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A dark room with people in hoodies working on computers, large screens show code and a world map, and glowing blue-green lights highlight the high-tech, secretive atmosphere.
EdTechHot Topics - controversialCybersecurityK-12

Cyber Attacks on Schools: Why Hackers Target K–12

by EdCircuit Staff
written by EdCircuit Staff 6 minutes read

Not long ago, K–12 school districts rarely appeared in cybersecurity reports. Attacks on banks, Fortune 500 companies, and government agencies dominated the headlines. But today, the education sector has become one of the top targets for ransomware groups, data thieves, and opportunistic bad actors around the world.

Why? Because attackers have realized something that school leaders have known for years: districts are deeply interconnected technology ecosystems—rich in sensitive data, dependent on digital operations, and often under-resourced when it comes to cybersecurity staffing and strategy.

The question school leaders now face is no longer “Will we be targeted?”
It’s “Are we prepared?”

And for many districts, the honest answer is complicated.

Why Schools Are Being Targeted More Than Ever

1. School Data Is More Valuable Than People Think

Attackers aren’t breaking into school networks to browse math homework. They’re after student records, staff data, financial information, network credentials, and medical/IEP files—data sets that are lucrative on the black market and extremely difficult for victims to undo once stolen.

A student’s data record can remain valid for years:

  • Social Security numbers

  • Parent contact information

  • Addresses

  • Academic and behavioral records

  • Health documents

  • Transportation details

  • Login credentials to multiple systems

Bad actors know that students rarely monitor credit reports, giving attackers years to exploit the stolen identity.

2. K–12 Systems Have Large, Complex, and Aging Networks

Most districts operate sprawling digital ecosystems: student devices, classroom tools, Wi-Fi networks, SIS and LMS platforms, building automation systems, transportation technology, HR systems, cloud services, and more.

This large footprint means more endpoints, more sign-ins, more outdated tech, and more opportunity for vulnerabilities to go unnoticed.

3. Limited Cyber Staffing Leaves Gaps

While private companies hire full cybersecurity teams, most districts have:

  • A single IT director

  • A small instructional tech team

  • And no dedicated cybersecurity staff

This isn’t a criticism—it’s a reality. School budgets are limited. Many IT teams are stretched thin managing devices, supporting classrooms, and troubleshooting daily tech issues. Acting as a cybersecurity operations team on top of everything else is not sustainable.

4. Attackers Know Districts Can’t Afford Downtime

Schools are operationally fragile.
If systems go down:

  • Classrooms halt

  • Buses can’t run

  • Food service stops

  • Payroll freezes

  • Online learning collapses

  • Safety systems may be impacted

This pressure makes districts more likely to pay ransoms or rush recovery—exactly what attackers count on.

5. Third-Party Vendors Expand the Attack Surface

Districts rely on dozens—sometimes hundreds—of edtech tools. Every vendor is a potential door for attackers. Even if a district has strong defenses, a vulnerable vendor with weak authentication or unpatched software can become the entry point.

Why K–12 Is Uniquely Vulnerable

“Just Right” Target Conditions

Attackers see schools as having the perfect combination of:
high-value data + operational urgency + limited defenses.

Many district networks include:

  • Old servers and legacy software

  • Outdated firewalls

  • Unpatched systems

  • Staff who have not received cybersecurity training

  • Disconnected security tools that don’t share threat intelligence

And with the rise of AI-powered attack tools, even inexperienced attackers can deploy sophisticated phishing campaigns, deepfake audio, and malware.

Human Vulnerability: The Most Common Entry Point

Most school cyber incidents start with a single clicked link.
Phishing emails—often posing as vendors, principals, or IT staff—remain the most successful tactic.

Teachers are overwhelmed. Administrators are rushing. Support staff manage hundreds of emails a day. Attackers count on that fatigue.

Aging Devices and End-of-Life Chromebooks

Millions of Chromebooks purchased during the pandemic are now aging out of support. Without updates or patches, they become high-risk vulnerabilities if still connected to district networks.

What Attackers Are Actually Looking For

Cybercriminals aren’t hitting schools at random. They have clear goals:

1. Ransom Payments

Ransomware remains the #1 threat. Attackers encrypt district systems and demand payment to restore access. Schools, knowing instruction cannot stop, are among the most likely organizations to pay.

2. Personally Identifiable Information (PII)

Student PII sells for more money than adult data because it remains useful for longer. Criminals may use it for:

  • Synthetic identity fraud

  • Tax fraud

  • Credit card fraud

  • Benefit scams

  • Creating fake accounts

3. Credential Harvesting

Stolen passwords give attackers access not just to one system—but to everything connected through single sign-on.

4. Vendor Access and Infrastructure Control

Attackers often seek access to transportation systems, HVAC controls, food service systems, and even security cameras. These systems are often less secure than instructional tools.

5. Disruption for Leverage

The operational chaos of school closures—or the threat of releasing student records—gives attackers negotiating power.

What Schools Are Doing to Defend Themselves

Despite limited resources, districts are increasingly implementing smarter, layered protections.

Zero Trust Architectures

Districts are moving toward models where no user or device is trusted by default. This includes:

  • Least-privilege access

  • Micro-segmentation

  • Continuous identity verification

Multi-Factor Authentication (MFA) Expansion

Most districts now require MFA for staff. Many are beginning to implement MFA for older students as well.

Cyber Training for Staff and Students

Districts are shifting from one-time “annual security training” to ongoing micro-lessons, simulations, and phishing tests.

