Dec 22, 2023

Creating learning units with AI and Chat GPT: prompts and tips

Eva Barres
Author
Teachers

Welcome to the Koanly Blog!

🤖 Have you ever wondered how artificial intelligence can improve the quality of your teaching units? What role do prompts play in creating lessons? Today, we invite you to delve into the world of AI-powered education and discover how you can create teaching units with this technology.

In this post, we will explore how to create Teaching Units with AI and you will learn about the possibilities that Artificial Intelligence offers to educators, getting great advice.

At Koanly, we believe that education can be more effective, personalized and exciting than ever. It's time to unlock the full potential of your learning units!

What are AI-generated learning units?

Las Teaching Units with Artificial Intelligence represent a significant innovation in the field of education. They are structured sets of learning content that use AI to personalize and adapt teaching to the individual needs of students. But what does this mean in practice?

Artificial intelligence becomes a great ally when creating teaching units, allowing you to adapt content to the individual needs of students. This efficiency frees up time to focus on tasks that add greater educational value, offering a more personalized and enriching learning experience.

How to use ChatGPT to create teaching units?

The teaching units generated with the help of Chat GPT can be useful in various educational contexts. While it is true that teachers can have a solid base of teaching units, units generated by artificial intelligence can be valuable in a variety of situations, even for those who have been in the classroom for a long time. This approach takes on an even more relevant dimension when considering the education of people with special needs. Artificial intelligence can offer significant time savings for teachers working with these students, while allowing for greater personalization of teaching:

  • Time savings: Artificial intelligence can generate educational resources adapted to the individual needs of students in a matter of minutes, freeing up valuable time for teachers to focus on personal interaction and more direct support for students.
  • Customization: Artificial intelligence can analyze a student's specific needs and generate educational material that adapts to their learning style, skill level and areas of interest. This allows teachers to provide a more accurate and effective learning experience, maximizing the potential of each student.

The first thing you should learn when using Chat GPT to generate teaching units is to train yourself, to know how to ask the AI, since it learns from your statements. You should specify what you want, if possible by first putting it in contextor. For example, if you want me to structure the teaching unit of a topic for you, you can type the following prompt:

“You are a language and literature teacher at the 4th level of ESO in secondary education in Spain. Write a teaching unit for the subject of Language and Literature appropriate to the 4th ESO level on the topic “Realism in 19th Century Spanish Literature”. The unit must include objectives, contents, activities and evaluation methods.”

It then uses ChatGPT to generate content in each section of the unit. For example, you can ask ChatGPT to help you define learning objectives, explain key concepts, provide examples, describe activities and suggest resources.

Example 1: “The Industrial Revolution”

Prompt:

“You are a history teacher at the 2nd level of ESO in secondary education in Spain. Write a teaching unit for the subject of History suitable for the 2nd ESO level on the topic “The Industrial Revolution”. The unit must include objectives, contents, activities and evaluation methods.”

LEARNING UNIT: THE INDUSTRIAL REVOLUTION

LEVEL: 2ND COMPULSORY SECONDARY EDUCATION (2ND ESO)

Objectives:

  1. Understand the process and causes of the Industrial Revolution.
  2. Identify the key technological innovations that drove the Revolution.
  3. Analyze the social, economic and environmental impact of the Industrial Revolution.
  4. Recognize the working conditions and life of the working class at that time.
  5. Evaluate the social reforms and movements that emerged in response to the Industrial Revolution.

Contents:

  1. Introduction to the Industrial Revolution and its historical context.
  2. Factors and causes of the Industrial Revolution.
  3. Technological innovations and their influence on production.
  4. Changes in urban and rural life.
  5. Working conditions and workers' lives.
  6. Reform movements and unions.
  7. Environmental and economic impact.

Activities:

  1. Analysis of primary sources, such as letters and diaries of the time.
  2. Research and presentation of inventors and their contributions.
  3. Debate on the advantages and disadvantages of the Industrial Revolution.
  4. Simulation of working conditions in a factory.
  5. Research project on a social movement or historical reform.

Evaluation Methods:

  1. Class participation and debates.
  2. Evaluation of research and individual presentations.
  3. Written exam on the contents of the unit.
  4. Evaluation of the simulation of working conditions.
  5. Evaluation of research projects and their oral presentation.
  6. Group work on the environmental impact of the Industrial Revolution.

Example 2 “Genetics and Inheritance”

Prompt:

“You are a biology teacher at the 4th level of ESO in secondary education in Spain. Write a teaching unit for the Biology subject appropriate to the 4th ESO level on the topic 'Genetics and Inheritance' in which project-based learning (ABP) methodologies are used.

