Touro University Bilingual Education Extension Candidate Kalee Fan’s Instructional Material Critique and Redesign with Infographic Using Gemini and Notebook LM

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.

Instructional Material Critique and Redesign for Multilingual Learners: Integrating AI, WIDA, and New York State Standards

As AI becomes increasingly integrated into educational settings, teacher preparation programs such as Touro University’s GSE face an important challenge: helping aspiring educators use AI productively while preserving the professional judgment at the heart of teaching. The Instructional Material Critique and Redesign for Multilingual Learners: Integrating AI, WIDA, and New York State Standards assignment was designed with this goal in mind.

The assignment requires our TESOL candidates to engage first in the intellectual work that defines effective teaching. They analyze authentic instructional materials using the ESL Textbook Evaluation Checklist, the WIDA PRIME framework, New York State Next Generation Learning Standards, and TESOL research. Candidates identify strengths, limitations, linguistic barriers, and opportunities for instructional improvement. These decisions require disciplinary knowledge, critical analysis, and an understanding of multilingual learner development.

AI enters the process after candidates have completed this professional evaluation. Using Gemini and NotebookLM through the Touro student portal, candidates develop instructional artifacts such as leveled reading passages, vocabulary supports, comic strips, and infographics. The generated materials are not submitted as finished products. Candidates must verify sources, evaluate the quality of the output, revise it for accuracy and appropriateness, and explain how the redesigned material supports multilingual learners. The assignment places responsibility for instructional decision-making with the candidate.

Recent implementation of New York State guidance aligned with the WIDA English Language Development Standards makes this work particularly relevant. Candidates are expected to consider proficiency-level expectations, language features, communication demands, and content-language integration when redesigning instructional materials. The assignment requires them to translate WIDA principles into classroom practice, creating supports that maintain grade-level rigor while improving access for multilingual learners.

NotebookLM contributes an additional dimension of professional learning through its source-grounded design. Candidates are encouraged to build materials from selected curriculum texts, chapters, articles, and instructional resources rather than relying on generalized AI responses. This process strengthens habits of evidence-based practice, source verification, and curriculum alignment that are essential in PK-12 settings.

The project avoids cognitive offshoring and develops skills that candidates will use throughout their careers. Schools increasingly expect educators to evaluate AI-generated content, create multimodal learning resources, adapt materials for diverse student populations, and document standards alignment. Through this assignment, candidates gain experience with each of these responsibilities while maintaining ownership of the pedagogical decisions that shape student learning.

Kalee Fan is an early childhood special education teacher in NYCPS. She is currently pursuing a Bilingual Education Extension to better support multilingual learners and create more equitable learning opportunities for all students. She is passionate about fostering an inclusive classroom where every child feels valued, confident, and empowered to succeed.

Touro University TESOL Candidate Ariana Loyfman’s Curriculum Design Techtool Resource Project


EDDN 635 Curriculum Development and Classroom Management in the Technology Era

This comprehensive course builds upon the foundation of curriculum development and classroom management in the context of teaching English language learners. Expanding its horizons to embrace the digital age, the course adeptly weaves innovative technology integration into the domain of Teaching English to Speakers of Other Languages (TESOL). Crafted to empower prospective TESOL/BLE educators, the course hones in on fostering competence in designing, implementing, assessing, and reflecting within diverse language learning environments, all while capitalizing on the potentials of cutting-edge technology. With a strong focus on practical application and discerning appraisal of technological tools, this course primes upcoming educators to excel amidst the ever-evolving educational landscape. Includes 10 hours of field work.

The Curriculum Design Techtool resource project for EDDN 635 provides a strong model for meaningful AI integration in teacher education because it requires candidates to produce and document evidence of their decision-making process. Rather than submitting a finished curriculum map alone, candidates must include screenshots, exact prompts, complete AI outputs, links to artifacts, and explanations of how they revised or improved the generated material. These requirements make the candidate’s thinking visible and create accountability for the quality of the final product. The proof-of-work component also supports academic integrity because instructors can see how the candidate interacted with the technology, what recommendations the AI generated, and which professional decisions the candidate made independently. In curriculum design, where standards alignment and language progression are essential, this transparency is particularly valuable because it allows both the process and the product to be evaluated.