Backup and Recovery Improvements

Modern backup strategies—immutable backups, offline storage, recovery drills—are becoming standard.

24/7 Monitoring and Incident Response Plans

Districts are partnering with MSSPs, statewide cybersecurity centers, and regional service agencies to monitor networks and respond rapidly to threats.

Vendor Vetting and Contracts with Security Requirements

Schools increasingly require:

  • SOC 2 certification

  • Data encryption

  • Secure authentication

  • Defined breach notification timelines

This is a major shift in accountability across the edtech ecosystem.

Key Steps K–12 Leaders Can Take Now

This article is not meant to create fear—it’s meant to drive readiness. Even small improvements can drastically reduce risk.

1. Train Everyone—Often

Cybersecurity culture begins with people.
Schools should build training into PD, onboarding, and student digital citizenship programs.

2. Turn on MFA Everywhere Possible

It remains one of the most effective, lowest-cost defenses.

3. Patch Everything, Especially Third-Party Systems

Attackers look for outdated software and unpatched vulnerabilities. Prioritizing updates prevents most attacks.

4. Strengthen Backup and Recovery Plans

Backups must be:

  • Tested

  • Offline

  • Immutable

  • Recoverable within hours, not days

If a district can recover quickly, ransom demands lose their power.

5. Establish a Triage Protocol for Phishing Attempts

Staff should know exactly what to do when a suspicious email appears—and who to report it to.

6. Create a Districtwide Cyber Incident Response Plan

It should include:

  • Communication flow

  • Legal notifications

  • Student data exposure protocol

  • Vendor responsibilities

  • Recovery timeline expectations

And importantly, this plan must be rehearsed.

The Path Forward: Cybersecurity as a Core Function of K–12 Education

Cyber attacks on schools aren’t slowing down. They’re evolving, becoming smarter and more coordinated. The future of digital learning depends on building cybersecurity infrastructures that are as strong, flexible, and student-centered as the instructional systems they support.

Districts do not need to become experts in every threat.
But they must become experts in readiness.

Cybersecurity is no longer a technical issue.
It is a systems issue.
A safety issue.
A student protection issue.
And a leadership issue.

The good news: every district—large or small—can make meaningful improvements starting today.

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AI operational handbook for school districts: a teacher holds open a tabbed handbook as glowing step-by-step guide cards flow from its pages over students at laptops
K-12Hot Topics - controversialArtificial Intelligence

Why Every School District Needs an AI Operational Handbook

by EdCircuit Staff
written by EdCircuit Staff 11 minutes read

An AI policy for schools sets the principles: what artificial intelligence may be used for, what it may not, and what protections apply to students and their data. An AI operational handbook turns those principles into daily practice. It tells a teacher which tools are approved, tells a principal what to do when a student submits AI-written work or an AI-altered image circulates, and tells the technology office how a new tool is reviewed before anyone signs a contract. A district can adopt a sound policy and still leave every one of those questions to individual schools. The handbook is where the district answers them once, for everyone.

The need is plain in the classroom. Teachers use AI to draft lesson materials and differentiate assignments, students use it at home for homework and writing, families ask what is allowed, and AI features now arrive inside platforms districts already license. Yet in a Gallup survey published in May 2026, only 18 percent of teachers said they receive formal guidance on AI from their administrators. Most teachers are making these decisions on their own.

This article sets out what an AI handbook does that a policy statement alone does not, what the evidence says about district readiness, who should write the handbook, and what a first edition should contain. For the wider picture of AI in schools and colleges, see edCircuit’s AI in Education: A Guide for Schools and Colleges.

What Is an AI Policy for Schools, and Where Does a Handbook Fit?

In most districts, policy is adopted by the school board and changes slowly. It states values and limits: student data is protected, academic honesty is expected, staff remain responsible for decisions about students. That stability is useful, but a board policy cannot list which chatbot a seventh-grade class may use this semester or describe the steps a counselor follows when a manipulated image of a student appears online. Those details change too often, and they belong to the people who run schools.

An operational handbook carries that detail. It sits beneath board policy and alongside the acceptable use, student privacy and code of conduct documents the district already has. Districts that have published one show the shape. Houston ISD’s AI Guidebook, developed with AI for Education in 2024 for students, staff and families, sets guiding principles and age-based limits on access, names approved enterprise tools, requires parental consent, and asks users to cite AI-assisted work and verify what a tool produces. In August 2026, Springfield Public Schools in Missouri released its first AI handbook, a 36-page version 1.0 that takes a guided-use approach rather than a ban and that the district says it will revise after hearing from students, staff and families.

The version number is worth noticing. A handbook is expected to change, and a district that labels the first edition as a first edition is telling teachers and families that revision is part of the plan.

Why School Districts Need an AI Handbook Now

State guidance has spread quickly. According to AI for Education’s state tracker, updated in August 2026, 35 states and Puerto Rico have issued official K-12 AI guidance. State documents give districts a frame, but most stop short of operational decisions. When the Illinois State Board of Education released its statewide guidance in July 2026, it offered model policy resources, case studies and practical tools, and it stated that the guidance creates no statewide mandate for classroom AI use. The choices about tools, training and enforcement remain with each district.

