A comprehensive, adaptable AI literacy program designed to meet state educational standards across the country.
This program enables schools and youth organizations to deliver comprehensive AI literacy. Students will develop a strong foundation in AI principles, understand its ethical implications, and acquire practical skills for AI application and creation, preparing them for future careers and challenges.
21 distinct courses have been expertly designed to develop both foundational AI literacy and advanced skills. The course list is organised into these eight categories:
Our curriculum is designed for national relevance. Select your state to see how we align with local educational standards for technology, computer science, and digital literacy.
Aligned with Alaska Standards
Our curriculum is built upon nationally recognized frameworks like the CSTA K-12 Computer Science Standards and the ISTE Standards. This strong foundation makes it highly adaptable to meet most state-level requirements for technology, computer science, and information literacy.
Learners begin with “What Is AI?”, move into how machines learn and think, progress to practical AI-tool use, and then advance into creation with AI.
The pathway culminates in career readiness, entrepreneurial frameworks, future-studies thinking, and specialised topics.
This scaffolded sequence allows kids to build conceptual understanding, tool-use fluency, and then apply AI in meaningful real-world and career contexts.
A comprehensive learning journey from foundational concepts to advanced applications, designed for the next generation of innovators.
Define artificial intelligence and identify key examples of AI used in everyday life.
Explain the difference between human intelligence, machine learning, and AI-driven decision making.
Evaluate the ethical and social impacts of AI in modern society.
AI shapes how we work, learn, and interact—understanding its foundations builds digital literacy for the future.
Explain how AI learns through algorithms and data.
Identify examples of bias in AI systems and discuss their societal implications of AI. The learning approach fosters curiosity, playful experimentation, and ethical awareness through relatable scenarios.
Evaluate ethical dilemmas that arise from machine decision-making.
Understanding how machines "think" builds critical awareness of how data shapes technology outcomes.
Identify popular AI tools used in communication, creativity, and productivity.
Demonstrate how to use AI tools effectively for writing, image generation, and organization.
Evaluate the pros and cons of relying on AI tools in everyday tasks.
AI tools are transforming how people learn, work, and express creativity.
Use AI tools to create digital products such as images, videos, or stories.
Explain how human creativity guides AI outputs.
Reflect on how AI enhances but does not replace original thinking.
Creativity remains one of the most valuable human skills in an AI-powered world.
Apply AI tools to organize schedules, write, and problem-solve effectively.
Demonstrate how AI can support time management, learning, and communication.
Evaluate which AI tools are most useful for specific academic or personal goals.
AI literacy prepares students for school success and future workplace efficiency.
Identify emerging AI-driven careers and business opportunities.
Design a simple business idea that leverages AI tools or automation.
Analyze how AI is transforming existing industries.
AI is opening entirely new career paths across technology, healthcare, business, and beyond.
Predict near-future trends in AI adoption across industries.
Discuss how automation may change jobs and social structures.
Evaluate policies and skills needed to thrive in an AI-augmented society.
The next decade will redefine how people work, collaborate, and innovate.
Describe the relationship between AI and robotics in developing autonomous systems.
Imagine and communicate a vision for human-machine collaboration in the far future.
Discuss the potential societal, economic, and ethical implications of advanced robotics.
Robotics and AI together represent the next major leap in human innovation.
Demonstrate how to use AI prompts effectively to generate targeted outputs.
Apply structured thinking and questioning to guide AI responses.
Evaluate the accuracy and reliability of AI-generated results.
Strong prompting and evaluation skills are the foundation of effective AI use.
Integrate multiple AI tools to complete complex, multi-step projects.
Develop custom AI workflows for problem-solving or creative design.
Reflect on how to use AI for innovation while maintaining ethical balance.
Advanced AI literacy enables students to automate, innovate, and lead.
Identify how AI influences personal life, education, and global systems.
Investigate how AI affects privacy, creativity, and communication.
Develop a personal AI code of ethics and best practices for everyday use.
AI is not just a tool—it's part of every student's digital environment.
Explain how machine learning models are trained and tested using data.
Compare supervised, unsupervised, and reinforcement learning approaches.
Evaluate how model performance impacts real-world AI applications.
Machine learning powers the most advanced AI systems in the world.
Describe how AI processes and generates human language.
Analyze examples of NLP applications such as chatbots and translation tools.
Evaluate the ethical and accuracy challenges in NLP systems.
NLP is the bridge between human communication and AI understanding.
Demonstrate how to effectively use ChatGPT for writing, brainstorming, and research.
