Prof. Cowin to present Keynote “Exploring the Synergy between Language Teaching & Acquisition, Immersive Technologies, Generative AI, and 21st-Century Technologies.” for the 3rd Annual VIRTUATALL, Online on May 6th,

Please join Amany AlKhayatAli Safivand, PhD.NYS TESOLFarah Akbar, and Keirah Comstock for The Third VirtuaTELL Conference, on May 6th, 2023 – registration is open. Register at https://lnkd.in/e_WASRnh.
As conference co-chair l will give one of the keynotes.
#generativeai #tesol #pedagogy

Touro University TESOL Candidate Paola Higuera’s Differentiated Instructional Activity for EDDN 637

Teaching English to Speakers of Other Languages

New York’s classrooms are some of the most culturally and linguistically diverse in the country. Our TESOL certificate program prepares NYS-certified teachers to provide responsive, comprehensive education to students of every background. 

What You’ll Learn

The 15-credit program includes five courses—each with carefully designed fieldwork experiences—that emphasize both academic content learning and English fluency for English Language Learners.

With advanced certification, not only will you be able to more effectively and compassionately serve diverse student populations, you’ll increase your value as an educator and improve your career prospects.

Paola Higuera is a NYC public elementary school teacher. She always wanted to be an ELL teacher and “is excited to be taking courses at Touro in the TESOL Certificate program. I was once an ELL student myself and look forward to providing ELL services to the future generations.”

Differentiated Instructional Activity Assignment
The differentiated instruction definition refers to an approach to education whereby teachers make changes to the curriculum and the way they teach to maximize the learning of every student in the class (IRIS Center, 2021). This is not a singular strategy but a framework that educators can utilize. Carol Ann Tomlinson also notes that in differentiated instruction, the teacher anticipates the varying levels of students’ interests, readiness, and learning profiles. Subsequently, they can provide diverse ways of learning, enabling students to learn without being anxious because academic tasks are too difficult for them or being unmotivated because assignments are not challenging for them (ASCD, 2011). However, differentiated instruction is not the same as individualized instruction.

For your Differentiated Instructional Activity Assignment, you will use one of your content lesson plans you have already taught and make modifications to the following segments:

practice (how teachers deliver instruction to students),
process (how the lesson is designed for students),
products (the kinds of work products students will be asked to complete),
content (the specific readings, research, or materials, students will study),
assessment (how teachers measure what students have learned), and
grouping (how students are arranged in the classroom or paired up with other students).

In the differentiated lesson, students will play equivalent fraction four in a row, equivalent fraction bingo and concentration equivalent fractions. Using games in the classroom increases student engagement, participation and motivation.

Paola Higuera, Touro University TESOL

Video demonstration Paola Higuera, Touro University TESOL

Touro University TESOL Candidate Crystal DeMarco’s Differentiated Instructional Lesson Planning

Touro University TESOL Candidate Crystal DeMarco’s Differentiated Instructional Lesson Planning. This “before” and “after” lesson planning assignment highlights the incorporation of instructional activities approximately midterm in our TESOL EDDN-637 course. Such personalized assignments show “proof-of-work” in the age of ChatGPT and focus on the practical application of course knowledge in the daily instructional TESOL/BLE teacher repertoire.

Teaching English to Speakers of Other Languages
New York is a state that speaks many languages. We need teachers who can find the common ground. Touro University offers TESOL & Advanced Certificates in Teaching English to Speakers of Other Languages (TESOL) Program helps NYS-certified PreK-12 teachers more effectively teach and communicate with a diverse student population.

Crystal DeMarco is a candidate in the TESOL Graduate Program at Touro University. She completed her undergraduate degree at the College Of Staten Island where she earned her Bachelor’s degree in Secondary Education in Social Studies. Crystal DeMarco writes that she “loves teaching, and learning new innovative ways to create an engaging curriculum for my students!”

The assignment description:

  1. Differentiated Instructional Activity Assignment

The differentiated instruction definition refers to an approach to education whereby teachers make changes to the curriculum and the way they teach to maximize the learning of every student in the class (IRIS Center, 2021). This is not a singular strategy but a framework that educators can utilize. Carol Ann Tomlinson also notes that in differentiated instruction, the teacher anticipates the varying levels of students’ interests, readiness, and learning profiles. Subsequently, they can provide diverse ways of learning, enabling students to learn without being anxious because academic tasks are too difficult for them or being unmotivated because assignments are not challenging for them (ASCD, 2011). However, differentiated instruction is not the same as individualized instruction.