The Curriculum Design Techtool resource project also cultivates AI literacy as a professional competency for future educators. Teachers entering today’s schools will encounter AI-supported planning, assessment, and instructional tools, making it important to develop habits of verification, revision, and critical analysis. Candidates are required to check AI-generated standards against NYSED documents, evaluate whether language functions align with content objectives, and explain modifications they make to AI-produced drafts. The expectation that students submit the original prompt, the complete output, and evidence of revision reinforces the understanding that expertise remains with the educator. AI contributes suggestions and organizational support, while the candidate applies pedagogical knowledge, curriculum expertise, and professional judgment to determine what is accurate, appropriate, and instructionally sound. Through this documented process, Touro University candidates learn to use AI responsibly, valuing transparency, accountability, and informed decision-making over simple content generation.

Ariana Loyfman is a New York City public school teacher and a graduate student pursuing a degree in Teaching English to Speakers of Other Languages (TESOL) at Touro University. As an educator, she is committed to giving students a strong educational foundation while creating a supportive, inclusive learning environment where all learners feel confident, motivated, and valued for who they are.

She is dedicated to inspiring a lifelong love of learning in her students and helping them recognize and build upon their individual strengths. Through meaningful instruction and encouragement, she supports students in developing the confidence to navigate challenges, pursue their goals, and use their unique talents and interests to achieve personal and academic success.

Touro University TESOL Candidate Edona Kajoshi’s Curriculum Design Techtool Resource Project

EDDN 635 Curriculum Development and Classroom Management in the Technology Era

This comprehensive course builds upon the foundation of curriculum development and classroom management in the context of teaching English language learners. Expanding its horizons to embrace the digital age, the course adeptly weaves innovative technology integration into the domain of Teaching English to Speakers of Other Languages (TESOL). Crafted to empower prospective TESOL/BLE educators, the course hones in on fostering competence in designing, implementing, assessing, and reflecting within diverse language learning environments, all while capitalizing on the potentials of cutting-edge technology. With a strong focus on practical application and discerning appraisal of technological tools, this course primes upcoming educators to excel amidst the ever-evolving educational landscape. Includes 10 hours of field work.

The Curriculum Design Techtool resource project for EDDN 635 provides a strong model for meaningful AI integration in teacher education because it requires candidates to produce and document evidence of their decision-making process. Rather than submitting a finished curriculum map alone, candidates must include screenshots, exact prompts, complete AI outputs, links to artifacts, and explanations of how they revised or improved the generated material. These requirements make the candidate’s thinking visible and create accountability for the quality of the final product. The proof-of-work component also supports academic integrity because instructors can see how the candidate interacted with the technology, what recommendations the AI generated, and which professional decisions the candidate made independently. In curriculum design, where standards alignment and language progression are essential, this transparency is particularly valuable because it allows both the process and the product to be evaluated.

The Curriculum Design Techtool resource project also cultivates AI literacy as a professional competency for future educators. Teachers entering today’s schools will encounter AI-supported planning, assessment, and instructional tools, making it important to develop habits of verification, revision, and critical analysis. Candidates are required to check AI-generated standards against NYSED documents, evaluate whether language functions align with content objectives, and explain modifications they make to AI-produced drafts. The expectation that students submit the original prompt, the complete output, and evidence of revision reinforces the understanding that expertise remains with the educator. AI contributes suggestions and organizational support, while the candidate applies pedagogical knowledge, curriculum expertise, and professional judgment to determine what is accurate, appropriate, and instructionally sound. Through this documented process, Touro University candidates learn responsible AI use that values transparency, accountability, and informed decision-making rather than simple content generation.

Edona Kajoshi is currently in her final semester at Touro University as a Masters Degree Candidate in TESOL program. She works at a preschool in Manhattan, where she teaches a 3K class. Over the years, she has gained extensive experience working with children ranging from infancy to kindergarten age. She is passionate about early childhood education and hopes to become a first- or second-grade teacher in the future.

This is the third class I have taken with Professor Cowin! In each class, I have learned things that I can use in my classroom to best support my students, especially my English language learners! This semester this class has taught me how to support the students’ needs. It also gave me a deeper insight on how I can add technology into my classroom despite not always having the technology materials other schools may have!

Edona Kajoshi, TESOL Candidate at Touro University, GSE

Non-Intervention Is Not Neutral: A Reflection on the Stanford Ethics + Tech Public Policy Practitioner Course

By Dr. Jasmin Cowin (Star Trek Fan)

Lieutenant Worf: “There are no options. The Prime Directive is not a matter of degrees. It is an absolute.” The Next Generation, “Pen Pals” (Season 2, Episode 15, 1989).