Apply prompting strategies to improve quality and precision of AI responses.
Reflect on ethical considerations and plagiarism risks with AI writing.
ChatGPT is one of the most widely used AI tools globally for communication and learning.
Identify AI tools designed to improve studying, organization, and learning retention.
Demonstrate how AI can summarize, quiz, and guide learning progress.
Evaluate which AI tools best fit individual learning styles.
AI-powered study tools make learning more accessible and personalized.
Use AI tools to generate art, design, and creative visual projects.
Compare human and AI-generated artistic processes.
Discuss ethics and originality in AI art creation.
AI expands creative potential beyond traditional art methods.
Create original AI-generated images using DALL·E.
Apply descriptive prompts to achieve detailed visual outcomes.
Analyze the balance between creative control and algorithmic influence.
DALL·E represents how imagination meets machine learning in art.
Use Gamma to generate visual presentations efficiently.
Apply design and narrative structure principles to AI-generated presentations.
Evaluate how AI presentation tools can enhance communication and collaboration.
Presentation AI tools save time and elevate communication quality.
Use AI tools for résumé creation, time management, and goal tracking.
Analyze how automation can improve efficiency and organization.
Apply AI strategies to prepare for interviews or professional networking.
AI enhances personal productivity and career preparation.
Use Google Gemini to conduct AI-powered research and writing tasks.
Compare Gemini's functions to other AI tools for speed and accuracy.
Evaluate the credibility and ethical considerations of AI-generated research.
Gemini represents the next evolution of AI-powered search and knowledge discovery.
Explain key programming concepts such as algorithms, datasets, and neural networks.
Write and test simple AI models or scripts using beginner coding tools.
Reflect on how coding drives innovation in AI systems.
Learning to code in AI develops problem-solving and analytical thinking.
Identify AI tools designed to improve studying, organization, and learning retention.
Demonstrate how AI can summarize, quiz, and guide learning progress.
Evaluate which AI tools best fit individual learning styles.
AI-powered study tools make learning more accessible and personalized.
Explain how machine learning models are trained and tested using data.
Compare supervised, unsupervised, and reinforcement learning approaches.
Evaluate how model performance impacts real-world AI applications.
Machine learning powers the most advanced AI systems in the world.
Integrate multiple AI tools to complete complex, multi-step projects.
Develop custom AI workflows for problem-solving or creative design.
Reflect on how to use AI for innovation while maintaining ethical balance.
Advanced AI literacy enables students to automate, innovate, and lead.
Define artificial intelligence and identify key examples of AI used in everyday life.
Explain the difference between human intelligence, machine learning, and AI-driven decision making.
Evaluate the ethical and social impacts of AI in modern society.
AI shapes how we work, learn, and interact—understanding its foundations builds digital literacy for the future.
Explain how AI learns through algorithms and data.
Identify examples of bias in AI systems and discuss their societal implications of AI. The learning approach fosters curiosity, playful experimentation, and ethical awareness through relatable scenarios.
Evaluate ethical dilemmas that arise from machine decision-making.
Understanding how machines "think" builds critical awareness of how data shapes technology outcomes.
Identify popular AI tools used in communication, creativity, and productivity.
Demonstrate how to use AI tools effectively for writing, image generation, and organization.
Evaluate the pros and cons of relying on AI tools in everyday tasks.
AI tools are transforming how people learn, work, and express creativity.
Use AI tools to create digital products such as images, videos, or stories.
Explain how human creativity guides AI outputs.
Reflect on how AI enhances but does not replace original thinking.
Creativity remains one of the most valuable human skills in an AI-powered world.
Apply AI tools to organize schedules, write, and problem-solve effectively.
Demonstrate how AI can support time management, learning, and communication.
Evaluate which AI tools are most useful for specific academic or personal goals.
AI literacy prepares students for school success and future workplace efficiency.
Identify emerging AI-driven careers and business opportunities.
Design a simple business idea that leverages AI tools or automation.
Analyze how AI is transforming existing industries.
AI is opening entirely new career paths across technology, healthcare, business, and beyond.
Predict near-future trends in AI adoption across industries.
Discuss how automation may change jobs and social structures.
Evaluate policies and skills needed to thrive in an AI-augmented society.
The next decade will redefine how people work, collaborate, and innovate.
Describe the relationship between AI and robotics in developing autonomous systems.
Imagine and communicate a vision for human-machine collaboration in the far future.
Discuss the potential societal, economic, and ethical implications of advanced robotics.
Robotics and AI together represent the next major leap in human innovation.
Demonstrate how to use AI prompts effectively to generate targeted outputs.
