How Will We Respond to the A.I. Revolution?

The A.I. Revolution is here. For some, it’s exciting. For others, it feels terrifying. Still others feel baffled and confused by it. Many of us feel a mix of all three emotions. But one thing is clear. It’s here and it’s not going away. Below are some resources to learn more about A.I., ChatGPT and how they can enhance your science classroom. It's up to us... Educators will shape A.I.'s impact on Education.

Sal Khan, the founder and CEO of Khan Academy, thinks artificial intelligence could spark the greatest positive transformation education has ever seen.

Check out these videos to learn more

A.I. in Education

A.I. in 5 Minutes - Get ready for the future in just 5 minutes.

Curriculum and Lesson Plans to answer the anchor question: “What is AI?” for all grade levels & class time

A.I. Can Transform the Classroom Just Like the Calculator - A.I. can better education, not threaten it, if we learn some lessons from the adoption of the calculator into the classroom

A.I. Education Project - Are your students ready for the age of artificial intelligence? A.I. literacy should be a basic component of every student’s education. Check out the topics below to learn more.

ISTE Hands-On A.I. Projects for the Classroom - A.I. is already making its way into classrooms in the form of adaptive software, recommendation engines and digital assistants and is a critical element of any STEM curriculum. And generative technologies like ChatGPT, while causing a stir, present an opportunity to transform learning — as long as educators and learners understand how to strike the proper balance between the risks and benefits. Elementary Educator Guides - Secondary Educator Guides

A.I. Guidance for Schools Toolkit - incorporating artificial intelligence (A.I.) in primary and secondary education while understanding and mitigating the potential risks.

5 Ways Artificial Intelligence Might Transform Assessment Practices - How A.I. might change our assessment practices in the upcoming years?

6 Ways to Prepare Students for an A.I. Future - A.I. is developing rapidly. It’s poised to make significant changes to our world and the workforce. No matter what comes our way, we can still prepare students to adapt to it. Here are 6 shifts we can make in our classrooms right away.

Additonal A.I. Tools for Educators

MagicSchool.ai has 50+ AI tools specifically for teachers for a variety of teaching tasks.
Eduaide.ai creates great unit plans — and lets you add more and more teacher resources to the workspace.
Diffit.me helps you create differentiated teaching resources.

Many of these tools have free and paid versions … but the free versions let you do a LOT.

Integrating A.I. in the Science Classroom

Science Class Demos Using an A.I. Chatbot
In ChatGPT or your favorite A.I. Chatbot, cut and paste the following prompts to help you create science class demonstrations for your students. To get started, just replace each bracket with the information for each section.

Create a Virtual Science Tutor Using an A.I. Chatbot
In ChatGPT or your favorite A.I chatbot, cut and paste the following prompt to support students in receiving adaptive tutoring and tailored feedback while learning complex science topics. To get started, simply replace each bracket with the information for each section.

Create Unit or Learning Objectives with an A.I. Chatbot
In ChatGPT or your favorite AI Chatbot, cut and paste the following prompt to create learning objectives for your units or lessons. Just replace each bracket with the information for each prompt.

Integrating A.I. into the Science Classroom

Integrating A.I. into science education can enhance the learning experience for both teachers and students. Here are some recommendations for introducing A.I. into your science classroom.

Familiarize Students with AI Concepts:

Start by providing a foundational understanding of A.I. concepts and terminology. Explain key concepts such as machine learning, neural networks, and natural language processing. This will help students grasp the basic principles behind AI.

Explore A.I. Applications in Science:

- Showcase specific examples of how A.I. is being used in scientific research, data analysis, and problem-solving. Discuss applications like image recognition, data prediction, and simulations. This will help students see the real-world relevance of A.I. in science.

Hands-On AI Tools and Platforms:

- Introduce students to user-friendly A.I. tools and platforms designed for educational purposes. Platforms like Google's Teachable Machine or Microsoft's Azure AI can be excellent starting points. These tools allow users to create simple A.I. models without requiring extensive coding knowledge.

Coding and Programming Basics:

- While some user-friendly tools don't require coding, having a basic understanding of coding can open up more advanced A.I. applications. Encourage students to learn or enhance their programming skills, particularly in languages commonly used in A.I. development, such as Python.

A.I. in Data Analysis:

- Explore how A.I. can be utilized for data analysis in science. Teach students how to use A.I. tools to process and analyze large datasets, enabling them to extract meaningful insights and patterns.

A.I. and Virtual Laboratories:

- Introduce the concept of virtual laboratories powered by A.I. Virtual labs can simulate experiments and phenomena, providing students with a safe and controlled environment for exploration. This can be particularly useful when physical labs are not feasible.

Collaborative A.I. Projects:

- Encourage collaborative projects where students work together to integrate A.I. into their science curriculum. This could involve creating A.I.-enhanced lesson plans, developing interactive simulations, or incorporating A.I. into projects.

Community Building:

- Foster a community of practice among students interested in A.I. This could include regular meetings, discussion forums, and sharing resources. A supportive community can help students exchange ideas and troubleshoot challenges.

Stay Informed about A.I. Developments:

- A.I. is a rapidly evolving field. Encourage students to stay informed about the latest developments, tools, and educational resources related to A.I. in science education.

From Classtechtips.com

Gemini / ChatGPT in Education

Don’t Ban ChatGPT in Schools. Teach With It - OpenAI’s new chatbot is raising fears of cheating on homework, but its potential as an educational tool outweighs its risks.

Learning or Cheating?
The lines between learning and cheating become blurred in a world increasingly intertwined with artificial intelligence (A.I.). Teacher Erik Winerö challenges the audience to reconsider the essence of learning in the age of automation. Are we merely reaching higher bars, or are we missing the true journey of learning?