Early summer 2026 I decided to apply for the competitive Stanford University’s Fall 2026 Ethics, Technology, and Public Policy for Practitioners course. Every year, I take one synchronous course to be part of my transdisciplinary quest on knowledge and personal connection building. My final reflection and report on my course experiences are structured through the lens of Star Trek’s Prime Directive.

Captain Jean-Luc Picard: “We are all sworn not to interfere with other lives in the galaxy. If I save this boy, I break that law.” The Next Generation, “Justice” (Season 1, Episode 8, 1987).

Session one’s Opening Session and Moral Caffeination reading was Ursula K. Le Guin’s The Ones Who Walk Away from Omelas. I was unfamiliar with the short story of a prosperous society whose happiness rests on the deliberate and excruciating suffering of an imprisoned child. The reading troubled me, and I rejected the offered choices between accepting the child’s horrific suffering for the sake of communal happiness or walking away as cowardly solutions. Instead, I devised a third solution: an outsider who rescues the child. My inspiration: a personal hero of mine: Raoul Wallenberg, a Swedish rescuer in Budapest, who acted to save as many Jews as possible during a time when the Nazi regime normalized the persecution of its Jewish citizens.

Personally, I reject collective happiness as justification for a society’s deliberate disregard for individual suffering. A tyrant may experience genuine happiness while inflicting profound suffering on others. A society may celebrate its collective well-being while knowingly sacrificing the well-being of some of its members. But what does that happiness tell us about the ethical legitimacy of either? Nothing. Isn’t happiness a subjective experience? Aristotle’s eudaimonia and Kant’s conception of duty influence my ethical outlook. Society’s satisfaction cannot justify what it knowingly inflicts on someone powerless. Needless to say, I felt very righteous post-session and Dr. Beverly Crusher’s objection to Captain Picard supported my righteousness.: “It’s hard to be philosophical when faced with suffering.”

Dr. Beverly Crusher: “But aren’t we interfering either way? If we take no action, it’s a conscious decision to let the Boraalans die.” The Next Generation, “Homeward” (1994).

However, sessions 2: Algorithmic Decision-Making and Fairness; 3: Data Collection, Privacy, and AI; and 4; Political Economy of Technology and the Distribution of Power, especially the deeper exploration on automated hiring, gave Omelas a distinctive and contemporary institutional form. An algorithmic decision can be transparent and still produce unfair outcomes. I learned that disclosure does not confer accountability; neither does an audit remedy harm unless someone is empowered to act on its findings. My recurring question became: who possesses the authority and incentive to correct a system once its effects are visible? Our privacy session made this question more difficult to resolve – I was still looking for an Omelas closure. Lawrence Lessig’s account of law, markets, norms, and architecture helped me see technological defaults as a form of governance. I explored a related problem before the course in The Educational Data Ghost: AI, Learning Platforms, and European Sovereignty (July 2026). My article asked “whether students and faculty can know where their traces have gone” and argued for “the right not to be indefinitely reconstructed from one’s own traces.” Learning platforms retain evidence of student activity and faculty work long after an interaction ends. Failing to investigate those data practices is a decision with consequences, but intervention must respect consent, privacy, and legitimate educational purposes.

The lectures and fireplace presentations also made me reconsider the relationship between an AI system’s analytical moral competence and its behavioral moral acting. An LLM may identify a defensible action and explain Kantian duty without acting in accordance with either. When an agent has tools and permission to operate beyond a chat window, this gap becomes very dangerous as ethical fluency is not evidence of reliable behavior. I explored that topic in my October 1st Horasis’ article, Capabilities, Behaviors and Resistance to Oversight: How Much Autonomy Have We Already Given AI?, where I examined incidents involving autonomous agents and argued:

During our session on AI governance under uncertainty, Seth Lazar’s concept of anticipatory AI ethics challenged me to consider when emerging AI capabilities and their foreseeable harms create a duty to intervene before those harms materialize, even when the evidence remains incomplete and the legitimacy of preventive action must still be established. His technological horizon asks us to examine plausible capabilities and their effects within existing institutions, without pretending to predict society’s entire future. Consistent with the Star Trek framing I used earlier, I applied this approach in my article Where No Worm Has Gone Before: AI That Self-Replicates onto Your $55 TV Box , looking at AI that replicates across inexpensive consumer devices. I observed that while laboratories can test and constrain models, they cannot by themselves secure household hardware, regulate device manufacturers, or protect networks. The duty to respond must be distributed among actors with different powers. An earlier article of mine, What the OpenAI Cyber Defense Letter Says, Who Signed It, and What Remains Unclear (August 2026), posed a related problem. Examining a public warning hosted by a company with commercial interests in the proposed response, I wrote that “a warning can be self-serving and accurate in the same breath.” That remains important to my thinking. Recognizing a genuine cyber threat does not exempt the proposed intervention from scrutiny, particularly when access, benefits, and authority are concentrated among the organizations promoting it.