For your Differentiated Instructional Activity Assignment,  Tools for differentiated Instruction.pdf Download Tools for differentiated Instruction.pdfyou will use one of your content lesson plans you have already taught and make modifications to the following segments:

  1. practice (how teachers deliver instruction to students),
  2. process (how the lesson is designed for students),
  3. products (the kinds of work products students will be asked to complete),
  4. content (the specific readings, research, or materials, students will study),
  5. assessment (how teachers measure what students have learned), and
  6. grouping (how students are arranged in the classroom or paired up with other students).

You will submit both the original content lesson and plan and the lesson plan with differentiated instructional activities, with a reflection of your professional growth completing this assignment. Your product for Differentiated Instructional Activity Assignment will be:

  1. A paper including the original lesson plan/differentiated lesson plan with all materials
  2. 3-4 minute video showcasing (this means you are pretend teaching) one specific aspect of one Differentiated Instructional Activity – your video submission must be a link, not a file.  You may use YuJa, Screencast-O-Matic or any other tool.  You can also upload your file to Google drive and share that link.  No files which need to be downloaded to view will be accepted.

Video Touro University TESOL Candidate Crystal DeMarco

https://touro.yuja.com/V/Video?v=7544329&node=32277497&a=128877952&autoplay=1

Dr. Cowin presents on “Transdisciplinary Communication, Artificial Intelligence and ChatGPT,” for The 14th International Multi-Conference on Complexity, Informatics and Cybernetics: IMCIC 2023 & The First Meeting of theInternational Association FOR Trans-Disciplinary Communications (AFTC) Dr. Cowin presents on “Transdisciplinary Communication, Artificial Intelligence and ChatGPT,” for The 14th International Multi-Conference on Complexity, Informatics and Cybernetics: IMCIC 2023 & The First Meeting of the International Association FOR Trans-Disciplinary Communications (AFTC)

It was my pleasure to present today at the 14th International Multi-Conference on Complexity, Informatics and Cybernetics: IMCIC 2023©, March 28 – 31, 2023 ~ Virtual Conference.

The interdependent relationships between Complexity, Informatics and Cybernetics are continuously expanding and generating theoretical and technological synergies. Both Complexity Science and Cybernetics share similar concepts and theories. Informatics and Cybernetics are increasingly interconnected through computing, communications and control technologies, and some authors perceive them as essentially the same with different emphasis, orientation or names. The field of Complexity Science and Informatics mutually support each other in both theory and practice.

IMCIC 2023 is an international forum aimed at bringing together scientists, engineers, researchers, consultants, theoreticians and practitioners in the fields of Complexity, Informatics and Cybernetics. The IMCIC 2023 Organizing Committee considers hihg-impact research articles from different disciplines, as well as multi-, inter- and trans-disciplinary research, studies, reflections, programs and projects.

Conference presentation recording Passcode: 7o5$6H^G

Touro University TESOL candidate Dayna Stechel’s Text Analysis & Critique for EDDN 637 Second Language Learners and Content Areas

Teaching English to Speakers of Other Languages
New York is a state that speaks many languages. We need teachers who can find the common ground.

Touro University offers TESOL & Advanced Certificates in Teaching English to Speakers of Other Languages (TESOL) Program helps NYS-certified PreK-12 teachers more effectively teach and communicate with a diverse student population.

The assignment: Text Analysis & Critique Assignment Description 

Following discussion on the cognitive and linguistic demands of the content areas, you will apply these ideas by closely analyzing a chapter, or an aspect of one content-area text currently in use or recommended by New York State/BOE. Upon analysis of underlying concepts, you will develop a thesis and purpose of your analysis. You will sequence your ideas with evidence from the text supporting important points. Your Critique will feature substantial, logical, and concrete development of ideas describing what makes that concept or section challenging for ELLs. Length: 3-4-page paper (typed, double-spaced, 12-point font) please see grading rubric. 

