Conferencia: IA: Planificación Didáctica desde la Interdisciplina

Introduction to the Forum

Welcome and Opening Remarks

• The forum on Artificial Intelligence in Language Learning begins, welcoming participants and panelist Cristian Enrique Gómez.

• Attendees are encouraged to engage via chat, sharing their locations, with greetings from various Mexican states.

• Acknowledgment of diverse attendance from different regions, highlighting the event's reach.

Event Dynamics

• Explanation of the conference cycle: one or two conferences per week; this is the second session.

• Clarification regarding attendance registration through Zoom and instructions for obtaining participation certificates.

• Introduction of committee members present at the event, including Lorena Amelia Mercado and Patricia Núñez Mercado.

Presentation by Cristian Enrique Gómez

Speaker Background

• Cristian Enrique Gómez Domínguez is introduced as a speaker with a background in English teaching and ongoing doctoral studies in social sciences.

• His recent work includes workshops on understanding AI in educational contexts and practical pedagogy using AI tools.

Importance of Dialogue on AI

• Cristian expresses gratitude for being invited to discuss emerging themes related to language education and AI applications.

Key Topics of Discussion

Structure of Presentation

• Overview of topics: generative AI applied to didactic planning from an interdisciplinary perspective.

• Outline includes theoretical foundations, specialized chatbots in didactic planning, challenges posed by these tools, conclusions, and references used.

Didactic Planning Insights

• Emphasis on how teachers consider various elements when planning lessons within teaching-learning processes.

• Definition provided by Sotelo: didactic planning as a strategy for developing knowledge, skills, and attitudes among students.

Understanding Didactic Planning

Introduction to Didactic Planning

• The speaker seeks to understand participants' perceptions of didactic planning and its essential elements.

• A link is shared for a brief questionnaire where participants can express in one word what elements should be included in didactic planning.

Gathering Responses

• The speaker encourages participants to scan a QR code or access the link provided to submit their responses.

• After sharing the link, the speaker transitions from the presentation screen to show real-time responses from participants.

Key Elements of Didactic Planning

• Commonly identified elements include objectives, activities, evaluation, and resources. Other less frequent mentions include content development and time management.

• Emphasizes that while planning is crucial, it may not always reflect actual teaching outcomes due to contextual changes during lessons.

Challenges in Implementation

• Discusses how teachers often need to adjust their plans based on student reactions and needs during class.

• Highlights that despite thorough planning, unexpected classroom dynamics can lead educators to modify their approaches on-the-fly.

Conceptual Considerations in Teaching Practices

• Raises questions about abstract concepts like interdisciplinarity and interculturality within educational practices.

• Introduces a diagram related to the "New Mexican School," emphasizing student-centered learning alongside various formative fields such as ethics and language education.

Reflection on Educational Practices

• Questions whether current teaching practices genuinely embody interdisciplinary or intercultural principles as required by modern educational standards.

Language and Interdisciplinarity in Education

The Role of Language in Education

• The dominance of Spanish over indigenous languages raises questions about the teaching of English, potentially creating asymmetries among languages.

• These asymmetries contribute to identity perceptions, where indigenous languages may be viewed as minor compared to English.

Understanding Interdisciplinarity

• Interdisciplinary teaching is often misinterpreted; it should not just occur at the end of a project but throughout the entire educational process.

• Educators can focus on specific subjects while still achieving interdisciplinary outcomes through collaboration with colleagues.

Levels of Interdisciplinarity

• There are different levels within interdisciplinarity: disciplinary, multidisciplinary, and transdisciplinary, each addressing complex societal phenomena differently.

• The complexity of society necessitates a multifaceted approach to education that incorporates various disciplines.

Methodological and Conceptual Framework

• Effective interdisciplinary language teaching requires careful planning and collaboration among educators over extended periods.

• Tools that facilitate this planning can help meet institutional demands while guiding educators throughout the academic cycle.

Specialized Chatbots in Education

• Specialized chatbots emerge from large language models (LLMs), offering diverse functionalities for educational purposes.