Captain Kathryn Janeway: “You have no idea what the consequences might be once you involve yourself.” Voyager, “Time and Again” (1995).

Sessions 5. AI, Child Safety, and the Burden of Responsibility and 6. AI & the Future of Work continued my journey to a more nuanced thought process. I revisited my ‘heroic’ and, in hindsight, thoughtless Wagnerian rescue of the Omelas’ child. My original position was that no community can claim moral authority to perpetuate suffering simply because its members collectively accept or benefit from it. Communal consent does not legitimize the injustice. However, after session 5, I started asking myself:

  1. Defensible aims: Ending the child’s suffering and simultaneously protecting Omelans’ rights.
  2. Proportionate means: Using methods appropriate to the harm being prevented, without inflicting unnecessary additional harm.
  3. Competence: Ensuring that those intervening possess the abilities and resources to do so effectively.
  4. Accountability: Accepting responsibility for the consequences, including the child’s and Omelas’ welfare after the rescue.

The difficult to bear child-safety session brought these distinctions into sharper focus. My writing on New Mexico v. Meta had questioned leaving child protection to platforms whose commercial incentives favor engagement. Yet proposed client-side scanning of private communications creates a different risk: a protective unleveraging of privacy rights to justify disproportionate surveillance.

The future-of-work readings in session 6 extended the question of inaction. The Stanford Canaries in the Coal Mine research suggests a loss of the entry-level tasks. When employers automate those tasks, who assumes responsibility for creating alternative routes into skilled work? Will GenZ become the “useless” new class with total economic irrelevance? (Harari, 2022)

Finally, as a professor preparing future teachers, I find myself considering a much longer horizon: how do we educate teachers today to prepare children for the world of 2060? We cannot reliably predict the professions, technologies, or social conditions those children will encounter. We can, however, prepare teachers to cultivate intellectual independence, critical inquiry, disciplinary knowledge, ethical judgment, and the ability to learn beyond existing frameworks. My concern is that increasing reliance on AI may deprive my current candidates of the productive, intellectual struggles and practical (and sometimes painful) experiences through which judgment and expertise develop.

Cumulatively, the Stanford course gave me a distinct philosophical vocabulary with my final take-away: Non-intervention is not neutral in education either. The choices we make in preparing teachers today will influence the intellectual autonomy and economic opportunities available to their students (and our children’s children) – a future yet to be lived.

Published – Editorial: Artificial intelligence in educational and business ecosystems: Convergent perspectives on agency, ethics, and transformation in Frontiers in Education

Dacey, C. M., Cowin, J., & de los Reyes, J. (2026). Editorial: Artificial intelligence in educational and business ecosystems: Convergent perspectives on agency, ethics, and transformation. Frontiers in Education, 11, Article 1780854. https://doi.org/10.3389/feduc.2026.1780854

The contributions curated in this Research Topic resist the techno-solutionist narrative that frames AI as a neutral efficiency tool requiring only proper deployment. Instead, they capture tensions between automation and augmentation, between administrative rationalization and pedagogical transformation, and between predictive precision and educational equity. These tensions operate simultaneously across institutional, instructional, and individual levels, calling for analytical frameworks that draw on computer science, learning sciences, ethics, policy studies, and critical pedagogy. The authors invite readers to continue building collaborative and integrative approaches that match the scale and complexity of AI’s global impact. We can benefit from reconsidering our teaching methods and comparing the ethical challenges of AI in business education, as well as how AI can be effectively incorporated to help prepare workforce-ready graduates. The effects of using artificial intelligence in education are just beginning to be measured, and its use will likely have ripple effects for years to come (Dacey et al., 2023). As we look toward the horizon, we see the need for more flexible, decentralized, and inclusive governance and educational structures, much like a forest of diverse species adapting to changing conditions within a vibrant ecosystem (Dacey et al., 2025, p. 70). Throughout the production process of this Research Topic, we remained mindful that “companies like OpenAI stand at the forefront, pushing the boundaries of what generative pre-trained transformers or ‘GPTs’ can achieve. However, beneath this veneer of progress lies a complex web of epistemological and pedagogical quandaries that question the very foundation of AI’s trajectory in education” (Cowin, 2024). We invite continued dialogue on these fundamental questions as the field evolves. Author contributions CD: Conceptualization, Methodology, Project administration, Resources, Writing– original draft, Writing– review & editing. JC: Writing– original draft, Writing– review & editing. JdlR: Writing– review & editing. Conflict of interest The author(s) declared that this work was conducted in the absence of any commercial or financial relationships that could be construed as a potential conflict of interest.

