EDPN 673 Methods and Materials for Teaching English as a Second Language
This course provides a historical overview of second language acquisition theories and teaching methods. Students learn how to apply current approaches, methods and techniques, with attention to the effective use of materials, in teaching English as a second language. Students will engage in the planning and implementation of standards-based ESL instruction which includes differentiated learning experiences geared to students’ needs. Emphasis is placed on creating culturally responsive learning environments. Includes 15 hours of field work.
I designed the Instructional Material Critique & Redesign with Infographic assignment in direct alignment with my concept of ‘Education for 2060’ and its implications for teacher education in multilingual and technologically evolving classrooms. My focus within ‘Education for 2060’ is not simply the inclusion of emerging technologies in coursework, but the preparation of teacher candidates who can think critically, act reflectively, and maintain pedagogical intentionality within increasingly complex educational environments. This assignment reflects my belief that future TESOL educators must be prepared to evaluate instructional materials analytically, redesign curriculum responsively, and engage artificial intelligence through informed professional judgment rather than passive dependence.
The Instructional Material Critique & Redesign with Infographic positions AI as a pedagogical instrument that must remain secondary to teacher cognition, disciplinary expertise, and reflective decision-making. Candidates are required to identify instructional challenges, critique AI-generated outputs, revise materials through TESOL and WIDA frameworks, and justify redesign choices in relation to multilingual learner needs. In this way, the assignment preserves cognitive rigor and metacognitive engagement while simultaneously acknowledging that AI will remain part of future educational practice. Within my conception of Education for 2060, teacher education must prepare candidates not merely to use technological tools, but to interrogate them critically, adapt them responsibly, and align them with equitable instructional goals.
My emphasis on multimodal redesign and visual instructional supports is also informed by the Science of Reading and its attention to language comprehension, vocabulary development, background knowledge, and meaningful access to complex texts. For multilingual learners, literacy development requires intentional scaffolding that integrates oral language, academic discourse, visual representation, and culturally responsive instructional design. By requiring candidates to adapt materials according to WIDA proficiency levels and create multimodal supports for learners, the assignment reinforces the understanding that literacy instruction in TESOL contexts is both cognitive and sociocultural.
Ultimately, this assignment embodies my vision of ‘Education for 2060’ by positioning teacher education as intellectually rigorous, critically reflective, technologically informed, and fundamentally human-centered. The project is designed to ensure that future TESOL educators retain ownership of pedagogical reasoning even as AI becomes increasingly integrated into educational systems. Rather than diminishing professional expertise, the assignment requires candidates to strengthen their analytical capacities, deepen their metacognitive awareness, and develop the reflective habits necessary for equitable multilingual learner instruction in future educational contexts.
My TESOL teacher candidate, Anastasios Panagiotidis, submitted exemplary work showcasing his specialty as an Earth and Space Science teacher!
Anastasios Panagiotidis proudly serves the South Huntington Union Free School District as an Earth and Space Science teacher and recently obtained his tenure at Walt Whitman High School. He is passionate about creating engaging, student-centered lessons that emphasize inquiry, collaboration, and real-world connections. Anastasios strongly believes that curiosity is at the root of all learning and strives to create experiences that encourage students to ask questions, think critically, and actively engage with science. His goal is to help students develop a lasting interest in science that extends beyond the classroom. He also uses artificial intelligence as a tool to strengthen instructional materials, support differentiated instruction, and create more accessible learning experiences for multilingual learners.
Through my experience at Touro University, I have learned to combine strong instructional practices with the thoughtful use of artificial intelligence to seamlessly create engaging, accessible, and effective learning experiences that better support diverse student needs.
Anastasios Panagiotidis, Touro University TESOL Candidate
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