English/Language Arts Education

Empowering ELA Teachers: Recommendations for Teacher Education in the AI Era

by Kathleen J. Kennedy & Jill M. Castek
Full Article PDF Show Abstract

This study examined how discourses surrounding Generative artificial intelligence (GenAI) tools in K-12 English language arts (ELA) classrooms construct relationships between teachers, students, and digital platforms. Drawing upon critical literacy theory and teaching as a sociocultural practice, researchers analyzed qualitative data from 10 in-depth interviews with early-career ELA teachers and 74 digital artifacts, including blog posts, news articles, and organizational statements. The study revealed that teachers are often positioned as objects of AI discourse rather than active participants in decision-making processes, with the dominant narrative largely shaped by tech firms, policymakers, and administrators. Findings point toward GenAI’s transformative potential in education, the importance of human-centered learning, and the changing roles of ELA teachers in the age of AI. Recommendations highlight ways teacher educators can prepare preservice teachers to critically evaluate and engage with GenAI platforms while maintaining pedagogical autonomy. Examples include incorporating AI literacies into curricula, fostering adaptability, promoting collaboration, addressing equity concerns, and developing strategies for teacher autonomy. By empowering teachers with the necessary skills and resources, teacher educators can ensure GenAI integration prioritizes student learning and teacher agency while leveraging AI’s potential to transform education.

Becoming a Teacher of Writing in an AI-Assisted World: Considering Personal Epistemologies, Writing Theories, and the Use of AI Platform Technologies

by Julianna Lopez Kershen & Brianne Johnson
Full Article PDF Show Abstract

This conceptual article makes the argument that the fields of English language arts and composition studies require a more robustly elaborated theoretical perspective on the identity development of preservice teachers as teachers of writing due to the rapid proliferation of AI-assisted technologies in learning spaces. Thus, the authors utilized the conceptual frames of activity theory and dilemmatic spaces to consider how personal epistemologies and dimensions of writing theory interrelate to inform the ways teachers of writing construct and conceptualize their writing pedagogies related to AI chatbot platforms and AI-assisted applications. By including dilemmatic space as a component within a teacher’s construction of self as teacher of writing, the authors highlight their belief that in a landscape cluttered with generative AI aimed at and sold to teachers as measures of efficiency and consistency, the dilemma to use or not to use is no longer a singular event. Instead, the concept of dilemmatic space provisions the opportunity to consider the dynamic spatial, interpersonal, and intrapersonal conditions that shape the positions individuals take toward themselves, others, and the tools they use in day-to-day learning and teaching interactions. Teacher educators should forward technocritical inquiry opportunities and conversations with preservice teachers, such that they all develop technoskeptical dispositions toward AI platform technologies and writing instruction. Ideally, decisions to integrate AI platforms into writing instruction will become increasingly thoughtful, intentional, well-reasoned, and student-centered rather than driven by presentist concerns to maximize productivity.

Mathematics Education

Deepening Preservice Elementary Teachers’ Mathematical Knowledge for Teaching Through Writing and Computer-Mediated Interinstitutional Conversations

by Christopher Nazelli, Deborah Zopf & S. Asli Özgün-Koca
Full Article PDF Show Abstract

In this practitioner-focused article, the authors present a mathematical writing activity for preservice elementary school teachers. The products of this activity, referred to as “journals,” are detailed, representation-rich explanations of problems solved in small groups. These journals were originally exchanged across institutions in a traditional peer review process; and the addition of a computer-mediated communication platform transformed the peer reviews into interinstitutional conversations. Analysis of the journals and the conversations they sparked brought to light four opportunities to develop mathematical knowledge for teaching. Evidence in the form of journal and review excerpts suggests that the process, enhanced by the computer-mediated communication, enabled preservice teachers to deepen their understanding of foundational concepts from the elementary school curriculum, to communicate mathematics more effectively to others, to better make sense of the mathematical thinking and writing of others, and to incorporate their colleagues’ suggestions into their future writing. Suggestions and considerations for implementing this activity are discussed.

General

Building Elementary Teachers’ Capacity for Computer Science Instruction Through Professional Development: A Randomized Control Trial

by Ruohan Liu, Jennifer L. Maeng, Shanan C. Moots & Joanna K. Garner
Full Article PDF Show Abstract

This randomized control trial evaluated the impact of a year-long professional development (PD) program on elementary teachers’ CS content knowledge, self-efficacy, and CS implementation. It also investigated teachers’ PD experiences and expectations. The findings suggest that treatment teachers’ self-efficacy for teaching CS significantly improved as a result of the PD, and a statistically significant difference was found between treatment and control teachers’ self-efficacy by the end of the PD. A higher percentage of treatment teachers than control teachers reported implementing CS-integrated lessons in their classrooms, and treatment teachers identified effective activities to engage students in learning CS and several barriers they experienced in CS integration. Treatment teachers’ CS content knowledge remained the same from before to the end of the PD year, but a statistically significant decrease was observed for control teachers’ CS content knowledge from pre- to end of year. Between group year-end differences were not statistically significant. At the end of the PD year, more treatment teachers demonstrated greater CS knowledge on 3 of 5 items than control teachers. Findings highlight the potential need for continual, sustained, and relevant CS PD over the academic year. Further study is underway with additional cohorts of the PD model.

Current Practice

Exploring TikTok’s Role in K-12 Education: A Mixed-Methods Study of Teachers’ Professional Use

by Talia Nochumson
Full Article PDF Show Abstract

Increasingly, social media spaces have become places for teachers to exchange ideas and acquire new information in support of their professional learning. The popular app, TikTok, has become one of the social media spaces that teachers are using for that purpose. Teachers’ use of online social media spaces to support their learning may have important implications for professional development and for classroom teaching practices. To gain an understanding of how K-12 teachers are using TikTok, this mixed-methods study was designed to investigate their professional use through an online survey and interviews. A total of 101 participants completed the survey, and 14 survey participants completed follow-up interviews. The teachers in this study were found to use TikTok to attain and share ideas with other teachers and to build and maintain connections with students. With the rise in popularity of social media spaces, including TikTok, these findings have implications for teachers, school leaders, teacher educators, and policymakers. Further, the findings also suggest exploring some larger questions related to social media use by teachers, in general. Policy implications based on the findings are explored.