District readiness has lagged behind that guidance. In a Digital Promise survey of 31 districts reported by K-12 Dive in August 2024, only 25 percent had set specific AI policies or guidance, though 61 percent said work was underway. The sample is small and the survey is now two years old, so it shows direction rather than a national rate. A larger picture of operations comes from the Consortium for School Networking. Its 2025 survey of 281 members, most of them district technology leaders, found that 76 percent said district leaders were involved in setting direction for AI in operational areas, but many of those districts were still in early discussion. As GovTech reported from the same survey, only 12 percent described clear direction on oversight, 20 percent had conducted legal or risk reviews, and 21 percent had not addressed legal and risk questions at all. The respondents were IT leaders reporting on network and business operations, not classroom practice, but the gap they describe is the one an AI strategy for school districts has to close: interest and activity without settled rules.

Without a handbook, the same pattern tends to appear. Teachers adopt tools on their own, families hear different messages from different schools, and administrators respond to each problem as it arrives, with no shared basis for the decision.

What Teachers Need From the Handbook

Teachers ask practical questions, and a useful handbook answers them directly:

  • Which AI tools are approved, and for which grades?
  • May a teacher use AI to draft a test, a rubric or feedback on student work?
  • How should AI-generated material be checked before it reaches students?
  • What should a teacher do when a student appears to have submitted AI-written work?
  • What student information may never be entered into an AI tool?

When these answers are missing, teachers tend to take one of two courses. Some avoid AI altogether, including uses that would save them time or help students. Others use it in good faith in ways that later prove to conflict with privacy law or with a colleague’s classroom rules. Clear guidance lets teachers try new practices within agreed limits, and it tells them the district will stand behind a decision made inside those limits.

Consistency Across Schools and Classrooms

Without shared guidance, a student’s experience of AI depends on the school and the teacher. One class may use AI tutoring and feedback tools well; the class next door may avoid them because the teacher is unsure what is permitted. One teacher may allow AI for brainstorming while another treats any use as cheating. Students in the first group gain skills and support that students in the second do not, and students who move between the two learn that the rules depend on who is enforcing them.

A districtwide handbook gives every school the same starting point. Teachers can still set expectations for a particular assignment, but they do so within common definitions of acceptable use, common disclosure expectations and common consequences. Families then receive one message, and administrators can support teachers rather than adjudicate between conflicting classroom rules. edCircuit’s AI Rules for Schools: A Back-to-School Guide covers how schools can communicate those classroom expectations to students and families.

Protecting Students and the District

AI brings real risks into schools: student data entered into tools without proper agreements, inaccurate or biased output, over-reliance on automated scoring or feedback, unvetted tools adopted by individual staff, material that does not match the curriculum, and student misuse that ranges from plagiarism to impersonation and manipulated images. A handbook lets the district decide its response to each of these before an incident rather than during one. At a minimum it should define:

Two points deserve particular care. First, decisions with serious consequences for a student, such as discipline, placement or special education eligibility, should not rest on AI output without documented human review. Second, the handbook should be honest about the limits of AI detection software, so that an accusation of cheating does not rest on a detector’s score alone. Incident planning for manipulated images and video is covered in edCircuit’s AI Deepfakes: The New School Safety Threat, and the questions districts should put to vendors before buying are set out in AI Procurement for Schools: 10 Questions to Ask.

Training That Matches the Handbook

A handbook issued without training gives teachers rules without the reasons for them. Many districts have begun to train staff: a RAND report published in April 2025 found that about half of districts had trained teachers on generative AI by fall 2024. That still leaves many teachers untrained, and the Gallup finding that fewer than one in five teachers receive formal guidance from administrators suggests that training and written guidance have not always arrived together.

Teachers do not need to become computer scientists to use AI well, but they do need training that is practical, grounded in instruction, consistent with district policy, suited to their grade level and subject, and repeated over the year rather than offered once. Training tied to the handbook should help teachers understand why each guideline exists, what AI tools can and cannot do, when output can be trusted and when it must be checked, and how AI can support differentiation and scaffolding without replacing the student’s own work. Teachers who understand the reasoning are better placed to apply the handbook to situations it did not anticipate.

Who Should Write a School District AI Handbook?

A handbook written by one office tends to reflect that office’s concerns. A stronger first edition comes from a team that includes:

  • Chief technology or information officer, responsible for infrastructure, cybersecurity and data governance
  • District technology coordinators and IT staff, who understand the tools, their deployment and compliance
  • Curriculum and instruction leaders, who keep AI use aligned with academic standards
  • Principals and assistant principals, who carry out the handbook in buildings
  • Classroom teachers from across grades and subjects, who know how guidance will meet the school day
  • Special education leaders, responsible for accessibility, accommodations and legal compliance
  • Library and media specialists, who teach information and digital literacy
  • Professional development coordinators, who build training to match the handbook
  • Communications staff, who prepare messages for families
  • Student representatives, where appropriate, who can describe how students actually use AI

Families should also have a way to comment before and after adoption, as Springfield has committed to do. The team should meet at least quarterly so that the document keeps pace with the tools.

What Should an AI Handbook for Schools Include?

