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Please vote on which aspect of the SAMR model you find most challenging or have the most questions about. This will guide our class discussion.

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Here’s how Substitution applies to each subject:

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Here’s how Substitution applies to each subject:

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1. English Language & Literature

Substitution

Using a word processor (e.g., Microsoft Word) instead of handwriting essays and stories.

2. Foreign Language

Substitution

Using digital flashcard apps (e.g., Quizlet) instead of traditional paper flashcards for vocabulary practice.

3. Humanities

Substitution

Using digital textbooks (e.g., eBooks) instead of printed textbooks for reading and research.

4. Geography

Substitution

Using online maps (e.g., Google Maps) instead of paper maps for geographic exploration and navigation.

5. History

Substitution

Using digital history eBooks and online articles instead of printed textbooks for studying historical content.

6. Art and Design

Substitution

Using graphic design software (e.g., Adobe Illustrator) instead of traditional drawing tools (e.g., pencils, markers) for creating artwork.

7. Math

Substitution

Using digital calculators or math software (e.g., TI-84 emulator) instead of manual calculators or paper for solving math problems.

8. Science

Substitution

Using digital lab notebooks or scientific report writing software (e.g., LabArchives) instead of paper lab reports for documenting experiments and findings.

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Here’s how Augmentation applies to each subject:

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Here’s how Augmentation applies to each subject:

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1. English Language & Literature

Augmentation

Utilizing grammar-checking tools (e.g., Grammarly) to provide real-time feedback and suggestions for improving writing.

2. Foreign Language

Augmentation

Using language-learning apps with speech recognition (e.g., Duolingo) to practice pronunciation and receive immediate feedback.

3. Humanities

Augmentation

Implementing digital annotation tools (e.g., Hypothesis) to highlight, comment, and discuss primary sources or texts collaboratively.

4. Geography

Augmentation

Integrating interactive map tools (e.g., Google Earth) to explore and analyze geographical features, regions, and data in greater detail.

5. History

Augmentation

Using online databases and archives (e.g., Digital Public Library of America) to access and analyze primary sources for historical research.

6. Art and Design

Augmentation

Implementing digital portfolio platforms (e.g., Behance) to showcase artwork and receive feedback from a broader audience.

7. Math

Augmentation

Incorporating interactive math tools (e.g., GeoGebra) to visualize and manipulate mathematical concepts, equations, and geometrical figures.

8. Science

Augmentation

Utilizing virtual labs and simulations (e.g., PhET Interactive Simulations) to conduct experiments and visualize scientific concepts that may be difficult to explore in a physical lab.

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Here’s how Modification applies to each subject:

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Here’s how Modification applies to each subject:

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1. English Language & Literature

Modification

Creating digital storytelling projects (e.g., using Storybird or Adobe Spark) where students can include multimedia elements (images, audio, video) to enhance their narratives or poems.

2. Foreign Language

Modification

Conducting virtual exchanges with native speakers using video conferencing tools (e.g., Zoom) to practice conversational skills and gain cultural insights in real-time.

3. Humanities

Modification

Using digital timeline tools (e.g., Tiki-Toki or TimelineJS) to create and interact with visual representations of historical events and their connections, allowing for deeper analysis and understanding.

4. Geography

Modification

Creating multimedia projects using Geographic Information Systems (GIS) tools (e.g., ArcGIS) to analyze and present data on environmental changes, urban development, or other geographical phenomena.

5. History

Modification

Developing interactive digital timelines and maps to visualize and explore the sequence and impact of historical events, allowing for an integrated understanding of historical context and changes.

6. Art and Design

Modification

Utilizing 3D modeling software (e.g., Blender) to design and manipulate three-dimensional digital art and models, enabling students to experiment with and refine their designs in new ways.

7. Math

Modification

Creating and using digital simulations and models (e.g., using Desmos or GeoGebra) to explore and analyze complex mathematical concepts and real-world problems dynamically.

8. Science

Modification

Implementing data collection and analysis tools (e.g., spreadsheets, graphing software) to analyze experimental data and visualize results, enhancing the ability to interpret and present scientific findings.

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Here’s how Redefinition applies to each subject:

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Here’s how Redefinition applies to each subject:

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1. English Language & Literature

Redefinition

Creating an Interactive eBook or Online Publication: Students collaborate on writing, editing, and publishing an interactive eBook or an online blog, integrating multimedia elements (audio, video, interactive images) and receiving feedback from a global audience through comments and peer reviews.

2. Foreign Language

Redefinition

Participating in a Virtual Reality Language Immersion: Students engage in a virtual reality (VR) environment where they navigate through simulations or scenarios in the target language. This immersive experience allows them to practice language skills in realistic contexts, such as ordering food in a virtual restaurant or navigating a virtual city.

3. Humanities

Redefinition

Developing a Virtual Museum or Interactive Digital Exhibit: Students create a virtual museum or digital exhibit showcasing artifacts, historical events, or cultural heritage. This project incorporates multimedia elements like videos, interactive displays, and digital reconstructions, allowing global access and interactive learning.

