar- and teacher-friendly framework: The Big Ideas Framework. This framework consists of three ordinal levels to distinguish and prioritize the importance of big ideas based on relative size and power: Mighty Mega Math Ideas, Power Math Ideas, and Strong Math Ideas. Moreover, the big ideas construct has focused on Mathematical Knowledge for Teaching (MKT), whereas we urge the field to shift its theoretical perspective to value the entire construct or at least the two most powerful levels of the framework as aspects of Common Content Knowledge. In other words, we urge teachers and mathematics teacher educators to foreground Mighty Mega Math Ideas and Power Math Ideas with P-12 students and families to empower those we serve. Furthermore, given the dearth of peer-reviewed research about big ideas, we encourage a new branch of scholarship to analyze the impact of the practical recommendations we offered here.

What are the meanings and aims of social sciences in a global social environment marked by ever-growing processes of exchange, connection, inequality and conflict? How do we contend with the social sciences as the science of modernization? How do we account for the Western-centered biases ingrained in their proclamations? And in what ways are the social sciences useful to scholars and professionals in different societies? These questions figure at the heart of IDEAS (International Digital Exchange between Africa and Switzerland), a project that aimed to examine them across continents and generations. [This article was written by the IDEAS Collective. Note: The publication date (2023) shown on the PDF is incorrect. The correct publication date is 2024.]

Unlike in other countries, heredity and genetics appear first in Spanish science standards in secondary levels. However, some researchers have suggested the need of progressively introducing some basic genetic ideas already from primary education levels. In this context of no formal instruction in early stages, the objectives of our work were to characterize the incipient heredity model of primary school pupils and to evaluate its progression, to identify the most appropriate time to introduce these ideas. We designed a 12-item questionnaire referred to two constructs: (1) the difference between biologically inherited and environmental acquired traits and (2) the mechanism of inheritance. 535 primary school pupils (6-12 years; grades 1-6) took part in the study. In addition, 1-2 pupils per class were interviewed, totalling 30 interviewees. The results showed that pupils clearly identified physical resemblance as inheritable but had more difficulties in assessing physiological traits. Most pupils (84%) correctly identified that accidentally acquired traits were not transmitted to the descendance. However, only 32,2% of them use terms related to inheritance (77,1% of them in G4 - G6). Regarding the mechanism of inheritance, the idea that siblings express traits of both parents becomes more prevalent from grade 3, even suggesting the appearance of new traits or the mixture of previous ones. Older pupils accepted that a trait could skip a generation, although most of them were unable to explain the mechanism, that involves the idea of dominance/recessiveness. These results allow identifying key leverage points for constructing the inheritance model at Primary levels.

Background: Inclusive research has sidelined discussion of theoretical issues with researchers with intellectual/learning disabilities. This is a situation which the Big Ideas initiative sought to change. Between 2021 and 2023, the Open University, Leipzig University and the University of Koblenz organised nine workshops to explore influential theories in disability research. The objective was to share a theory (Big Idea) that sheds light on disability with self-advocates and discuss how it relates to their experience. By making theories accessible and discussing how they relate to lived experience, we aimed to inform self-advocates and activist researchers about key concepts in disability, deepen their capacity for research and campaigning, and better equip them to activate for change. Methods: The online workshops were evaluated by observers. These observations were used by an inclusive group of activist researchers as the basis for an overall evaluation of the project. Findings: People with learning disabilities can engage with complex theories if these are presented accessibly alongside opportunities for reflective discussion. Input from self-advocates helps to broaden and deepen theoretical understanding. An unanticipated but important finding was that the Big Ideas workshops created a new space in which academics and self-advocates could learn together as equals. Conclusions: Making theory accessible and easier to understand is both possible and valuable.

One reason for the widespread use of the energy concept across the sciences is that energy analysis can be used to interpret the behavior of systems even if one does not know the particular mechanisms that underlie the observed behavior. By providing an approach to interpreting unfamiliar phenomena, energy provides a lens on phenomena that can set the stage for deeper learning about how and why phenomena occur. However, not all energy ideas are equally productive in setting the stage for new learning. In particular, researchers have debated the value of teaching students to interpret phenomena in terms of energy forms and transformations. In this study, we investigated how two different approaches to middle school energy instruction--one emphasizing energy transformations between forms and one emphasizing energy transfers between systems--prepared students to use their existing energy knowledge to engage in new learning about a novel energy-related phenomenon. To do this, we designed a new assessment instrument to elicit student initial ideas about the phenomenon and to compare how effectively students from each approach learned from authentic learning resources. Our results indicate that students who learned to interpret phenomenon in terms of energy transfers between systems learned more effectively from available learning resources than did students who learned to interpret phenomena in terms of energy forms and transformations. This study informs the design of introductory energy instruction and approaches for assessing how students existing knowledge guides new learning about phenomena.