A first edition does not need to answer every question. It should be clear about the questions it does answer and say when it will be reviewed. A foundational handbook typically includes:

  • A district vision for AI, linked to its instructional goals
  • Plain-language definitions for staff, students and families
  • Ethical principles, including human responsibility for decisions about students
  • Data privacy requirements under FERPA, COPPA and state student privacy law
  • Approved and restricted AI tools, with the grades and purposes each is approved for
  • Expectations for staff use in instruction and administration
  • Age-appropriate rules for student use, and any parental consent required
  • Academic integrity guidance, including how students disclose AI assistance
  • A process for evaluating and approving new tools
  • Cybersecurity protections
  • Professional development requirements
  • Expectations for communicating with families
  • Incident response procedures
  • A review and update schedule

Districts do not have to start from a blank page. The TeachAI AI Guidance for Schools Toolkit, developed by Code.org, ETS, ISTE, Khan Academy and the World Economic Forum and updated in 2025, offers principles and sample language for policymakers and school leaders. CoSN’s AI resources for K-12 leaders include a generative AI readiness checklist and a maturity tool that a district team can use to judge where it stands before it writes.

Keeping the Handbook Current

AI tools change faster than policy cycles, so the handbook needs a set schedule for review, with named owners. The technology office, academic services, the curriculum office and building administrators should revisit it several times each year to update the approved tool list, strengthen privacy expectations as vendors change their terms, add instructional uses that teachers have found effective, respond to new state or federal requirements, and address new risks such as AI-edited video and manipulated images. Each revision should be dated and summarized for staff and families so that everyone knows which version is in force.

A district that writes an AI handbook now will not settle every question about AI in education, but it will decide who answers those questions, on what principles, and how the answers reach every classroom. That work reduces risk, supports teachers who want to use AI well, gives families a consistent account of what their children will encounter, and keeps students in different schools on equal footing. It also prepares students for a world in which knowing how to use AI responsibly is part of being literate.

Related reading

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Four smiling children gather around a laptop, exploring code during Computer Science Education Week in a classroom decorated with STEM posters and diagrams. Their engagement suggests a collaborative group learning or coding activity.
Artificial IntelligenceK-12Hot Topics - controversialSTEM and STEAM Education

Computer Science Education Week: Why It Matters in 2025

by EdCircuit Staff
written by EdCircuit Staff 5 minutes read

Computer Science Education Week (CSEdWeek)—held this year from December 8–14, 2025—is more than a themed week on the academic calendar. It is a global movement anchored around the birthday of computing pioneer Grace Hopper, whose legacy reshaped modern programming. Celebrating CSEdWeek is a way of honoring her groundbreaking work while inspiring the next generation of innovators, problem-solvers, and creators.

A Celebration Rooted in Innovation and Opportunity

Across schools, districts, and education agencies, CSEdWeek has evolved into a platform that highlights the importance of computer science (CS) in preparing students for a world where computation touches every profession—from healthcare and engineering to creative arts and cybersecurity. The message is clear: computer science is foundational to literacy, opportunity, and equity in the 21st century.

National organizations—including Code.org, state education departments, regional service agencies, and CS advocacy nonprofits—consistently highlight how CSEdWeek provides districts with flexible, accessible entry points to expand computer science learning for all students.

Why We Celebrate: A Vision of Equitable Access and Future-Ready Skills

1. It Levels the Playing Field

Computer science remains one of the fastest-growing and highest-earning career fields, yet access to CS education is still uneven across states, zip codes, income brackets, and student populations. Celebrating CSEdWeek sends a powerful message: every student deserves access to CS learning, not just those who already have exposure through robotics clubs, home technology, or enrichment programs.

School systems that prioritize inclusion during CSEdWeek model a broader commitment to equity—ensuring girls, students of color, multilingual learners, rural students, and students with disabilities are included in CS pathways.

2. It Encourages Creativity Over Coding

CSEdWeek’s modern flagship — Hour of AI — builds on the legacy of coding to help students explore artificial intelligence in creative, accessible, and ethical ways. From animation tools to AI-powered design challenges, students learn that CS is not just lines of code but a framework for solving problems, expressing ideas, and building things that matter.

Educators repeatedly share how these activities ignite enthusiasm in students who may not see themselves as “techy,” opening doors to identities and futures they had not previously imagined.

3. It Strengthens Digital Citizenship and AI Readiness

2025 has been a year defined by AI literacy, responsible technology use, and the rapid expansion of digital learning tools. CS Ed Week reinforces these priorities by emphasizing:

  • How computing shapes privacy, safety, and ethical decision-making

  • Why students must understand—not just consume—technology

  • How AI tools can support learning while requiring thoughtful guardrails

Administrators and policymakers increasingly view CS as a core component of civic education, not a niche elective.

4. It Unites Teachers and District Leaders Around a Shared Mission

For educators, CSEdWeek is a professional learning opportunity disguised as a celebration. Teachers explore new ways to design CS-infused lessons, engage students with hands-on activities, and integrate coding or computational thinking into math, science, literacy, and the arts.

District and school leaders use the week to:

  • Showcase their CS pathways

  • Spotlight student projects

  • Align curriculum with state frameworks

  • Demonstrate the value of K–12 CS to boards, families, and community partners

The celebration becomes a catalyst for long-term investment and systemic change.

What Educators and Students Gain From the Experience

For Students: Identity, Confidence, and Agency

CSEdWeek helps students:

  • See themselves as creators, not just consumers

  • Practice problem-solving in a collaborative environment

  • Explore emerging fields such as cybersecurity, AI, and data science

  • Understand how computing connects to careers

  • Build persistence through trial and error

These benefits extend beyond STEM—they cultivate adaptable thinkers who can navigate a rapidly changing world.