4. Geography

Redefinition

Creating a Global Collaborative Geography Project: Students work on a global project where they use virtual reality (VR) or augmented reality (AR) to explore and present different geographical locations. They collaborate with peers from other countries to create a comprehensive digital presentation or interactive global map, highlighting different cultures, environmental issues, or geographical features.

5. History

Redefinition

Designing a Virtual Reality Historical Simulation: Students develop and participate in a VR simulation that allows them to experience and interact with historical events or settings. This immersive environment helps them gain a deeper understanding of historical contexts and dynamics by exploring virtual reconstructions of historical events or periods.

6. Art and Design

Redefinition

Building a Collaborative Online Art Gallery: Students create and curate a virtual art gallery where they can exhibit their digital artwork, participate in virtual art challenges, and engage in live online art critiques. The gallery could incorporate interactive features like virtual tours, augmented reality displays, and live feedback sessions.

7. Math

Redefinition

Developing a Collaborative Data Visualization Project: Students collaborate on a global project to analyze and present statistical findings using real-time data visualization tools (e.g., Tableau). They work together to address a real-world issue, such as climate change or economic trends, and present their findings through interactive dashboards and visualizations shared with an international audience.

8. Science

Redefinition

Conducting a Real-Time Collaborative Research Project: Students use online sensors and databases to conduct a collaborative scientific research project. They analyze real-time data from global sources, collaborate with scientists or students from other countries, and share their findings in an online scientific conference or global research forum.

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 Generative AI for Transformative Education: Implementing the SAMR Model Across Subjects

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 Generative AI for Transformative Education: Implementing the SAMR Model Across Subjects

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1. Language Arts/English

Substitution: Use AI-based grammar and spell checkers like Grammarly to correct writing.

Augmentation: Implement AI tools like Jasper (formerly Jarvis) to generate writing prompts or brainstorming ideas.

Modification: Utilize AI-powered tools like ChatGPT to assist with creating character dialogues or developing storylines.

Redefinition: Employ AI-driven platforms like Sudowrite to co-create stories or literary analysis, or engage students in AI-facilitated writing workshops.

2. Mathematics

Substitution: Use AI-based calculators and tools like Photomath for solving mathematical problems.

Augmentation: Implement AI tutors such as Squirrel AI to provide personalized practice and explanations.

Modification: Integrate AI tools like Wolfram Alpha to explore complex mathematical concepts and visualize data.

Redefinition: Utilize AI to create adaptive learning experiences or simulations that explore advanced mathematical models and real-world applications.

3. Science

Substitution: Use AI tools like Labster for virtual lab simulations as a replacement for physical labs.

Augmentation: Implement AI-driven data analysis tools like IBM Watson to interpret scientific data and trends.

Modification: Use AI for predictive modeling and simulations in experiments or field studies.

Redefinition: Employ AI to create interactive and dynamic simulations of complex scientific phenomena or to facilitate collaborative research projects.

4. History/Social Studies

Substitution: Utilize AI-based summarization tools to condense historical texts or documents.

Augmentation: Implement AI tools like TimelineJS for creating interactive historical timelines.

Modification: Use AI-driven research assistants for exploring historical events, analyzing primary sources, or generating alternative historical scenarios.

Redefinition: Engage students in AI-generated immersive experiences or virtual reality tours of historical events and locations.

5. Art

Substitution: Use AI tools like DeepArt or DALL-E for generating artistic styles or images based on prompts.

Augmentation: Implement AI-based tools like RunwayML to enhance or modify existing artworks.

Modification: Use AI to create collaborative art projects or generate new art concepts based on student input.

Redefinition: Engage students in AI-driven art installations or interactive art projects where the AI and students co-create and exhibit their work.

6. Music

Substitution: Use AI tools like Amper Music or Soundtrap for composing and generating music.

Augmentation: Implement AI-based music analysis tools to analyze compositions and suggest improvements.

Modification: Use AI to assist with music production or create adaptive learning experiences for music theory.

Redefinition: Engage students in AI-driven music composition and performance projects where the AI adapts to their creative input in real-time.

7. Physical Education

Substitution: Use AI-based fitness apps for tracking and improving physical performance.

Augmentation: Implement AI-driven virtual coaches or trainers to provide personalized feedback and workout plans.

Modification: Use AI for analyzing physical activity data and creating personalized fitness programs or simulations.

Redefinition: Engage students in AI-generated interactive fitness challenges or virtual sports events that adapt to their skill levels and progress.

8. Foreign Languages

Substitution: Use AI translation tools like Google Translate for translating texts.

Augmentation: Implement AI language learning apps like Duolingo that provide personalized practice and feedback.

Modification: Use AI-driven language chatbots for interactive language practice and conversation.

Redefinition: Engage students in AI-powered immersive language experiences, such as virtual environments where they interact with native speakers.