Learning Outcomes: 

  • Demonstrate an understanding of various text analysis techniques in relation to educational content-area texts. 
  • In written form effectively articulate, evaluate and critique educational content-area texts concepts using professional TESOL language, theory and standards.  
  • Ask questions from the view of an ELL/ESL learner that can be meaningfully answered using content-area text analysis. 
  • Evaluate evidence; interpret data such as: ELL students cannot glean meaning from context when they have too many words to decipher.  
  • Express yourself effectively on graduate level writing 
  • By analyzing lexical density of the text, come to a conclusion whether the text is informative and difficult or not.

Classroom teachers need to help ELLs build background knowledge and teach unfamiliar vocabulary before presenting a new concept. Some specific challenges that ELLs face when reading new material include the following:

  • Comprehending a text that contains a large number of unknown words. Students cannot glean meaning from context when they have too many words to decipher. 
  • Understanding text that includes a profusion of idioms, figurative language, imagery, and symbolism. 
  • Using homonyms and synonyms. 
  • Deciphering regional U.S. dialects. 
  • Grasping literary terms such as antagonist, protagonist, and denouement. 
  • Understanding the cultural background depicted in a literary piece. 
  • Recognizing correlations between letters and sounds. ELLs may come from a language background where the sound/symbol correspondence is very different from that of English. 
  • Comprehending the meaning of a text. ELLs will often memorize the rules for decoding written English and read fluently; however, they do not understand what they have read.

Touro University TESOL candidate Dayna Stechel is from Queens, NY, and is in her 3rd semester at Touro University. She attended SUNY New Paltz for her undergraduate degree in early childhood and childhood education. She is substitute teaching in the NYC public elementary schools.

Lexile Levels and ATOS Levels are used to analyze texts and books. Both of these systems, as well as others, determine the readability of a text. “ATOS is a measure of readability—in other words, a readability formula designed to guide students to appropriate-level books. ATOS takes into account the most important predictors of text complexity—average sentence length, average word length, and word difficulty level” (ATOS, 2022). When analyzing this text, Chapter 3, Models of The Earth, using the ATOS Levels, I analyzed a section discussing topographic maps.

Dayna Stechel, Touro University TESOL candidate

Touro University TESOL Masters Degree Candidate Dayna Stechel’s Comprehensible Input Mindmap

Teaching English to Speakers of Other Languages
New York is a state that speaks many languages. We need teachers who can find common ground. The Teaching English to Speakers of Other Languages (TESOL) Program helps NYS-certified PreK-12 teachers more effectively teach and communicate with a diverse student population.

This week’s DB is constructing a mindmap of comprehensible input strategies AND connecting those to teaching strategies. Share the mindmap in your DB as a screenshot. You need to include your name in the mindmap, title it, and show the connections of comprehensible input strategies to YOUR teaching IN your CLASSROOM. Make sure you include all sources in your mind map.

Dayna Stechel is from Queens, NY, and is close to completing her Masters in TESOL at Touro University. She attended SUNY New Paltz for her undergraduate degree in early childhood and childhood education. She works as an elementary substitute teacher for NYC public schools.

Touro University TESOL Candidate Alexa Armentano’s Comprehensible Input Mindmap

Teaching English to Speakers of Other Languages
New York is a state that speaks many languages. We need teachers who can find common ground. The Teaching English to Speakers of Other Languages (TESOL) Program helps NYS-certified PreK-12 teachers more effectively teach and communicate with a diverse student population.

This week’s DB is constructing a mindmap of comprehensible input strategies AND connecting those to teaching strategies. Share the mindmap in your DB as a screenshot. You need to include your name in the mindmap, title it, and show the connections of comprehensible input strategies to YOUR teaching IN your CLASSROOM. Make sure you include all sources in your mind map

Alexa Armentano is a candidate in the TESOL Graduate program at Touro University. She attended Hofstra University for her undergrad where she earned a dual degree in Early Childhood Education and Childhood Education and a Psychology degree. Fun fact! She coaches the Commack High School dance team. Her mindmap showcases different comprehensible input strategies.

An Overview: Generative AI Programs and ChatGPT Infographic by Dr. Jasmin (Bey) Cowin

One of the earliest examples of generative AI was the “Markov Chain”, a statistical method developed by Russian mathematician Andrey Markov in the early 1900s. Markov chains are a “fairly common, and relatively simple, way to statistically model random processes. They have been used in many different domains, ranging from text generation to financial modeling. A popular example is r/SubredditSimulator, which uses Markov chains to automate the creation of content for an entire subreddit.” Devin Soni

The first successful generative AI algorithm was developed in the 1950s by computer scientist Arthur Samuel, who created the Samuel Checkers-Playing Program an early example of a method now commonly used in artificial intelligence (AI) research, that is, to work in a complex yet understandable domain.