Apply structured thinking and questioning to guide AI responses.
Evaluate the accuracy and reliability of AI-generated results.
Strong prompting and evaluation skills are the foundation of effective AI use.
Integrate multiple AI tools to complete complex, multi-step projects.
Develop custom AI workflows for problem-solving or creative design.
Reflect on how to use AI for innovation while maintaining ethical balance.
Advanced AI literacy enables students to automate, innovate, and lead.
Identify how AI influences personal life, education, and global systems.
Investigate how AI affects privacy, creativity, and communication.
Develop a personal AI code of ethics and best practices for everyday use.
AI is not just a tool—it's part of every student's digital environment.
Explain how machine learning models are trained and tested using data.
Compare supervised, unsupervised, and reinforcement learning approaches.
Evaluate how model performance impacts real-world AI applications.
Machine learning powers the most advanced AI systems in the world.
Describe how AI processes and generates human language.
Analyze examples of NLP applications such as chatbots and translation tools.
Evaluate the ethical and accuracy challenges in NLP systems.
NLP is the bridge between human communication and AI understanding.
Demonstrate how to effectively use ChatGPT for writing, brainstorming, and research.
Apply prompting strategies to improve quality and precision of AI responses.
Reflect on ethical considerations and plagiarism risks with AI writing.
ChatGPT is one of the most widely used AI tools globally for communication and learning.
Identify AI tools designed to improve studying, organization, and learning retention.
Demonstrate how AI can summarize, quiz, and guide learning progress.
Evaluate which AI tools best fit individual learning styles.
AI-powered study tools make learning more accessible and personalized.
Use AI tools to generate art, design, and creative visual projects.
Compare human and AI-generated artistic processes.
Discuss ethics and originality in AI art creation.
AI expands creative potential beyond traditional art methods.
Create original AI-generated images using DALL·E.
Apply descriptive prompts to achieve detailed visual outcomes.
Analyze the balance between creative control and algorithmic influence.
DALL·E represents how imagination meets machine learning in art.
Use Gamma to generate visual presentations efficiently.
Apply design and narrative structure principles to AI-generated presentations.
Evaluate how AI presentation tools can enhance communication and collaboration.
Presentation AI tools save time and elevate communication quality.
Use AI tools for résumé creation, time management, and goal tracking.
Analyze how automation can improve efficiency and organization.
Apply AI strategies to prepare for interviews or professional networking.
AI enhances personal productivity and career preparation.
Use Google Gemini to conduct AI-powered research and writing tasks.
Compare Gemini's functions to other AI tools for speed and accuracy.
Evaluate the credibility and ethical considerations of AI-generated research.
Gemini represents the next evolution of AI-powered search and knowledge discovery.
Explain key programming concepts such as algorithms, datasets, and neural networks.
Write and test simple AI models or scripts using beginner coding tools.
Reflect on how coding drives innovation in AI systems.
Learning to code in AI develops problem-solving and analytical thinking.
Identify emerging AI-driven careers and business opportunities.
Design a simple business idea that leverages AI tools or automation.
Analyze how AI is transforming existing industries.
AI is opening entirely new career paths across technology, healthcare, business, and beyond.
Apply AI tools to organize schedules, write, and problem-solve effectively.
Demonstrate how AI can support time management, learning, and communication.
Evaluate which AI tools are most useful for specific academic or personal goals.
AI literacy prepares students for school success and future workplace efficiency.
Use AI tools for résumé creation, time management, and goal tracking.
Analyze how automation can improve efficiency and organization.
Apply AI strategies to prepare for interviews or professional networking.
AI enhances personal productivity and career preparation.
Demonstrate how to effectively use ChatGPT for writing, brainstorming, and research.
Apply prompting strategies to improve quality and precision of AI responses.
Reflect on ethical considerations and plagiarism risks with AI writing.
ChatGPT is one of the most widely used AI tools globally for communication and learning.
Use Gamma to generate visual presentations efficiently.
Apply design and narrative structure principles to AI-generated presentations.
Evaluate how AI presentation tools can enhance communication and collaboration.
Presentation AI tools save time and elevate communication quality.
Describe how AI processes and generates human language.
Analyze examples of NLP applications such as chatbots and translation tools.
Evaluate the ethical and accuracy challenges in NLP systems.
NLP is the bridge between human communication and AI understanding.
Explain key programming concepts such as algorithms, datasets, and neural networks.
Write and test simple AI models or scripts using beginner coding tools.
Reflect on how coding drives innovation in AI systems.
