Welcome to the Artificial Intelligence (AI) section of the Canton Public Schools website!
Canton Public Schools Community Forum On Artificial Intelligence!
April 15th 6pm-7pm
CHS Auditorium
Canton Public Schools' District AI Goal
Educators across the world are navigating how to harness these tools to support teaching and learning, while also addressing emerging concerns related to academic integrity, bias, data privacy, misinformation, and instructional quality.
Source: World Economic Forum, Future of Jobs Report 2025
Sources: 1. Madden, M., et al. (2024). CA: Common Sense. 2. EdWeek Research Center, Jan 2024. 3. PowerSchool 2024 Educa ti on Focus Report.
AI is already a part of the everyday tools our students and teachers use for learning, communicating, and school operations. While this quick shift offers new opportunities, it also adds layers of complexity. This requires our district to provide steady, thoughtful guidance as we adapt our teaching practices to meet the future needs of both students and educators
AI offers new possibilities, but it also comes with risks if we don't use it carefully and with a clear plan. Like other new technologies before it, we have to weigh the excitement of innovation against concerns about academic integrity, biases and privacy.
This website is designed to help our school community balance those choices responsibly. AI is becoming a regular part of everyday life and in schools, appearing in everything from personalized learning tools for students. For those leading our district, this means AI is an evolving tool that may influence many of the decisions we make to support our schools.
AI refers to computer systems that are designed to perform tasks that typically require human intelligence. These include recognizing speech, processing language, analyzing data, detecting patterns, making predictions, generating new content, etc. information. In educational contexts, AI tools may help personalize instruction, streamline teacher tasks, improve accessibility, help with scheduling or resource allocation, and support decision-making. As these systems grow, they also raise important questions about equity, privacy, accuracy, and control.
WANT A MORE IN-DEPTH UNDERSTANDING? Here are some resources:
How Chatbots and Large Language Models Work (Code.org)
- Brief video that accessibly explains the inner workings of generative AI
Generative AI: Input & Pre-training (Code.org)
- Short video that describes the process of pre-training
What Is ChatGPT Doing … and Why Does It Work? (Stephen Wolfram)
- In-depth article that explores key generative AI concepts
AI is:
• A tool to support human decision-making.
• An evolving technology that requires active oversight.
• Capable of pattern recognition and rapid content creation.
• A system that can reinforce harmful bias if not carefully designed and used. AI can be broadly described according to its functions:
Generative AI tools produce new content based on patterns in large data sets. These tools respond to user prompts with outputs like essays, code, summaries, feedback, images, videos, or music. Examples of use in schools:
- Assisting students in drafting writing or brainstorming ideas.
- Helping teachers generate rubrics, lesson plans, or instructional materials.
- Translating text or generating content for multilingual learners.
These tools analyze past data to forecast likely outcomes or make recommendations. Examples of use in schools:
- Predicting whether students are on track to graduate.
- Recommending learning pathways based on student performance data.
- Identifying students who may benefit from intervention.
Agentic AI tools go beyond predicting or generating—they act. These tools can make decisions, take steps toward a goal, and continuously adapt based on new information. Examples of use in schools (emerging):
- An AI tutor that adjusts a student’s learning plan automatically.
- A virtual assistant that schedules meetings or rearranges lessons.
- Systems that optimize bus routes, staffing, or classroom usage in real-time.
Note on Definitions: The descriptions we use for AI are meant to be helpful starting points, not permanent technical rules. As this technology changes, the way we talk about it will likely change, too.. As AI evolves, so will the language we use to describe it. Our main focus is not whether a tool “counts” as AI, but how it is used, what data it relies on, and how its outcomes affect teaching and learning, and equity.
Our vision for education and AI considerations cannot be separated. It may change how students engage with content, how teachers design learning, and help make decisions. Leading our schools through these changes isn't just about understanding the technology it’s about managing how our schools may adapt. It is a change management challenge as much as a technical and instructional one. It is vital that all our decisions, rules, and guidance are based on our shared Core Values. These principles reflect our commitment to a school system that promotes fairness, honesty, trust, and respect for everyone. If we don't look closely at AI systems, they can accidentally repeat old patterns that leave people out or treat them unfairly. The following principles are designed to help make sure AI serves our main mission of educating our children rather than working against it.
In every decision we make about technology, our educators are encouraged to stop and ask important questions to ensure all students are treated fairly:
How does this affect everyone? We look at whether a new tool or rule might impact students of different races or backgrounds differently.