• Various platforms like ChatGPT3, ChatGPT4, Gemini, and Hugging Face provide unique features beneficial for teachers' tasks.

Advantages and Limitations of Chatbots

• While chatbots have limitations such as token usage and pricing structures, they also present significant advantages in optimizing task creation for educators.

Enhancing Interaction with AI Models

• Assigning roles to AI models can enhance their effectiveness; for instance, instructing them to act as subject-specific educators improves response relevance.

Understanding the Role of Educators in Student Needs

The Importance of Contextual Understanding

• Educators must design and evaluate teaching methods based on students' needs, preferences, and learning styles.

• Recognizing students' interests and learning modalities (kinesthetic, visual, auditory) is crucial for effective teaching.

• Teachers should consider how information is presented—whether through bullet points, tables, etc.—to enhance comprehension.

Addressing Classroom Diversity

• Acknowledging the diverse backgrounds and abilities within a classroom can be challenging due to varying student needs.

• Institutions like the Secretaría de Educación Pública strive to support educators but may struggle to keep pace with rapid changes in student demographics.

Specialization in Language Models for Education

Utilizing AI Tools for Teaching

• Different artificial intelligence models (e.g., ChatGPT 3.5 and 4) can be adapted for educational purposes.

• Specialized tools such as ChatGPT 4 and Hugging Face offer unique features that cater to specific educational contexts.

Real-Time Application of AI Tools

• Demonstrating AI capabilities in real-time shows how educators can create engaging materials using these technologies.

• AI-generated images can assist teachers in presenting vocabulary or concepts visually.

Exploring ChatGPT Versions

Cost Considerations of Advanced Features

• ChatGPT 4 has associated costs (approximately $300 MXN), which may deter some users despite its advanced functionalities.

• Investing in premium versions can streamline administrative tasks and provide valuable resources for educators.

Accessing Specialized GPT Agents

• Both paid and free versions of ChatGPT allow users to create specialized chatbots tailored to their educational needs.

• The interface remains consistent across versions, making it user-friendly for educators exploring different functionalities.

Finding Specific Solutions with GPT

Tailoring AI Responses to Educational Needs

• Users can search for specialized GPT agents that address particular academic requirements or contexts effectively.

Creating and Configuring AI Assistants

Introduction to AI Assistant Creation

• The speaker discusses the process of creating an AI assistant, emphasizing that it can significantly reduce the time needed to complete tasks.

• Introduces "Papa GPT," a foundational model for specialized interactions, allowing users to request specific characteristics for their chat experience.

Configuration Options

• Users can enhance their GPT models by integrating existing knowledge from PDFs or databases, facilitating interdisciplinary applications.

• The speaker highlights the importance of operationalizing interdisciplinary concepts effectively through this tool.

Practical Application Example

• A demonstration is provided where the assistant is instructed to act as a foreign language teacher with expertise in didactic planning.

• The interactive nature of the chat allows for guided responses, making it user-friendly and adaptable based on input.

Addressing Technical Issues

• The session experiences some technical delays, prompting a shift in focus while waiting for server response.

• Acknowledges potential server overload issues that may affect performance during high-demand periods.

Exploring Alternative Platforms

Transition to Hugging Face Interface

• The speaker transitions to discussing Hugging Face as an alternative platform for creating AI assistants similar to ChatGPT.

• Mentions Murphy's Law regarding technology failures, highlighting the unpredictability of tech performance.

Features of Hugging Face

• Describes how users can create various assistants on Hugging Face and access a history of chats.

• Emphasizes creative tools available on the platform, such as avatar creation and recipe assistance.

Customization Capabilities

• Users can customize their assistants by naming them and specifying areas of specialization like lesson planning.

• Recommends activating specific models (e.g., Meta Llama), which enhances functionality and user experience.

Streamlining Commands

• Discusses options for setting up initial messages to streamline command inputs when interacting with the assistant.

Creating an Effective English Teaching Plan

Introduction to Planning

• The discussion begins with the importance of creating a teaching prompt, emphasizing the role of an English teacher in developing didactic plans.