For Educators: Tools, Support, and Inspiration

Teachers gain access to:

  • Free and flexible Hour of Code activities

  • Curated K–12 CS lesson libraries

  • State-level toolkits and training guidance

  • Community networks and examples from other districts

  • Stories that illustrate what meaningful CS learning looks like in practice

Celebrating CSEdWeek also helps educators advocate for sustained support—highlighting both success stories and gaps in access.

For Administrators and Policymakers: A Roadmap to the Future Workforce

District leaders, state departments, and policymakers increasingly turn to CSEdWeek as a touchstone for long-term planning. It offers:

  • A lens into the digital skills employers are demanding

  • Insight into statewide CS implementation strategies

  • Opportunities to align curriculum with new AI literacy guidelines

  • A moment to evaluate equity gaps and resource needs

For school boards and superintendents, the week serves as a highly visible reminder that preparing students for the future means integrating CS literacy across the entire K–12 experience, not relying on a single elective or after-school program.

The Role of AI in CSEdWeek 2025

This year, AI is woven into nearly every aspect of CSEdWeek, from state toolkits to student challenges. Activities now include:

  • Designing ethical AI solutions

  • Explaining how algorithmic bias works

  • Building simple agent-based models

  • Comparing human problem-solving to machine learning

  • Using creative AI tools to animate stories or design prototypes

As AI becomes central to both workforce preparation and digital citizenship, CSEdWeek offers schools a structured, low-barrier way to introduce these concepts.

A Celebration That Sets the Tone for the Entire Year

Computer Science Education Week is not simply a December tradition—it’s a springboard for sustained CS engagement throughout the school year. The most successful districts use the momentum of CSEdWeek to:

  • Build cross-curricular integration

  • Partner with local industry

  • Expand teacher training

  • Strengthen K–12 pathways

  • Highlight student voice and creativity

  • Advance AI literacy initiatives

For students, it’s a moment to dream big.
For teachers, it’s a reminder that computational thinking empowers all learners.
For policymakers, it’s an indicator of the skills today’s workforce urgently needs.

But above all, CSEdWeek stands as a celebration of curiosity, creativity, and the belief that every student deserves the opportunity to shape the future—not just adapt to it.

Play video: Meet Michelle Marfo – CSEdWeek 2025 Rising Hero (2 minutes 26 seconds)
Meet Michelle Marfo – CSEdWeek 2025 Rising Hero2 min 26 sCSTA Videos on YouTube

CSTA Videos – Meet Michelle Marfo – CSEdWeek 2025 Rising Hero (Play video)

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A woman in business attire works at a computer with several monitors, a desk phone and a smartphone in an office
Hot Topics - controversialK-12

Public Information Officers: Why Every District Needs One

by EdCircuit Staff
written by EdCircuit Staff 5 minutes read

A public information officer, or PIO, is the person who speaks for a school district: to reporters, to families and to the community. In a school system, the PIO writes the messages families receive, answers questions from the media, runs the district’s website and social media, and leads communication during emergencies. Twenty years ago, many districts left that work to a superintendent’s assistant or a part-time staff member. Today, with families expecting news in minutes and rumors spreading faster than facts, many districts treat it as a professional role of its own.

This article explains what a PIO does in a school district, how the job has grown, what skills it takes, and why the role matters most on the days when something goes wrong.

What does a PIO do in a school?

A school PIO manages how the district communicates with everyone it serves. A typical job description makes the PIO the district’s main contact with the news media and its spokesperson in emergencies. Cobb County School District in Georgia, for example, describes its public information officer as the primary liaison between the district and the media, responsible for news releases, on-site crisis communication, and coordination with police and emergency responders’ own information officers.

Day to day, the work is broader. PIOs write and send messages to families, keep the district website current, run social media accounts, prepare information for board meetings, handle public records requests in some districts, and gather the stories of students and teachers that rarely reach the local news. In many districts, the PIO sits on the superintendent’s cabinet, so communication is considered before a decision is announced rather than after.

How the role grew

School communication used to mean a newsletter in a backpack and an occasional press release. Several changes made it a full-time profession. Families now expect quick updates by text, email and app, and they expect two-way contact rather than one-way announcements. Districts manage many channels at once: websites, email, family apps, social media, video and emergency alerts. Weather closures, safety incidents and rumors online can turn into public crises within an hour. And with charter schools, private schools and open enrollment giving families more choices, districts also need to explain what they offer and why families should choose them.

The profession has its own association. The National School Public Relations Association, founded in 1935, serves more than 3,000 members and supports the Accreditation in Public Relations credential for school communicators.

Who does the work: school communications offices

Many districts still rely on a single person. In NSPRA’s 2024 survey of its members, 35 percent worked in a one-person communications office, the lowest share since at least 2011, and 84 percent of members in districts with fewer than 2,000 students worked alone. The most common size was two to four people, at 39 percent. Sixty-nine percent reported directly to the superintendent, and 64 percent sat on the district’s cabinet or leadership team. The survey covers NSPRA members rather than every district, but it shows how much of the job falls on one or two people.

The same survey asked communicators about their main responsibilities. Crisis communication led the list at 57 percent, followed by social media at 49 percent and external communication at 47 percent.

The PIO in a crisis

A PIO matters most on a district’s worst day. When there is a lockdown, a threat, a bus accident or a weather emergency, families want accurate information immediately, and the first wrong rumor can travel further than the correction. The PIO’s job is to get timely, consistent updates out through every channel at once, coordinate with police and emergency agencies so the district and responders say the same thing, and keep updating until the situation is resolved. A plan written in advance, with message templates, contact lists and a clear chain of approval, is what makes that possible in the first minutes. edCircuit has looked at how school safety communication can break down.

