This poetic inquiry integrated a Black Educational Studies perspective on the relationship between digital community platform design conditions and forms of collegiality, mutuality, and solidarity that advance a humanizing praxis for educators. The authors contextualized this pursuit in the urgency of the current moment when coordinated fascist attacks are attempting to exhaust and erase long-held strivings for a justice-oriented, identity-affirming public education. Through an explorative case study on the 2022-23 redesign of the open-access Black Lives Matter at School (BLM@School) Curriculum Resource Guide, the authors interrogated the intertwining of concrete vulnerabilities and radical horizons for justice-oriented educators within digital platform design conditions and community infrastructuring. They explored how Gilmore’s (2008) practical syncretism rubric of stretch, resonance, and resilience influenced the redesign approach, while also revealing some of the remaining generative tensions existing in the “in-between-ness” of BLM@School’s ongoing transgressive experiment, where BLM@School organizers presumed their power and presence in pursuing material opportunities to realize radical-futures-in-the-making within and beyond the project of schooling altogether. Insights are offered for ways this may be taken up within English language arts teacher education.
Volume 25 Issue 3 [2025]
English/Language Arts Education
From Platforms to Pedagogy: Exploring How Youth’s Social Media Practices Can Shape Teacher Education Through Culturally Digitized Pedagogy
This paper explores the digital literacy practices of youth of Color on social media within the context of teacher education. Despite being critical stakeholders in education, youth of Color are often overlooked in teacher education. Digital spaces, particularly social media and youth literacies on platforms, have the potential to facilitate critical, antiracist teacher learning. This paper represents an examination of these issues through a teacher education lens and suggests that a culturally digitized pedagogy framework could be valuable in guiding preservice teachers toward supporting youth’s digital civic literacies using an asset-based approach. Additionally, the authors discuss ways English education programs can benefit from studying the ways youth of Color utilize social media platforms for digital activist work, providing text-based classroom resources emphasizing antiracist pedagogies, offering practical recommendations for integrating antiracist coursework, and posing inquiry questions for English education programs to consider their efforts in the development of fostering equity-minded preservice teachers.
Science Education
Enhancing Teachers’ Capacities for Technology-Rich Climate Education: Studying the Impact of a Virtual Professional Development Program for Secondary Science Teachers
Climate education at the high school level involves teaching about Earth’s climate system and global climate change (GCC; Next Generation Science Standards Lead States, 2013). Integrating data-rich technologies is crucial for educators and scientists alike. Teacher professional development programs (PDPs) offer teachers access to these resources, helping them integrate them into their classrooms to support students’ learning about climate and GCC. The shift to remote and hybrid learning, accelerated by the COVID-19 pandemic, emphasized the importance of hybrid and virtual PDPs, providing teachers meaningful professional learning experiences that benefit students. In 2022, the authors conducted a 1-week virtual PDP for secondary science teachers, introducing them to technology-rich climate curricula. They aimed to assess: (a) the conceptual gains teachers made about climate change, (b) the ways workshop participation enhanced their self-efficacy in teaching about climate change, (c) their overall experience with the PDP, and (d) differences across participants. They collected pre- and postassessments and surveys from N = 55 and interviewed n = 7 participants. Using mixed methods, they found significant improvements in participants’ understanding and teaching self-efficacy regarding climate change post-PDP. Teachers valued the PDP for improving climate-based teaching, instructional strategies, collaborative learning, and access to teaching materials.
Social Studies Education
Editorial: There’s an Elephant in the History Classroom: Rethinking GenAI Through Technocuriosity
In this editorial, the authors explore how history educators are navigating generative AI (GenAI) in the classroom. Drawing on insights from a Summer Institute providing professional development about GenAI and the metaphor of Seven Blind Mice, they describe how teachers come to GenAI with partial understandings, conflicting emotions, and a shared desire to make sense of a rapidly evolving tool. Building on existing frameworks like technoskepticism and technoromanticism, they introduce technocuriosity: a conceptual and methodological stance rooted in situated experimentation, speculative ethics, and critical engagement. Rather than asking whether GenAI should be used, technocuriosity asks how it is being configured, what it makes possible, and who gets to shape its educational futures. They argue that GenAI is not just a tool but a figural, co-intelligent actor in classrooms and that history educators have a critical role to play in steering its development.
Civic Education in the Age of AI: Should We Trust AI-Generated Lesson Plans?
Generative artificial intelligence (GenAI) technologies can offer vast professional resources for teachers, empowering them to differentiate their practice, create curricular materials, and generate lesson plans for any topic. But should these novel tools to generate classroom activities and learning experiences be trusted? This study investigates 310 AI-generated lesson plans, featuring 2,230 learning activities, created by ChatGPT, Gemini, and Copilot for the 53 content standards mandated in the Massachusetts eighth-grade United States and Massachusetts Government and Civic Life curriculum. The AI-generated plans were evaluated for impacts on student thinking skills using Bloom’s Taxonomy and inclusion of diverse content using James Banks’ Four Levels of Integration of Multicultural Content Model. Analysis of the data revealed that the AI-generated lesson plans rarely cultivated higher order thinking or introduced diverse perspectives in each lesson. Regarding the potential of GenAI to support teachers with instructional tasks, we recommend that teachers critically evaluate and revise AI-generated lesson plans to provide more expansive, creative, and critical learning experiences.
General
Design Elements for Web-Based Interactive Scenarios
The authors conducted a secondary deductive analysis of 53 written reflections submitted by 12 middle-level mathematics preservice teachers (PSTs) who had each participated in up to five web-based interactive scenarios. The reflections were originally designed to gather data for a previous study about the development of professional judgement using web-based interactive scenarios. However, in reviewing the reflection documents, the authors concluded that there was sufficient data to support a secondary analysis that might inform future scenario development. The article describes the design framework and original development of the scenarios, written by a panel of retired public school administrators and university teacher education faculty members. In anticipation of continued and future development of additional scenarios, several technology delivery formats were used, including still photos with text-based dialogue, video clips with human actors, computer animated images with computer synthesized speech, and computer animated images with human speech dubbed in for audio. The analysis revealed five of nine design elements: commentary, artifacts, personal choices, technology-general, and products were mentioned most frequently by PSTs. The remaining four design elements: technology-positive, branching, control, and technology-negative, provided nuance to the recommendations for future web-based interactive scenario development.
Exploring the Use of Simulations in Secondary Mathematics and Science Methods Courses
This article describes the outcomes of using a scaffolded set of two digital, simulation-based approaches to support secondary mathematics and science preservice teachers (PSTs) in learning to facilitate argumentation-focused discussions. The researchers investigated PST and teacher educator (TE) impressions of the experience and collected evidence of change in PSTs’ understanding of argumentation, beliefs, and skills in facilitating argumentation-focused discussions, working within mathematics and science methods across six institutions. PSTs and TEs endorsed future use of the approach. Pre/post improvement in beliefs was evident across quantitative and qualitative data sources. There was less clear evidence of improvement in understanding of argumentation, although understandings at both time points were aligned with the study’s vision. Evidence of improvement in skill was mixed with quantitative results showing no improvement and qualitative results showing evidence that PSTs and TEs believed PSTs’ skills had improved.