The aim of this paper is to review recently calculus curriculum reforms and research studies that document what types of understanding students develop in their precalculus courses. We argue that it is important to characterize what difficulties students experience to solve tasks that include the use of foundational calculus concepts and to look for possible ways for students to develop a way of reasoning to work on problems that involve variational phenomena. Thus, we identified tasks in which calculus students exhibit limited understanding of essential concepts to approach and solve those tasks. The purpose is to illustrate and discuss how the systematic use of a Dynamic Geometry System (DGS) could provide a set of affordances for students to develop ways of thinking to grasp calculus foundational ideas and to study the derivative concept. Here, we relied on Thurston's seminal work that emphasizes the relevance for learners to identify, connect, and coordinate different dimensions and meanings (intuitive, symbolic, algorithmic, geometric, physical, and formal) to construct, understand, and apply the concept of derivative.

This study presents a systematic review of 38 empirical studies about big ideas published between 2010 and 2022 in various disciplines. The review scrutinised the conceptualisation of the big idea in the identified studies and its application in educational practices such as standards, curricula, textbooks, school-based curriculum reforms, and classroom teaching. Additionally, the review synthesised the benefits and challenges of incorporating big ideas into classroom instruction in different subject areas, followed by a methodological review that identified and compared the research approaches employed in the literature. The critical analysis of key findings indicates that the implementation of big ideas in education is still in its infancy stage, with complex issues surrounding its practice and research. These challenges include exploring how big ideas-based education can advance educational equity, addressing deficiencies in assessment strategies and activities, bridging gaps in research evidence concerning the effectiveness of big ideas-based instruction, and assisting teachers in identifying and teaching big ideas through teacher education. The review offers practical recommendations to address these challenges in big ideas-based education and proposes directions for future research.

This article addresses the challenges and importance of integrating discussions on race and social justice into the classroom. Considering recent legislative actions in various states aimed at restricting such discussions, the article presents an empowering framework designed to support educators in facilitating these conversations. This framework, rooted in culturally responsive pedagogy, offers practical tools and guiding questions to help teachers create an environment that encourages inquiry and exploration of racial complexities without imposing personal viewpoints. The framework aims to move beyond simply identifying disparities to examining systems of oppression and encouraging students to take action. Feedback from teachers who implemented this framework shows significant improvements in their comfort and proficiency in discussing racial issues with students, instilling a sense of confidence and capability. The article also highlights the importance of self-reflection and continuous learning for teachers to lead these conversations effectively. It underscores the need for educators to develop strategies that allow students to engage critically with racial topics and employ counter-narratives to challenge discriminatory rhetoric. In conclusion, the article calls for a concerted effort in teacher education to counteract the resistance to racial equity discussions.

Important theoretical developments in TESOL education challenge the monolingual mindset, instead valuing and leveraging students' complex linguistic repertoires alongside their funds of knowledge and identity through translanguaging practices to foster literacy development. Through a case study of an arts-rich book making experience facilitated by community organization, Kids' Own Publishing, this article uses assemblage thinking to examine how children's semiotic, knowledge, and identity resources interact to support them to create and sustain meaning making flow and to express distinctive authorial voices. Employing a critical content analysis guided by assemblage thinking, we highlight the literacy skills demonstrated in five students' published eight-page books and show how the interaction of children's meaning-making resources is best understood through an "assemblage" lens, a process which is under-researched. Through this lens, we examine the facilitative role of the arts-rich experience in furnishing vibrant activities, artifacts, and an inspiring physical space that shaped how the children's meaning-making resources came together as flows. We consider implications for literacy learning, including the need to create conditions for all children's meaning making resources to be drawn upon in text creation in an approach that values what all students, whether they identify as monolingual or multilingual, bring to their learning.