Learning to code in AI develops problem-solving and analytical thinking.
Use AI tools to create digital products such as images, videos, or stories.
Explain how human creativity guides AI outputs.
Reflect on how AI enhances but does not replace original thinking.
Creativity remains one of the most valuable human skills in an AI-powered world.
Use AI tools to generate art, design, and creative visual projects.
Compare human and AI-generated artistic processes.
Discuss ethics and originality in AI art creation.
AI expands creative potential beyond traditional art methods.
Demonstrate how to use AI prompts effectively to generate targeted outputs.
Apply structured thinking and questioning to guide AI responses.
Evaluate the accuracy and reliability of AI-generated results.
Strong prompting and evaluation skills are the foundation of effective AI use.
Explain how AI learns through algorithms and data.
Identify examples of bias in AI systems and discuss their societal implications of AI. The learning approach fosters curiosity, playful experimentation, and ethical awareness through relatable scenarios.
Evaluate ethical dilemmas that arise from machine decision-making.
Understanding how machines "think" builds critical awareness of how data shapes technology outcomes.
Explain how machine learning models are trained and tested using data.
Compare supervised, unsupervised, and reinforcement learning approaches.
Evaluate how model performance impacts real-world AI applications.
Machine learning powers the most advanced AI systems in the world.
Create original AI-generated images using DALL·E.
Apply descriptive prompts to achieve detailed visual outcomes.
Analyze the balance between creative control and algorithmic influence.
DALL·E represents how imagination meets machine learning in art.
Identify popular AI tools used in communication, creativity, and productivity.
Demonstrate how to use AI tools effectively for writing, image generation, and organization.
Evaluate the pros and cons of relying on AI tools in everyday tasks.
AI tools are transforming how people learn, work, and express creativity.
Predict near-future trends in AI adoption across industries.
Discuss how automation may change jobs and social structures.
Evaluate policies and skills needed to thrive in an AI-augmented society.
The next decade will redefine how people work, collaborate, and innovate.
Identify emerging AI-driven careers and business opportunities.
Design a simple business idea that leverages AI tools or automation.
Analyze how AI is transforming existing industries.
AI is opening entirely new career paths across technology, healthcare, business, and beyond.
Explain how AI learns through algorithms and data.
Identify examples of bias in AI systems and discuss their societal implications of AI. The learning approach fosters curiosity, playful experimentation, and ethical awareness through relatable scenarios.
Evaluate ethical dilemmas that arise from machine decision-making.
Understanding how machines "think" builds critical awareness of how data shapes technology outcomes.
Predict near-future trends in AI adoption across industries.
Discuss how automation may change jobs and social structures.
Evaluate policies and skills needed to thrive in an AI-augmented society.
The next decade will redefine how people work, collaborate, and innovate.
Use AI tools to create digital products such as images, videos, or stories.
Explain how human creativity guides AI outputs.
Reflect on how AI enhances but does not replace original thinking.
Creativity remains one of the most valuable human skills in an AI-powered world.
Integrate multiple AI tools to complete complex, multi-step projects.
Develop custom AI workflows for problem-solving or creative design.
Reflect on how to use AI for innovation while maintaining ethical balance.
Advanced AI literacy enables students to automate, innovate, and lead.
Describe how AI processes and generates human language.
Analyze examples of NLP applications such as chatbots and translation tools.
Evaluate the ethical and accuracy challenges in NLP systems.
NLP is the bridge between human communication and AI understanding.
Describe the relationship between AI and robotics in developing autonomous systems.
Imagine and communicate a vision for human-machine collaboration in the far future.
Discuss the potential societal, economic, and ethical implications of advanced robotics.
Robotics and AI together represent the next major leap in human innovation.
Use Gamma to generate visual presentations efficiently.
Apply design and narrative structure principles to AI-generated presentations.
Evaluate how AI presentation tools can enhance communication and collaboration.
Presentation AI tools save time and elevate communication quality.
Demonstrate how to use AI prompts effectively to generate targeted outputs.
Apply structured thinking and questioning to guide AI responses.
Evaluate the accuracy and reliability of AI-generated results.
Strong prompting and evaluation skills are the foundation of effective AI use.
Identify popular AI tools used in communication, creativity, and productivity.
Demonstrate how to use AI tools effectively for writing, image generation, and organization.
Evaluate the pros and cons of relying on AI tools in everyday tasks.
AI tools are transforming how people learn, work, and express creativity.
Apply AI tools to organize schedules, write, and problem-solve effectively.
Demonstrate how AI can support time management, learning, and communication.