The skills behind the title

The work draws on journalism, public relations, marketing, emergency management and government communication. A strong school PIO writes clearly and quickly, speaks well in interviews and at public meetings, understands how families actually receive information, and can explain a complicated district decision in plain language. Technical skills matter too: social media, website management, photography and video, email platforms and analytics. Just as important is judgment about confidential information, because a PIO often knows about personnel matters, student incidents and legal issues that cannot be shared.

Families have clear preferences about how they hear from schools. In a 2024 survey by the communications company SchoolStatus, 72 percent of families favored email and 70 percent preferred text messages. A PIO who knows how families in the district want to be reached, and in which languages, will reach more of them.

Why every district needs a PIO

Every district communicates, whether or not it plans to. Without someone responsible for it, messages arrive late, conflict with one another, or leave a silence that rumors fill. A dedicated PIO gives a district one consistent voice, a plan for emergencies, and someone whose job is to tell the stories of what students and teachers accomplish. For small districts that cannot fund a full-time position, the same work can be shared through a regional service agency or a part-time role, as long as someone owns it. The goal is the same at any size: families who trust what they hear from their schools.

Related reading

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A scientist wearing safety goggles holds a clipboard labeled Safety Inspection, emphasizing Science Safety Culture in a lab with plants, a turtle tank, gloves, stools, and a chalkboard in the background.
Safer EdScience and Lab SafetyK-12

Science Safety Culture: Beyond the Break

by EdCircuit Staff
written by EdCircuit Staff 8 minutes read

This 2025 episode summary from Safer Ed covers organism care, safety documents, inspections and building a districtwide safety culture. A new section after it compares those ideas with national guidance from the National Science Teaching Association.

Science safety culture takes center stage in Part 2 of Safer Ed’s Holiday Shutdown Safety series, Beyond the Break: Organism Care, Compliance, and Building a Districtwide Safety Culture. This episode digs into the often-unseen systems that protect students all year—systems that include living organism care, documentation routines, inspections, and the foundational practices that create consistency across an entire district. 

While Episode 1 focused on shutting down equipment, cleaning labs, and preparing facilities, Episode 2 shifts the focus to operational continuity and long-term cultural habits that define safer learning environments. Educators, administrators, and science leaders will find the episode packed with practical, repeatable steps they can bring into the second semester.

Listen to the full episode here:

Safer EdBeyond the Break: Organism Care, Compliance, and Building a Districtwide Safety CultureDecember 8, 2025 · 6 min 29 sPlay episode: Beyond the Break: Organism Care, Compliance, and Building a Districtwide Safety Culture (6 minutes 29 seconds)Follow on SpotifyApple

The Overlooked Area of Science Safety: Living Organisms

Science classrooms are living ecosystems—not just equipment storage spaces. As the episode highlights, plants, terrariums, aquatics, mammals, and hydroponic systems all require thoughtful planning before a long closure. 

Key considerations include:

  • Ensuring adequate hydration and temperature stability

  • Adjusting lighting for plants and heat for animals

  • Cleaning enclosures and resetting hydroponic systems

  • Creating written care guides for whoever is taking responsibility

  • Identifying backup caretakers in case plans change

This isn’t simply about keeping organisms alive—it’s about maintaining ethical care, instructional continuity, and a safe, stable classroom ecosystem ready for students’ return.

Documentation: The Administrative Backbone of Safe Science Programs

Episode 2 emphasizes that science safety isn’t just hands-on—it’s documentation-driven. A strong safety culture is built on records, forms, and compliance practices that prevent accidents and protect educators. 

The episode highlights essential documents and annual review tasks:

  • Chemical Hygiene Plan

  • Science Safety Manual

  • Student and staff safety contracts

  • Classroom-specific expectations

  • Inspection logs

  • Training requirements

  • Districtwide regulation updates

Research cited in the episode reinforces the need for ongoing documentation: many teachers never receive formal safety training, half cannot recall their last annual inspection, and accident rates rise with oversized class rosters. These are systemic issues, not individual errors—and documentation is a key remedy.

Inspections as a Cornerstone of Program Stability

The winter break serves as a natural checkpoint for formal safety inspections—not just at the building level but through a districtwide lens. According to the discussion, thorough inspections involve:

  • PPE availability

  • Chemical inventory and SDS management

  • Alignment with legal standards

  • Classroom readiness

  • Department organization and workflows

Ideal programs conduct inspections twice a year—before winter and summer—to ensure systems stay proactive rather than reactive. 

Building a Districtwide Science Safety Culture

As the hosts explain, safety culture isn’t a checklist; it’s a mindset supported by shared systems. A true districtwide model includes: 

  • Consistent onboarding for new staff

  • Professional development aligned to grade levels

  • Digital systems for contracts and inventories

  • Scenario-based training modules

  • Collaborative communication across departments

  • Micro-credentials and certifications

  • Standardized inspection protocols

When these elements work together, safety becomes predictable, sustainable, and equitable across schools—not dependent on the experience level of a single teacher or administrator.

Why This Episode Matters for District Leaders, Teachers, and Safety Teams

This episode gives educators tangible steps for improving long-term safety outcomes. From the ethical treatment of organisms to creating documentation systems that reduce liability, the guidance applies to districts of every size.

The core message is clear: holiday preparation is more than cleaning—it reinforces a culture that protects students all year.