TEACHING UNIT: “GENETICS AND INHERITANCE - PROJECT-BASED LEARNING (ABP)

LEVEL: 4th Compulsory Secondary Education (4th ESO)

Introduction:

In this teaching unit, students will explore the world of genetics and inheritance through the Project-Based Learning (ABP) methodology. Through research, experiments and collaborative projects, students will understand how genes determine our characteristics and how they are transmitted from one generation to the next.

Objectives:

  • Understand the fundamental principles of genetics and inheritance.
  • Identify and analyze key concepts, such as alleles, genotype and phenotype.
  • Investigate Mendelian and non-Mendelian inheritance patterns.
  • Apply genetic concepts to real-world situations.
  • Foster research, teamwork, presentation and critical thinking skills.

Methodology:

The main focus of this unit is Project-Based Learning (ABP). Students will be divided into groups and will work on projects that explore different aspects of genetics and inheritance.

Project 1: “Who are we genetically?”

  • Students will research their own genetic heritage by building family trees and gathering information from family members.
  • Presentation of results that includes the identification of inherited traits.

Project 2: “Mendel's Experiments in the Classroom”

  • Students will design and carry out experiments to explore Mendel's laws, using pea plants or laboratory animal models.
  • Laboratory report describing the methodology, results and conclusions.

Project 3: “Genetics and Diseases”

  • Students will investigate how certain diseases are related to genetics, such as cystic fibrosis or Huntington's disease.
  • Creation of educational booklets that explain the relationship between genetics and diseases.

Project 4: “Genetics and Ethics”

  • Students will discuss the ethical implications of genetic engineering and gene modification in humans and other species.
  • Class debate that explores different ethical viewpoints.

Evaluation:

Projects will be evaluated based on criteria such as research, presentation, collaboration and depth of understanding. Students will also have the opportunity to self-evaluate and evaluate their peers.

Conclusion:

This teaching unit will provide students with a solid understanding of genetics and inheritance through Project-Based Learning. By researching and applying concepts in real-world situations, students will develop valuable skills and a deeper appreciation of how genes influence our lives and society.

Tips for creating effective AI learning units

Creating effective teaching units with artificial intelligence (AI) involves careful planning and the integration of technology in a meaningful way into the learning process. Here are some tips for creating effective AI learning units:

  1. Understand your educational goals: Before you incorporate AI into your learning unit, make sure you are clear about your learning objectives. Define what you expect students to achieve by the end of the unit.
  2. Adapt the content: uses AI to customize content based on individual student needs. Make sure that the materials and activities are adjusted to the level and pace of each student.
  3. Encourages interaction and participation: design activities that engage students and motivate them to actively participate. AI can be used to create simulations, educational games and interactive learning environments.
  4. Monitor and evaluate performance:Constantly track student progress using data provided by AI. Make sure that the results are aligned with your learning objectives.
  5. Continuously adjust and improve:Based on feedback and results, make adjustments to the teaching unit, continuous improvement is essential.
  6. Assess the global impact: don't just evaluate the impact of AI on individual learning; consider how AI affects the performance of the entire unit and its effect on the overall teaching process.

Remember that AI is a powerful tool, but its success depends on how it is effectively integrated into the teaching and learning process. The combination of clear objectives, appropriate technology and a solid pedagogical approach is essential for creating effective teaching units with AI.

Problems when creating teaching units with ChatGPT

Creating teaching units with ChatGPT is feasible, but requires a careful approach and review to ensure that the content is relevant, accurate and appropriate for educational objectives. It combines the capabilities of the model with the human supervision and adaptation necessary to achieve effective learning.

Why can Koanly be more beneficial than ChatGPT for creating teaching units?

Koanly, as an AI-based tool with capabilities to create and process educational content, can be extremely beneficial when creating teaching units in several aspects:

  1. No character limitations: While ChatGPT has restrictions on the length of responses, Koanly offers the advantage of having no character limitations. This allows educators to develop more complete and detailed educational content without worrying about the length, which is essential for creating comprehensive teaching units.
  2. It provides significant context: Koanly is able to provide deeper and more relevant context as you develop the teaching unit. It can identify and connect key concepts, providing more accurate and detailed information to enrich students' understanding of the topic.
  3. Customization and adaptation: Koanly is able to adapt the teaching unit according to the specific needs of the students or the curriculum. It can generate more specific and personalized content, which is essential to meet diverse learning needs in the classroom.
  4. Content structuring: The ability to create outlines from text can help educators organize the content of their teaching units more clearly and effectively.
  5. Diversity of activities: Koanly can automatically generate different types of activities, providing a variety of learning resources. This includes test-type questions, short questions, flashcards, true/false, filling in gaps and relating concepts.
  6. Continuous update: Koanly's AI can facilitate the constant updating and adaptation of teaching material as educational needs change and knowledge evolves.

Ready to take your learning to the next level? Explore the possibilities it offers! Koanly and discover how it can improve your educational experience! Come and join the AI revolution to discover autonomy in learning!

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