Evaluate which AI tools are most useful for specific academic or personal goals.
AI literacy prepares students for school success and future workplace efficiency.
Demonstrate how to effectively use ChatGPT for writing, brainstorming, and research.
Apply prompting strategies to improve quality and precision of AI responses.
Reflect on ethical considerations and plagiarism risks with AI writing.
ChatGPT is one of the most widely used AI tools globally for communication and learning.
Identify AI tools designed to improve studying, organization, and learning retention.
Demonstrate how AI can summarize, quiz, and guide learning progress.
Evaluate which AI tools best fit individual learning styles.
AI-powered study tools make learning more accessible and personalized.
Use AI tools for résumé creation, time management, and goal tracking.
Analyze how automation can improve efficiency and organization.
Apply AI strategies to prepare for interviews or professional networking.
AI enhances personal productivity and career preparation.
Explain key programming concepts such as algorithms, datasets, and neural networks.
Write and test simple AI models or scripts using beginner coding tools.
Reflect on how coding drives innovation in AI systems.
Learning to code in AI develops problem-solving and analytical thinking.
Identify how AI influences personal life, education, and global systems.
Investigate how AI affects privacy, creativity, and communication.
Develop a personal AI code of ethics and best practices for everyday use.
AI is not just a tool—it's part of every student's digital environment.
Identify how AI influences personal life, education, and global systems.
Investigate how AI affects privacy, creativity, and communication.
Develop a personal AI code of ethics and best practices for everyday use.
AI is not just a tool—it's part of every student's digital environment.
Use Google Gemini to conduct AI-powered research and writing tasks.
Compare Gemini's functions to other AI tools for speed and accuracy.
Evaluate the credibility and ethical considerations of AI-generated research.
Gemini represents the next evolution of AI-powered search and knowledge discovery.
Describe the relationship between AI and robotics in developing autonomous systems.
Imagine and communicate a vision for human-machine collaboration in the far future.
Discuss the potential societal, economic, and ethical implications of advanced robotics.
Robotics and AI together represent the next major leap in human innovation.
Define artificial intelligence and identify key examples of AI used in everyday life.
Explain the difference between human intelligence, machine learning, and AI-driven decision making.
Evaluate the ethical and social impacts of AI in modern society.
AI shapes how we work, learn, and interact—understanding its foundations builds digital literacy for the future.
Use Google Gemini to conduct AI-powered research and writing tasks.
Compare Gemini's functions to other AI tools for speed and accuracy.
Evaluate the credibility and ethical considerations of AI-generated research.
Gemini represents the next evolution of AI-powered search and knowledge discovery.
Define artificial intelligence and identify key examples of AI used in everyday life.
Explain the difference between human intelligence, machine learning, and AI-driven decision making.
Evaluate the ethical and social impacts of AI in modern society.
AI shapes how we work, learn, and interact—understanding its foundations builds digital literacy for the future.
Create original AI-generated images using DALL·E.
Apply descriptive prompts to achieve detailed visual outcomes.
Analyze the balance between creative control and algorithmic influence.
DALL·E represents how imagination meets machine learning in art.
Use AI tools to generate art, design, and creative visual projects.
Compare human and AI-generated artistic processes.
Discuss ethics and originality in AI art creation.
AI expands creative potential beyond traditional art methods.
Our curriculum is designed to cater to the developmental stages and learning styles of both middle school (11-14) and high school (15-18) students. For the younger age group, content focuses on concrete examples, interactive activities, and guided exploration to build foundational understanding and critical thinking skills related to AI's everyday impact. The learning approach emphasizes abstract concepts, advanced applications, and complex causes.
For older students (15-18), the curriculum delves deeper into independent research, problem-solving, and a more nuanced understanding of AI's technical underpinnings and future potential. Content is differentiated by introducing more sophisticated tools, complex case studies, and opportunities for project-based learning that align with career exploration and advanced academic interests.
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Whether you're a parent, teacher, or partner—there’s a path for you.
Turning high value micro-learning into real-world cash earnings with Life Hub® Visa® Rewards Card.
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Our awesome AI-powered learning coach is called Fini and it's available 24/7. Fini Learning Coach can answer many questions about Life Hub® and Life Hub® Visa® rewards card and will redirect users to customer support for more complex questions.
Fini helps kids explore, discover, and better understand Life Hub® and their educational paths including topics like financial literacy, AI, career readiness, entrepreneurship and many other subjects. Fini also empowers parents, educators, mentors, and program managers to effectively support and serve kids, ensuring better learning experiences & outcomes .
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