• It is suggested that these plans should include interdisciplinary projects that integrate English teaching with subjects like mathematics.

Structure of Didactic Plans

• A structured approach to lesson planning is highlighted, including elements such as warm-up activities, development phases, and closure.

• The speaker notes that while some responses may be generated in English or Spanish, key components like lesson topics and group objectives are already included in the model.

Interdisciplinary Connections

• The plan incorporates mathematical vocabulary and concepts, demonstrating how different subjects can be interconnected within a single lesson.

• Specific connections made include mathematics skills related to proportions and geometry, showcasing the integration of language learning with math.

Utilizing Technology for Planning

• The speaker discusses using tools like GPT for generating teaching plans and emphasizes its potential for customization by uploading relevant documents.

• Users can upload up to 10 documents related to their teaching materials, enhancing the chatbot's ability to assist in creating tailored educational content.

Challenges and Considerations

• Potential challenges include ensuring detailed instructions for complex tasks; it’s likened to guiding a gifted child step-by-step through learning processes.

Considerations on ChatGPT-4 and Its Implications

Cost and Limitations of ChatGPT-4

• The cost of using ChatGPT-4 is highlighted, emphasizing the need for users to verify the information it provides due to potential biases in its outputs.

• There are concerns about discrimination and inequality stemming from the data used to train AI models, which may not adequately represent diverse demographics.

Potential of Chatbots in Education

• Chatbots have the potential to enhance educational practices by bridging gaps between real-world contexts and standardized curricula.

• A responsible and critical approach is necessary when utilizing chatbots, recognizing both their advantages and limitations.

Errors in AI Outputs

• An example is presented showing that even visually appealing outputs can contain errors, underscoring the importance of scrutiny in AI-generated content.

Interaction Dynamics with AI Tools

• The discussion transitions into a Q&A session where participants express interest in workshops related to AI applications in education.

Differences Between GPT Versions

• A question arises regarding differences between interacting with specialized roles (like a lesson planner) versus using the free version of ChatGPT.

• It is noted that GPT 3.5 tends to produce more errors compared to GPT 4, which offers improved performance at a cost.

Advanced Features of GPT 4

• GPT 4 allows for creating specialized chatbots that can link previous conversations, enhancing user experience by integrating knowledge across different topics.

Importance of Domain Knowledge

• Effective use of these tools requires foundational knowledge in specific areas (e.g., Bloom's taxonomy), highlighting the necessity for proper training and education.

User Training for AI Interaction

Understanding Language Models and User Profiles

Introduction to Language Models

• The discussion begins with the creation of language models, highlighting their significance in artificial intelligence.

Connection Issues

• There was a brief interruption in the connection with speaker Enrique, but it was resolved quickly.

User Profiles in AI Interaction

• Different user profiles exist when interacting with language models:

• Simple query users

• Structured query users

• Intermediate questioners

• Expert users familiar with machine learning algorithms.

Research Project Insights

• The speaker shares insights on conducting research projects:

• Importance of formulating clear research statements aligned with objectives.

• Research can be exploratory, descriptive, correlational, explanatory, predictive, or evaluative.

Knowledge Exposure and Inquiry Process

• Emphasizes that effective questioning of AI requires prior knowledge exposure.

• For example, when asking about a research project, one must provide context for meaningful responses from the model.

Educational Implications and Ethics

• Discusses ethical considerations in education:

• Assigning specific tasks helps students identify concepts and information effectively.

• Teachers can assess student understanding through their written outputs.

Complexity of Queries Based on Knowledge Level

• The complexity of queries made to AI increases with the user's depth of knowledge in a subject area.

Conclusion and Future Engagement

Contact Information Sharing

• The speaker offers to share contact details for further inquiries post-conference.

Conference Acknowledgment

• A certificate is presented to Cristian Enrique Gómez Domínguez for his contribution to the conference on artificial intelligence in language learning.

Upcoming Events Announcement

• An upcoming conference is scheduled for May 3rd at 11 AM focusing on generative artificial intelligence in language learning.

Closing Remarks