Gemini: Revolutionizing AI In Education - In a world rapidly transformed by technology, Google's latest marvel, the Gemini project, emerges as a beacon of groundbreaking innovation. Imagine an artificial intelligence so advanced, it seamlessly integrates audio, images, video, code, and text.

Gemini: Teaching With Google’s Latest A.I. - Google says Gemini, its latest AI model, can outperform the most advanced version of ChatGPT. Here’s what that means for educators.

30+ Ways To Use Gemini in Science - Gemini gives you direct access to Google AI, offering help with writing, planning, learning, and more. It offers many features that teachers will find helpful as they look for ways to be more efficient with their time and more engaging in their classroom.

ChatGPT in Education - Overview of ChatGPT and it's use in Education. College of Education University of Massachusetts Amherst

Teaching with ChatGPT - A guide for teachers using ChatGPT in their classroom—including suggested prompts, an explanation of how ChatGPT works and its limitations, the efficacy of A.I. detectors, and bias.

How to use ChatGPT as a learning tool - Rather than weaken student effort, artificial intelligence can help prepare students for the real world by encouraging critical thinking—with a few caveats. Here’s advice from psychology instructors about how to use ChatGPT and other A.I. technology wisely

A.I Prompts for Science Teachers

Science Class Demos Using ChatGPT
In ChatGPT cut and paste the following prompts to help you create science class demonstrations for your students. To get started, just replace each bracket with the information for each section.

Create a Virtual Science Tutor Using ChatGPT
In ChatGPT cut and paste the following prompt to support students in receiving adaptive tutoring and tailored feedback while learning complex science topics. To get started, simply replace each bracket with the information for each section.

Create Unit or Learning Objectives using ChatGPT
In ChatGPT cut and paste the following prompt to create learning objectives for your units or lessons. Just replace each bracket with the information for each prompt.

24 CHATGPT PROMPTS FOR SCIENCE TEACHERS

From Classtechtips.com September 21, 2023

Have you used chatbots in your science classroom? Generative artificial intelligence (AI) can help support your instructional planning this school year. You can use chatbots like ChatGPT, Bard, or Claude to gather ideas for activities, assessments, and more.

Hands-On Activities

Can you recommend a lab activity that [grade of students] can perform to observe [scientific concept] in action?
Craft a sequence of [number] laboratory activities for [grade of students] to better understand [scientific concept].
Design a plan for a [number of days] activity where [grade of students] investigate their own hypotheses related to [scientific concept].

Technology Integration

How could [grade of students] use simulations or virtual labs to study [scientific concept]?
Our students have access to [device/program]. Suggest an interactive online activity or resource for learning about [scientific concept].
How can [grade of students] use a spreadsheet tool like Google Sheets or Excel to analyze data related to [scientific concept]?
How can [grade of students] use coding or programming to create a project related to [scientific concept]?
Suggest virtual field trips or guest speakers related to [scientific concept].

Curriculum and Theme Integration

What are some engaging ways to introduce (grade of students to scientific concept)?
How could you incorporate cross-curricular connections in a unit on [scientific concept]?
We are a magnet school with the theme [add theme]. Make a list of ways to incorporate this theme in a unit on [scientific concept].
Suggest ways to connect [student interest] to [topic] to help [grade of students] better understand [scientific concept].

Discussion and Reflection

Create a series of [number] discussion prompts for [grade of students] to analyze [scientific concept].
List [number] journal prompts for [grade of students] to reflect on their understanding and personal connection to [scientific concept].
Draft [number] debate prompts for [grade of students] to discuss different interpretations or aspects of [scientific concept].

Vocabulary and Content Understanding

Make a list of some important scientific vocabulary that [grade of students] should know when studying [scientific concept].
What are some real-world applications of [scientific concept] that [grade of students] could investigate?
What are some potential misconceptions [grade of students] might have about [scientific concept], and how can they be addressed?
Generate a list of [number] key scientific terms or phrases that [grade of students] will encounter when studying [scientific concept].
Make a list of podcasts that connect to [scientific concept] that are appropriate and interesting for [grade of students].
Make a list of [number] potential research topics related to [scientific concept] for [grade of students] to investigate.
Develop a detailed lesson plan for [grade of students] to introduce the applications of [scientific concept] in everyday life.
Write a song to the tune of [name of song] that introduces students to key vocabulary words like [add vocabulary] about [add topic].
Suggest ways that [grade of students] could use data analysis or graphing to explore [scientific concept].

Using These Prompts for Science Teachers

These ChatGPT prompts for science teachers can help you save time this school year. They’re flexible, can be tweaked for different ages and topics, and might just be the spark you need to energize your science lessons. These prompts are perfect for generating ideas you can further customize to make learning science exciting and relatable for your students.

Guide to Writing Better A.I. Prompts

5 new strategies to get powerful results with your prompts:

1. Write clear instructions:

Include details in your prompt to get more relevant answers
Specify the steps required to complete a task
Provide examples

2. Provide reference text:

Instruct ChatGPT to answer using a reference text, such as a link to a PDF or a website
Instruct ChatGPT to answer with citations from a reference text

3. Split complex tasks into simpler subtasks:

Since there is a limit on how much text you can insert into ChatGPT, summarize long documents piece by piece to stay within the limit
For prompts that involve multiple instructions, try breaking the prompts into smaller chunks

4. Give ChatGPT some time to think:

Instruct ChatGPT to work out its own solution before rushing to a conclusion
Ask ChatGPT if it missed anything on previous passes

5. Test changes systematically:

Evaluate ChatGPT’s outputs with reference to gold-standard answers