Cowin, J. (2024). AI’s Potemkin Vision: The Seduction of Educational TechnoSolutionism. Available online at: https://stankevicius.co/artificial-intelligence/aispotemkin-vision-the-seduction-of-educational-techno-solutionism/ (Accessed January 30, 2026).

Cowin, J. (2025). Live From Paris: UNESCO’s Digital Learning Week 2025. Stankevicius. Available online at: https://stankevicius.co/artificial-intelligence/livefrom-paris-unescos-digital-learning-week-2025/ (Accessed January 30, 2026).

Dacey, C. (2022). Examining ethical tensions and the pursuit of care through an invitational lens. J. Invit. Theory Pract. 28, 5–30. doi: 10.26522/jitp.v28i.4208

Touro University TESOL Candidate Aliyah Giana Martinez’s Science of Reading Work in EDDN 637

Why EDDN 637 Now Integrates the Science of Reading

Jasmin Cowin, Associate Professor, Touro University, GRE, TESOL/BLE Department | Path Forward Grant | PI: Dr. Seong Kim

New York is moving evidence-based literacy from professional judgment into regulatory expectation. Education Law §818 requires an annual review of district curriculum and instructional practices in reading for prekindergarten through grade three, with attestation to the Commissioner. In December 2024 the Board of Regents amended Section 100.3 of the Commissioner’s Regulations, and districts verified alignment by September 1, 2025. In July 2026 the Department introduced a proposed amendment of Sections 52.21 and 80-3.7 at the Board of Regents meeting. Teacher preparation programs in early childhood education, bilingual education, English language learners, literacy, and students with disabilities would be required to align their instruction with the State’s science of reading framework. Candidates would devote a portion of field experience and student teaching to evidence-based literacy instruction and to assessing students with reading challenges. A public comment period is underway and Board approval is anticipated in November.

Sources: NYSED, Elementary Requirements (Section 100.3): districts shall verify alignment of prekindergarten through grade three reading curriculum and instructional practices with the Commissioner’s instructional best practices on or before September 1, 2025, pursuant to Education Law §818 
New York State Education Department
NYSED, Prekindergarten-3rd Grade Literacy Instructional Best Practices Guide (§818 attestation)
WXXI News, December 17, 2024: Board of Regents approval of the pre-K through grade three reading amendment
Chalkbeat New York, July 20, 2026: proposed amendment of Sections 52.21 and 80-3.7 (https://lnkd.in/e3Pg9dQM)

EDDN 637 Second Language Learners and the Content Areas

EDDN 637 – TESOL/BLE Department at Touro University responded through the Path Forward Grant with a module-by-module revision that preserves the SIOP architecture of the original Spring 2026 course while embedding reading research at each component. Module 1 opens with a mandatory Science of Reading survey establishing candidates’ baseline knowledge, which informs Lesson Preparation. Modules 2 and 4 add structured literacy to content and language objectives and to Comprehensible Input. Module 3 foregrounds oral language development and pathways to skilled reading under Building Background. Module 7 introduces phoneme segmentation, blending, and structured literacy assessment within Practice and Application. Module 9 adds Scarborough’s Reading Rope, ReadWorks resources, and a Diagnostic Decoding Survey so candidates can determine whether a reading difficulty originates in decoding, vocabulary, fluency, or language comprehension.

The alignment is deliberate since SIOP offers a framework for making content and academic language accessible, while the Science of Reading (SoR) explains the cognitive architecture that makes reading possible. Module 10 helps candidates distinguish second language acquisition needs from reading difficulties and disability-related needs, Module 11 introduces tiered instruction and infographic reflection, and Module 12 closes with a research reflection on skilled reading pathways. Candidates leave EDDN 637 prepared to plan, assess, and intervene using evidence, which is what New York now expects of them.