Who is being helped and who might be left behind? We want to make sure no student is unfairly burdened by a new technology.
Whose perspective are we missing? We check to see if the voices and experiences of all our families are being considered.
How can we prevent harm? We actively look for ways to use these tools to promote fairness and protect our students.
These questions help us stay mindful when we choose new classroom tools, train our teachers, or set the "rules of the road" for how students use technology in school.
Smart choices about Al begin with a clear grasp of its basic mechanics. We don't need to be data scientists, but understanding what Al is, how it works, and where its vulnerabilities lie is the foundation for using it effectively and ethically.
What is Al?
How does generative Al work?
Why does this matter?
Let human insight and agency steer every engagement with Al. Technology is a tool, not a replacement for professional judgment, creativity, and empathy. This principle is about ensuring we remain the drivers of our work, using Al to augment-not abdicate-our responsibilities.
Am I prepared to use this Al tool well?
Am I still the one doing the real intellectual and emotional work?
Let human insight and agency steer every engagement with Al. Technology is a tool, not a replacement for professional judgment, creativity, and empathy. This principle is about ensuring we remain the drivers of our work, using Al to augment-not abdicate-our responsibilities.
Am I prepared to use this Al tool well?
Am I still the one doing the real intellectual and emotional work?
Protect privacy, dignity, and integrity over efficiency or convenience. When we use Al in education, we have an obligation to protect our students and our community. This means being vigilant about data privacy and transparent about our use of these tools to maintain trust.
Key Areas of Focus:
Could I be risking student data or privacy?
Am I using Al in ways that respect others and build trust?
Cultivate knowledge of how Al is influencing schools and society. Al is not just a tool; it's a transformative force reshaping our world. As educators, we must understand and navigate these changes, from the evolving definition of academic integrity to the challenge of Al-generated misinformation.
How do we model and reinforce academic integrity?
What other Al impacts should we be aware of?
Abbotsford School District. (2025). A guide for students: Citing your AI sources. https://www.abbyschools.ca/
aiEDU. (2024). AI readiness framework: What students, educators, and district leaders need to know. https://www.aiedu.org/
Anthropic. (2025). Claude AI (Mar 31 version) [Large language model]. https://www.anthropic.com/claude
ASCD. (2024). AI in the classroom: Professional learning resources. https://www.ascd.org/
Brophy College Preparatory. (2024). AI guidelines for academic integrity. https://www.brophyprep.org/
Buolamwini, J. (2023). Unmasking AI: My mission to protect what is human in a world of machines. Random House.
Commonwealth of Massachusetts. (n.d.). Artificial intelligence (AI) and accessibility. Mass.gov. https://www.mass.gov/info-details/artificial-intelligence-ai-and-accessibility#ai-product-and-software-procurement
ED for the Classroom. (2024). Generative AI in the classroom: Tools and resources. https://www.ed.gov/
Educational Leadership. (2024). Artificial intelligence and the future of teaching [Special issue]. Educational Leadership, 81(5). https://www.ascd.org/el
Edutopia. (2024, September 4). Equity, bias, and AI: What educators should know. https://www.edutopia.org/article/equity-bias-ai-what-educators-should-know
KIPP New Jersey & KIPP Miami. (2024). Leading with purpose: AI principles for transformative and equitable learning. https://www.kippnj.org/
Massachusetts Department of Elementary and Secondary Education. (2024). Guidance for artificial intelligence in K-12 public schools. https://www.doe.mass.edu/
OECD. (2024). Explanatory memorandum on the updated OECD definition of an AI system (OECD Artificial Intelligence Papers No. 8). OECD Publishing. https://doi.org/10.1787/62331589-en
State Educational Technology Directors Association. (2025). Universal connectivity imperative: Sustaining progress to close the digital access divide in K-12 education. https://www.setda.org/
A generative AI tool was used to provide visuals, videos and images to enhance content on this website, specifically for properly configuring the layout and design using Gemini and NotebookLM. All AI-generated content has been reviewed, edited, and approved by the human author(s). The use of AI in this process was intended to enhance efficiency and clarity while maintaining the integrity and originality of the human-led work.
AI is constantly changing. This Canton Public Schools policies guiding student and staffengagement with Artificial Intelligence (AI) will be frequently reviewed, at least once annually, to ensure that guidelines, materials, research and artificats capture the most recent research about the fast-evolving field of AI and that students are offered the most educationally sound parameters for engaging AI. These are likely to be reviewed in conjunction with the annual review of each school’s individual Handbook.