Science lab safety culture in a school district: what national guidance expects of leaders and teachers

The Safer Ed hosts in the episode above describe a science lab safety culture as shared systems, not a checklist: documents kept current, inspections on a schedule, training that new staff receive, and plans for the living things in classrooms. Those ideas match what the National Science Teaching Association (NSTA) asks of school systems in its position statement, Safety and School Science Instruction, adopted in October 2015 and revised in April 2024. This section sets out what that statement says, so that a district leader or department chair can compare it with local practice. It is guidance from a professional association and not a legal standard, and state and local requirements still apply.

Who is responsible for the program

NSTA places responsibility with school district leaders. They are to develop and adopt a comprehensive safety program, and principals, science supervisors, superintendents and board members share responsibility for establishing, promoting, maintaining and updating it, including changes in legal safety standards. The statement asks districts to designate one or more chemical hygiene officers, or an equivalent person with the knowledge and training to oversee a Chemical Hygiene Plan, and it encourages districts that are not covered by the OSHA Laboratory Standard to follow it anyway. A district should check with its state about whether the standard applies to its employees.

This is the point the episode makes about the Chemical Hygiene Plan and the Science Safety Manual at the head of its list of documents: someone must own them, and the ownership should not rest on one teacher.

Documents and the records behind them

NSTA says a safety program should include a Chemical Hygiene Plan that covers the selection, storage, inventory, use and disposal of hazardous chemical and biological materials. All school employees, contractors and emergency personnel should have direct access to Safety Data Sheets for the hazardous chemicals used in instruction. The statement also recommends written safety acknowledgment forms sent to parents and guardians, kept on file for the length of time required by the state’s statute of limitations. These items correspond to several the hosts list, including student and staff safety contracts and inspection logs.

Training that continues

The episode reports that many teachers never receive formal safety training. NSTA’s statement is specific about what it expects. Districts, as employers, have the legal responsibility to conduct districtwide science safety training for all K-12 science teachers when they are first assigned to classrooms, labs or storerooms where hazardous chemicals are present, and before assignments involving new exposures. Training should also occur annually so that teachers can review and update the safety program, share experiences and receive legal updates. The statement adds that science teachers should have the opportunity to help design the training, and that it should cover the legal duty of care, state regulations, school board policies, blood-borne pathogens and the use of Safety Data Sheets. It also calls for strategies to accommodate students with academic, remedial or physical needs and students who are English language learners.

The hosts mention onboarding for new staff, professional development by grade level and scenario-based modules. Each is a way of meeting the first-assignment and annual training expectations in a form teachers can complete.

Class size, facilities and the right to stop an activity

The episode notes that accident rates rise with oversized rosters. NSTA’s statement makes the same point. It says that classes of more than 24 students engaged in science activities cannot safely be supervised by one teacher, and that accidents rise dramatically as enrollments exceed 24 or as individual workspace falls below what is needed, citing a longitudinal study of Texas schools. It asks teachers to document and report hazards, including class sizes that violate occupancy load codes, labs that are too small or too few, and defective equipment. It also says teachers should assess the risks of each activity, and should eliminate an activity if, in their professional judgment, it cannot be done safely with modification. The statement adds that a district should not discipline a teacher who exercises that judgment in an objectively reasonable manner.

A principal can use this directly: if a teacher reports that a section is too large for the room, the statement treats the report as part of the safety program and not as a complaint.

Living organisms over a break

The second half of the episode focuses on plants, aquatic systems, small animals and hydroponics during closures. EdCircuit’s article Animals in the Science Classroom: Responsibility, Safety, and Student Learning covers care in more detail, including planning for weekends, holidays and summer months. The written care guide and backup caretaker that the hosts recommend are the practical form of that planning. The earlier episode in this series, Holiday Shutdown Safety for Safer Science, Safer STEM, covers shutting down equipment and cleaning labs.

A short self-check for a district

  1. Is a named person responsible for the Chemical Hygiene Plan, and does that person have time and training for the role?
  2. Do science teachers have access to current Safety Data Sheets?
  3. Did every teacher assigned to a lab this year receive safety training, and is there an annual refresher?
  4. Are class rosters in science rooms checked against room occupancy limits and the 24-student guidance?
  5. Who writes the care plan for classroom animals and plants over each break, and who is the backup?
  6. When did the last documented inspection occur, and where is the record?

The answers show where a district already has a safety culture and where a system is still missing. Because the NSTA statement is guidance and not law, a district should also confirm its state and local requirements before setting policy.

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You don't need to be an AI expert: a veteran teacher taps one key and a lesson plan, quiz and parent email fly from her laptop while technical manuals gather cobwebs
Hot Topics - controversialArtificial IntelligenceK-12

You Don’t Need to Be an AI Expert to Use AI in Classrooms

by EdCircuit Staff
written by EdCircuit Staff 5 minutes read

Artificial intelligence is no longer a futuristic concept—it is here, right now, quietly transforming the systems, workflows, and instructional practices that shape everyday K–12 learning. From attendance tracking to grading, tutoring, lesson planning, and family communication, AI has already shown that it can reduce workload, streamline operations, and expand learning opportunities.

Yet one obstacle continues to slow progress: many educators believe they must be “AI experts” before they can even begin.
They hesitate, fearing they’ll break something, do something wrong, or lose control of their classroom. Others feel overwhelmed by new terminology or worry that adopting AI means replacing hard-earned skills.