Conclusion via Candidate Evidence

Candidate work supplies the clearest measure of whether integration reached practice. In Discussion Board 5, Touro University TESOL Candidate Aliyah Giana Martinez in exemplary analysis of an informational text on trees built content and language objectives around the Big 6 components, vocabulary, and reading comprehension. She identified brick words carrying the domain-specific load of the text, including roots, trunk, branches, bark, crown, leaves, sap, stomata, flowers, and seeds, together with mortar words such as alive, grow, anchor, support, protect, and instead. The observation driving the plan was that brick words appear rarely outside scientific contexts, while mortar words surface across many contexts with shifting meaning, so both categories require explicit instruction before students encounter the text. Her differentiation plan drew on sentence frames, total physical response, shades of meaning, picture and audio support, and structured partner and whole-class discussion. Drawing on Herr’s The Sourcebook for Teaching Science, she designed labeled diagrams, comparison organizers connecting tree survival to human survival, a cumulative word wall, and a hands-on construction paper tree.

That construction paper tree is the realia outcome the course intends. Aliyah Giana Martinez moved from explicit vocabulary work toward comprehension of the text, then produced a tangible artifact that makes literacy learning visible and assessable. That construction paper tree is the realia outcome the course intends. Moving from explicit vocabulary work toward comprehension of the text, then producing a tangible artifact that makes literacy learning visible and assessable. The same theoretical learning carried into the fieldwork strands housed in Modules 10 and 11. Reporting from a placement classroom, a candidate documented lessons in which students reread familiar texts, read aloud individually, answered comprehension questions, discussed characters and events, and worked through new texts with teacher support. Her analysis was that word level skills and meaningful reading were being taught in connection with one another, so decoding work and comprehension work occupied the same instructional space. Ms. Martinez mapped these observations onto the SoR Pathways to Skilled Reading infographic introduced in Module 3, noting that skilled reading depends on word recognition together with language comprehension, and that students require explicit instruction in phonemic awareness, phonics, decoding, spelling, morphology, vocabulary, background knowledge, syntax, and comprehension. Locating each observed activity within that framework allowed her to read a single lesson as a set of identifiable components working together. Integration at the course level yielded observation, analysis, and application at the classroom level.

Aliyah Giana Martinez is of Chilean and Greek descent. She loves to travel, cook, and spend time outside going on adventures with her family and friends. She is a newly hired teacher who strives to support her students while learning from her colleagues in order to grow into the best educator she can be.

I am proud to feature her exemplary work in my blog!

Slideshow DB 9: Diagnostic Decoding Assessment and Its Relationship to Reading Instruction

Touro University Advanced Certificate in Teaching English Candidate Yeimy Alvarado’s Fieldwork Observations

Purpose and Importance of the Fieldwork

The Touro University TESOL EDDN 637 fieldwork experience is an essential component of TESOL preparation because it requires candidates to connect course theory with authentic instructional practice. Through focused observations, candidates examine how teachers support multilingual learners through comprehensible input, academic language development, differentiation, culturally responsive practices, technology, SIOP, and Science of Reading strategies. Rather than simply identifying instructional techniques, candidates must analyze how and why particular practices support, or fail to support, the linguistic, literacy, and academic development of multilingual learners.

This fieldwork also aligns with AAQEP expectations for high-quality educator preparation. AAQEP emphasizes candidate knowledge and skills, professional growth, responsiveness to diverse learners, evidence-based decision-making, and meaningful clinical experiences. The EDDN 637 fieldwork provides candidates with opportunities to demonstrate these expectations by observing instruction, documenting evidence, analyzing teacher and student interactions, and connecting observations to professional standards and course scholarship. The assignment therefore serves as more than a required number of field hours. It provides evidence that candidates can apply professional knowledge to the complex realities of TESOL practice.

Fieldwork as an AI-Resistant Assignment

This fieldwork is intentionally designed to require sustained, authentic engagement that cannot be replaced by AI. AI may assist with editing or organization, but it cannot complete the observation experience for the candidate. Candidates must closely examine actual teaching, maintain detailed field logs, document specific instructional events, include transcripts, and connect particular moments from lessons to SIOP, Science of Reading principles, course readings, and the needs of multilingual learners. Successful completion therefore depends on the candidate’s own observation, interpretation, and professional judgment.