One of the early breakthroughs in generative AI was the development of Restricted Boltzmann Machines (RBMs). “It was invented in 1985 by Geoffrey Hinton, then a Professor at Carnegie Mellon University, and Terry Sejnowski, then a Professor at Johns Hopkins University.” RBMs are a type of neural network that can learn to represent complex data distributions and generate new data based on that distribution. In 2014, a team of researchers from the University of Toronto introduced the Generative Adversarial Network (GAN) framework. Jason Brownlee in A Gentle Introduction to Generative Adversarial Networks (GANs). “Generative modeling is an unsupervised learning task in machine learning that involves automatically discovering and learning the regularities or patterns in input data in such a way that the model can be used to generate or output new examples that plausibly could have been drawn from the original dataset.”

Recently, generative AI and ChatGPT have been in the news, discussed at conferences, used by students, and feared by Professors due to the generation of content that can be indistinguishable from that created by humans. Both Google’s BERT and GPT-3, are big language models and have been referred to as “stochastic parrots” because they produce convincing synthetic text devoid of any human-like comprehension. A “stochastic parrot” is, in the words of Bender, Gebru, and colleagues, “a system for randomly stitching together sequences of language forms” that have been seen in the training data “according to probabilistic knowledge about how they join, but without any reference to meaning.”

This infographic is an attempt to visualize the timeline of Generative AI Programs and ChatGPT.

Hyperlinked Resources for Teachers of Multilingual Learners by Dr. Jasmin (Bey) Cowin

I decided to create this hyperlinked resource to better support my teacher candidates in their graduate research at Touro University, TESOL/BLE Department. I wanted to create a visually attractive, clickable one-sheet PDF for a robust, practical resource collection to guide my candidates as they are preparing to write their research papers and case studies.

The resource areas are categorized into Professional Language Organizations and Journals (dark purple), Research Centers and Institutes (light blue), Proficiency and Language Services (green), Teaching Ideas (orange), Resources for Foreign Language Instruction and ESL Education (magnet), and Culturally Responsive Teaching (light purple). There are multitudes of resources and I am sure I missed important ones!

Dr. Jasmin Cowin joins Inter-National Association FOR Trans-Disciplinary Communication AFTC as a Founding Member and Call for Papers

The International Institute of Informatics and Cybernetics, IIIC through The Inter-National Association FOR Trans-Disciplinary Communication AFTC is planning a Special Issue FOR “Trans-Disciplinary Communication”

The objectives are 1) to support a written dialogue related to the Foundation of the International Association FOR “Trans-Disciplinary Communication”, 2) to potentially support the elaboration of a founding collective document, and/or 3) a special issue of the journal related to the notion “Transdisciplinary Communication”  which have two main meaning implied by the context in which the notion is used: 3a) the “Transdisciplinary Communication”  required for communicating members of a multidisciplinary team working in the context of trans-disciplinarity and/or transdisciplinary research, and 3b) the “Transdisciplinary Communication”  related to communicating authors with readers from different disciplines. speakers for a multidisciplinary audience, or even with the Society in General. The latter is the second sense of the etymological meaning of the prefix ‘trans-”, i.e., across and beyond. Accordingly, based on these two etymological senses, “Trans-Disciplinary Communication” means across disciplines and/or beyond them. The first relates academics from different disciplines and the second relates Academy to Society at Large. The latter requires to use of the natural language being spoken in each country.

Call for papers: The 14th International Conference on Society and Information Technologies: ICSIT 2023© March 28 – 31, 2023 Submissions Articles might be submitted for face-to-face or virtual participation in the conference. For details regarding the types of submission, please click here. Submitted papers will have double-blind and non-blind review. They may also have peer-to-peer participative review. More details regarding the Reviewing Policy can be found by clicking on the link “Multi-Methodological Reviewing Process for Multi-Disciplinary Conferences” under the “Reviewers” tab. The acceptance policy to be applied to the reviewed submissions made to ICSIT 2023 is based on the Majority Rule, applied to the reviews received for each submitted article. Details on this issue can be found by clicking on the link “Acceptance Policy” under the “General Info” tab.