The Framework for K-12 Science Education set an ambitious goal of broadening participation in science learning for all students. Meeting this vision will involve supporting teachers in making meaningful connections with the cultural and linguistic resources their students bring to school; in essence, developing pedagogies that frame these resources as assets important to learning. In this manuscript, we present a qualitative case study of one community of high school science teachers who participated in a year-long professional learning focused on formative assessment co-design related to natural selection. Findings show that the process of formative assessment co-design surfaced both deficit- and asset-based statements about students' contributions. Teachers were more likely to share deficit-based statements as compared to facilitators, whose statements were more asset-based. This was particularly true with reference to students' prior knowledge and linguistic resources. At the same time, our analysis suggests that teachers were more likely to share more asset-based framings of learners when practicing for and reflecting on enactment of formative assessment tasks. These findings suggest that supportive co-design environments can encourage teachers to take more asset-oriented views of learners. We discuss the implications of these findings for professional learning and science classroom practice.

Evolution is the integrative framework of the life sciences. Even though the topic is often not formally introduced before high school, young children already have various ideas about evolutionary principles (variation, inheritance, and selection) and their underlying key concepts (e.g., differential fitness, reproduction, and speciation). Describing and refining those ideas has increasingly received attention over the last two decades. However, we see two scopes of improvement in the field: (1) There is a need to examine children's ideas about evolutionary concepts holistically rather than focusing at specific aspects. (2) Although research has shown that older students have different ideas about animal and plant evolution, there is little data on children's ideas about plant evolution to compare with their ideas about animal evolution. All of this results in an incomplete record of children's pre-existing ideas that would help to design assessments or interventions. Consequently, we developed a set of questions, about the evolutionary principles and interviewed 24 kindergarten children. Most children had basic ideas about individual variation in animals and plants but experienced a lack of knowledge about the origin of variation. Most children seemed to acknowledge plants as living beings and reasoned equally about animals and plants for most concepts. However, many children failed to reason about reproduction and inheritance in plants because they believed plants would not reproduce sexually. Confronted with a selection scenario, most children struggled applying concepts previously shown on an individual level to a population level. Considering our findings, we propose ideas about how to measure and foster children's pre-existing ideas about evolution.

The recent shift in social science research toward philosophies of the more-than-human has pushed many scholars to question their understanding of units of analysis and agency. While many engage with agencies of the material, few have attempted to address what might be called the agency of ideas. Here, Alexander Pratt argues that engaging with the agency of ideas is particularly important when dealing with issues like racism, which is the focus of this article. He believes that one reason for the lack of such engagement is the seemingly undefined nature of what we might think of as ideas. In this article, Pratt offers a conception of agential ideas developed through his reading of the metaphysics of Charles S. Peirce and those who have utilized Peirce's theories. This conception will provide an entry point for posthuman researchers to incorporate the protean nature of ideas into their own research methodologies.

The present work refers to a study of 10-12-year-old students' ideas on the self- or hetero-luminosity of the Moon. To check the validity of students' reasoning on this question, we also examined their ideas on the lunar phases and how we see hetero-luminous objects. Students supported their ideas on the self- or hetero-luminosity of the Moon by using naïve explanatory reasoning, based on alternative ideas about various astronomical phenomena. On the other hand, an analysis of the students' answers showed that there are qualitative differences between the two groups. For students to understand that the Moon is illuminated by the Sun, comprehension of the relative movements, relative sizes and distances of the Sun-Earth-Moon system is necessary.

Gamification possesses a great potential to shape human behaviors and performance. However, the mixed results in gamification research suggest the need to develop a thorough understanding of the mechanistic underpinnings of gamification. Although self-determination theory (SDT) provides a solid theoretical framework to achieve such purposes, it has been mostly applied superficially, limiting its potential to significantly impact gamification research and practice. This paper suggests that SDT, particularly three ideas in SDT -- a continuum of motivation, the mutually supportive nature of basic psychological needs, and the functional significance of an event -- have not been fully explored in gamification research and practice. Attention to the three ideas and relevant SDT literature will advance gamification research and practice in the following ways. First, the idea of continuum of motivation can serve as a powerful framework to conceptualize gamification. Second, the ideas of mutually supportive nature of basic psychological needs and the functional significance of an event can help us develop a nuanced instead of simplistic approach to gamification design. Finally, the three ideas suggest important research directions that have yet to be fully explored in current gamification research.