The assignment also emphasizes the higher levels of Bloom’s Taxonomy. Candidates move beyond remembering and understanding course concepts to applying them to real instructional situations, analyzing relationships among teaching practices and student responses, and evaluating the effectiveness of instruction for multilingual learners. Candidates also engage in creating as they synthesize observations, transcripts, course scholarship, and professional reflection into a coherent analysis and propose ways instruction could be strengthened. In this way, the fieldwork assesses not only what our Touro University TESOL candidates know, but how effectively they can think, reason, and make evidence-based professional decisions.

Yeimy Alvarado is a graduate student at Touro University completing an Advanced Certificate in Teaching English to Speakers of Other Languages (TESOL). She is passionate about literacy and finding ways to support all students through effective and meaningful teaching practices. The summer 2026 semester at Touro has helped her to see the importance of the SIOP model and the Science of Reading and how she can use both to create a classroom where every student feels included, supported, and confident in their ability to learn and grow.

Dr. Jasmin (Bey) Cowin Appointed as Visiting Professor (Summer 2026) for AI and Pedagogy at Université Lumière de Bujumbura in Burundi

Education for 2060: A New Chapter of Cooperation with Burundi

I am very pleased to share my appointment as Visiting Professor for AI and Pedagogy during August 2026, at Université Lumière de Bujumbura in Burundi. The appointment brings together several areas that have shaped my work for many years: education, artificial intelligence, international cooperation, institutional development, and the question of how we prepare learners for a future that is already beginning to take shape.

Université Lumière de Bujumbura is a recognized higher education institution accredited by Burundi’s Ministry of Higher Education and Scientific Research. With campuses in Mutanga Nord, Kinindo, Kajaga, and the Kubumenyi Compound in Bujumbura, the university offers a broad range of undergraduate and graduate programs, including communication sciences, law, management and administration, computer sciences, theology, clinical psychology, and political science and international relations. Its graduate offerings include areas such as business administration, corporate law, development management, organizational leadership, and IT management. The university also supports flexible access to higher education through traditional in-person teaching as well as online and distance-learning formats.

For me, this work is closely connected to the idea of Education for 2060. The year 2060 may seem far away, yet many of the students entering classrooms and universities today will still be active in their professions and communities at that time. Some will lead institutions, shape public policy, conduct research, establish businesses, educate future generations, and make decisions in environments that will look very different from those we know today. The educational choices being made now will influence how confidently and responsibly they can participate in that future.

Artificial intelligence is already changing the ways in which people search for information, communicate, conduct research, create knowledge, teach, and learn. Over the coming decades, these developments will become deeply embedded in educational and professional environments. This makes the role of education increasingly significant. Learners will require sound disciplinary knowledge alongside critical judgment, creativity, adaptability, ethical awareness, and the ability to evaluate information carefully. They will need the confidence to work with intelligent systems while understanding their limitations and recognizing the importance of human responsibility.

My cooperation with colleagues in Burundi provides an important setting in which to explore these questions. At Université Lumière de Bujumbura, I am interacting, discussing, exploring and collaborating with university leadership such as Dr. Bizimana Jean de Dieu, Deputy Vice- Chancellor – Global Partnerships, faculty, administrators, and educational partners through professional development and capacity-building activities focused on artificial intelligence, innovative pedagogy, educational transformation, and the responsible integration of AI into higher education. The university’s invitation places particular emphasis on the effective and ethical use of AI in teaching, learning, leadership, and institutional governance.

I am also particularly pleased that this work involves cooperation with Computers for Schools Burundi and the dynamic CEO and founder Emmanuel Ngendakuriyo. Educational transformation depends on strong relationships between institutions, educators, technology initiatives, and the communities they serve. Digital access, professional development, institutional capacity, and informed leadership all contribute to the conditions in which meaningful innovation can take place. Cooperation across these areas creates opportunities for knowledge to circulate and for ideas to develop within the realities of a particular educational environment. Discussions about the future of education and artificial intelligence gain strength through the participation of universities and educators from different regions of the world. Each educational context brings its own experience, knowledge, priorities, and questions. International cooperation creates a space in which these perspectives can meet, and this exchange can lead to research collaborations, new educational approaches, professional networks, and lasting institutional relationships.