This article exists to dismantle that mindset. Because the truth is simple:
You don’t need to be an AI expert to use AI—you just need to be open, curious, and willing to learn alongside your students.

AI is not an all-or-nothing shift. It’s a set of tools. You set the guardrails. AI works for you—not the other way around.

Why AI Doesn’t Require Expertise—Just Experience

Think back to the first time you used interactive whiteboards, Google Docs, SMART boards, Chromebooks, or your LMS. You didn’t take a certification course. You started small. You learned by doing. AI is the same.

Artificial intelligence in schools can start with a single action:

  • Generating bell-ringer activities

  • Drafting an email

  • Rewriting directions at multiple reading levels

  • Creating a parent newsletter

  • Summarizing a long professional development document

These small tasks instantly give educators time back—time that gets reinvested where it matters most: supporting students.

AI expertise isn’t a prerequisite.
Hands-on experimentation is the real teacher.

AI as Your Classroom Partner, Not Your Replacement

Many educators fear that using AI somehow diminishes their craft. In reality, AI enhances your human strengths—creativity, empathy, problem-solving, professional judgment—while taking on the repetitive, time-consuming tasks that drain your energy.

AI tools can safely assist with:

  • Automated attendance through ID scanning, facial recognition (where policy allows), or LMS integration

  • Grading assistance, particularly for short responses, reflection prompts, or mastery checks

  • Lesson planning, including standards alignment and differentiated scaffolds

  • Tutoring and reteaching through adaptive practice and instant feedback

  • Progress monitoring, spotting patterns or trends a human might not notice

  • Project design, rubric creation, and enrichment extensions for advanced learners

  • Communication, such as translating messages or drafting updates for families

AI doesn’t replace your expertise—it amplifies it.

The Real Barrier Is Mindset, Not Skillset

Across the country, teachers often express the same concerns:

  • “What if I use it wrong?”

  • “What if students get ahead of me?”

  • “I don’t understand all the vocabulary.”

  • “What if something goes against policy?”

Here’s the reality:
You already know how to evaluate tools, set classroom expectations, and observe student behavior. AI doesn’t change that—it simply gives you more capacity.

If anything, AI allows educators to be more human:

  • More present

  • More creative

  • More responsive

  • More intentional in their teaching

AI frees teachers from the administrative burden that has grown heavier every year.

Getting started isn’t a leap—it’s a step.

Five High-Impact Ways to Start Using AI Tomorrow

You can begin integrating AI without disrupting your curriculum or spending hours learning new platforms. Here’s where most educators find immediate success:

1. Lesson Planning and Curriculum Alignment

Give an AI tool your learning targets and ask it to create:

  • Mini-lessons

  • Warm-ups

  • Discussion questions

  • Exit tickets

  • Differentiated reading-level rewrites

You stay in full control—you edit, refine, and adapt the content.

2. Grading Support and Feedback Generation

AI can help generate:

  • Starter comments

  • Rubric-aligned feedback

  • Patterns in student errors

  • Strengths-based praise

Teachers verify everything, maintaining academic integrity and personal voice.

3. Student Tutoring and Reteaching

AI-powered tutoring apps now deliver:

  • On-demand explanations

  • Step-by-step problem walkthroughs

  • Visual models

  • Alternative strategies

  • Personalized practice

Students get support instantly—even when teachers are assisting others.

4. Parent and Family Communication

AI can translate communications into 100+ languages, draft newsletters, and rewrite messages at an accessible reading level.

Data Insights and Progress Monitoring

AI excels at spotting trends:

  • Attendance dips

  • Missing assignments

  • Declining engagement

  • Skill gaps

Admins can use these insights to intervene early and equitably.

AI Isn’t All-or-Nothing—It’s a Continuum You Control

Too often, AI is framed as a dramatic transformation. But the most successful educators approach it gradually, with three guiding principles:

Start small

Use AI for a single workflow—lesson planning, rubrics, or email drafting.

Stay in the driver’s seat

AI is a suggestion engine, not a decision-maker.

Set your own guardrails

District policies, classroom routines, and your professional judgment always come first.

AI thrives when educators remain the designers, the leaders, and the ethical decision-makers.

But What About Safety, Copyright, and Student Data?

These concerns are valid—and healthy. Being cautious does not mean avoiding innovation. It means adopting responsibly, with clear standards such as:

  • No student names

  • No personally identifiable information (PII)

  • Only using district-approved tools

  • Protecting copyrighted content

  • Checking for bias

  • Verifying accuracy

This is what “AI-ready” educators look like—not experts, but practical, thoughtful implementers.

Why Now Is the Moment to Dive In

AI is reshaping industries faster than any technology in the last 50 years. Students will graduate into workplaces where AI fluency is expected—not optional.

Schools that wait risk widening equity gaps.
Schools that start now—slowly, safely, intentionally—prepare students for the world they will inherit.

And the good news?
You don’t need to be an expert. You just need to be willing.

This is your opportunity to explore, to experiment, to model lifelong learning for your students—and to unlock capabilities in your classroom that weren’t possible before.

AI doesn’t ask you to be perfect.
It asks you to be curious.

Play video: How to Master AI Powered Creativity in Just 13 Minutes | Jeremy Utley (13 minutes 20 seconds)
How to Master AI Powered Creativity in Just 13 Minutes | Jeremy Utley13 min 20 sEO on YouTube

EO – How Stanford Teaches AI-Powered Creativity in Just 13 MinutesㅣJeremy Utley (Play video)

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