Thinking about Education for 2060 also requires us to consider the future role of universities. Universities prepare people whose work will shape societies for decades. They are places of research, intellectual exchange, professional formation, and institutional leadership. As artificial intelligence becomes increasingly capable, universities will need to make thoughtful decisions about teaching, assessment, academic integrity, research, governance, and the preparation of graduates for changing professional environments. These decisions require informed leadership and sustained dialogue across the university community.

Teachers will remain central to this future. Artificial intelligence will provide increasingly sophisticated support for research, translation, content creation, feedback, and personalized learning. The educational relationship itself will continue to depend on human judgment, trust, encouragement, cultural understanding, and the ability to recognize the development of an individual learner. Preparing for 2060 therefore includes investing in educators and giving them meaningful opportunities to understand emerging technologies, experiment with new pedagogical approaches, and contribute to decisions about their use.

AI literacy will also become a fundamental part of education. Understanding artificial intelligence involves much more than knowing how to operate a particular tool. It requires an ability to assess the quality of AI-generated information, recognize uncertainty and bias, verify sources, understand questions of privacy and governance, and decide when human expertise must guide the process. These capabilities will become increasingly important for students, educators, researchers, and institutional leaders.

My appointment at Université Lumière de Bujumbura gives me the opportunity to connect these long-term questions with practical educational work. It creates a space for professional exchange, shared learning, and discussion about how institutions can develop their capacity for a future in which AI will be part of everyday academic life. I am especially interested in the knowledge that can emerge through dialogue with colleagues in Burundi and in the possibilities for future collaboration that may grow from this work.

Education for 2060 begins long before 2060 arrives. It is being shaped in today’s classrooms, universities, professional development programs, institutional strategies, and international partnerships. Looking several decades ahead encourages us to consider the kind of educational environments we want to create and the kind of human capacities we want to strengthen.

Touro University M.S. in TESOL Program Candidate Angelina Libardi’s Technology Integration for Multilingual Learners in Elementary Classrooms EDDN 635

EDDN 635 Curriculum Development and Classroom Management in the Technology Era

This comprehensive course builds upon the foundation of curriculum development and classroom management in the context of teaching English language learners. Expanding its horizons to embrace the digital age, the course adeptly weaves innovative technology integration into the domain of Teaching English to Speakers of Other Languages (TESOL). Crafted to empower prospective TESOL/BLE educators, the course hones in on fostering competence in designing, implementing, assessing, and reflecting within diverse language learning environments, all while capitalizing on the potentials of cutting-edge technology. With a strong focus on practical application and discerning appraisal of technological tools, this course primes upcoming educators to excel amidst the ever-evolving educational landscape. Includes 10 hours of field work.

Angelina Libardi is a special education teacher in the Central Islip School District and a graduate student in the M.S. in TESOL program at Touro University. She is passionate about creating inclusive, engaging learning environments that support multilingual learners and students with diverse learning needs. Through her graduate studies, she has strengthened her commitment to culturally responsive teaching and lifelong professional growth.

M.S. Candidate, TESOL, Touro University Jacqueline Shaffer’s Curriculum Mapping for English Language Learners EDDN 635

This Curriculum Mapping for English Language Learners assignment is an important anchor for the Touro University TESOL Development and Classroom Management in the Technology Era – EDDN 635 curriculum course because it moves candidates beyond simply identifying standards toward critically examining how curriculum decisions affect multilingual learners’ access, participation, and academic achievement. By using and populating a curriculum map template, candidates learn to evaluate alignment among standards, learning objectives, instructional strategies, assessments, academic language demands, and appropriate scaffolds. The reflection process also requires candidates to justify what they retained, revised, or added after verifying AI-generated suggestions against NYSED standards, district documents, and established ESOL practices.

Working with the Touro University approved Microsoft Copilot AI provides an added professional benefit by helping candidates harness artificial intelligence for practical curriculum work. Candidates use carefully designed prompts to organize alignment checks, identify possible gaps, generate initial evidence statements, and consider accommodations for multilingual learners. However, they must also evaluate, verify, and revise Copilot’s output rather than accepting it uncritically. This process develops AI literacy alongside curriculum-design expertise and prepares candidates to use emerging technologies responsibly, efficiently, and thoughtfully in educational settings.

Jacqueline Shaffer is a 34‑year‑old educator with eleven years of teaching experience. She currently teaches middle school Spanish in Brooklyn. Jacqueline is dedicated to supporting diverse learners and creating an engaging, culturally responsive classroom environment.