Delay Decode Defend

Delay. Decode. Defend.

DELAY

Intentionally Introduced. Developmentally Informed.

Delaying a tool is not rejecting it. It is deciding when it belongs.

DELAY 1.1: Introduce Screens Intentionally

Does introducing this remove a barrier to learning, or remove the practice that builds it?

Offloading a skill a student has already mastered is different from outsourcing a skill a student is still building.

Adults use spell check and calculators daily. Those tools support skills we already built. A student who knows that adding makes numbers larger can catch a mistyped entry, because number sense is what tells us whether the answer on the screen is even plausible. Newer tools reach much further than spelling or mental math. They can complete the thinking itself. When introducing a new tool, ask whether you are opening access to learning or removing the chance to build a foundation.

A New Tool Earns Its Introduction When It Helps:

  • A student communicate and participate more effectively
  • A student see or hear instruction more clearly
  • A student show what they know when learning, language, writing, speech, or motor barriers get in the way
  • Students engage in real-time experience beyond the room

New Tools Should Avoid Replacing:

  • Conversation, movement, hands-on exploration, play, and peers
  • Co-regulation: responsive adults helping students feel safe, calm, and regulated
  • Manageable friction: the effort that builds skills related to the learner's goals

Example: A second grader uses an audio read-along to listen to a science article that is above their reading level. The lesson is about volcanoes, so the tool gives them access to the content. In reading instruction that afternoon, with a text at their level, the same tool use would skip the practice the lesson was designed for.

Note: Providing a tool that offers accessibility is different from removing manageable friction. Students with support needs should be provided all necessary tools to help them access learning. The above example is not representative of students with 504/IEP accommodations and does not invalidate accommodations and services that support learning. Instead, the guidance is that accessibility-related tools earn their place early and with ease, especially AAC, speech-to-text, magnification, audio descriptions, captions, visual aids for those with support needs.

ASK YOURSELF Pick one screen-based tool in your room.
  • What is this tool actually doing for the student?
  • What skill would a student need if the tool were not there?
  • Is that skill one they have already built, or one they are still building?
  • Does introducing this remove a barrier to learning, or remove the practice that builds it?

DELAY 1.2: Pilot New Tools Slowly Before You Adopt Them

Has this technology earned its place in my classroom?

New technology should solve a problem. Before investing in a new tool for your classroom permanently, run a pilot test to see if it is truly compatible with your teaching methodology and students' needs.

Before Introducing To Students

  • Try it yourself for at least two weeks
  • Define what success looks like
  • Watch for features that pull attention away from learning
  • Ask: Does this make the task easier or the learning stronger?

Bringing It Into The Classroom

  • Try it for one set unit or a defined period of time
  • Tell students it is a trial period
  • Look beyond scores and completion
  • Notice what gets crowded out by the technology

Deciding To Keep It Long-Term

  • Stick to the timeline you set for deciding
  • Measure it against the goal you named
  • Ask students for feedback
  • If it stays, give it a clear job. If it goes, the trial still worked.
TRY IT Use the Pilot Planner to plan a trial for one tool you are considering, or one you adopted in the last year without a trial. Answer the two gate questions first. If both are yes, fill in your pilot plan and put the end date on your calendar.

Pilot Planner

1 Is this tool permitted under my school's policy and appropriate for my students' ages?
2 Have I used it myself for at least two weeks?

DELAY 1.3: Print Still Matters When It Counts

Does the format match the learning goal?

Choosing a format is not rejecting a format.

Learning To Read

  • Digital books help when the extras support the story
  • Co-view multimedia books that advance students' learning goals
  • Choose features that clarify rather than compete: synchronized animation, highlighting, child-friendly definitions

Reading To Learn

  • Print holds a small but consistent advantage for informational text, especially under time pressure
  • Use print for close reading, annotation, evidence gathering, and comparison
  • Teach a screen-reading routine explicitly: preview, pace, annotate, pause to summarize, cite evidence

Accessibility runs both ways. Digital offers text-to-speech, adjustable font and spacing, translation, and built-in dictionaries. Print reduces visual clutter, scrolling, navigation demands, and sensory fatigue.

ASK YOURSELF Look at the reading you have assigned for the next two weeks.
  • Which of these is learning to read, and which is reading to learn?
  • For the close reading and evidence gathering, did I choose print on purpose or by default?
  • Where am I using a screen because it genuinely helps a student reach the text, and where because it was easier to assign?

DECODE

Make Informed Decisions. Teach Digital Literacy.

Navigating tech is easier when we understand the design.

DECODE 2.1: You Influence More Than You Know

What are my own tech patterns?

Adults are impacted by the same design tactics we want to shield our students from.

Your students watch how you use technology all day. Our habits from our personal world often follow us into work, especially when it comes to technology.

The same engineers building the apps your students are trying to navigate built the ones on your phone. The pull you feel is the pull they feel. Understanding your own relationship with technology is the first step in recognizing the design, making informed decisions in your classroom, and building the skills your students need to navigate it themselves.

ASK YOURSELF Privately reflect on your own technology use. Which of these are true?
  1. I check my phone before I am out of bed.
  2. I sometimes find myself on an app without remembering opening it.
  3. When I am in a waiting room or line, I use my phone.
  4. I have checked an app, closed it, and then opened it right back up.
  5. There is something I used to do regularly before scrolling or gaming.
  6. I have gone to bed later than I wanted because I was on a screen.
  7. I have at least one streak (Rings, Duo, and so on).
  8. When I am doing other tasks, I check my phone, email, or extra tabs.
  9. I have asked AI something I already knew the answer to.
  10. My phone is within arm's reach right now.

Look at the ones you marked true. The more that there are, the more confirmation you have that the design is working the way it was built to work. That is not a personal failure. It is evidence of good engineering aimed at you.

TRY IT Look at the list again and of the ones you marked true, consider which your students could most easily observe. Is there a way you could work to shift that this week?

DECODE 2.2: Get Clear on Persuasive Design Tactics

Which design tactics can I name in the apps my students already use?

Products are designed on purpose.

Technology is designed intentionally, and the side effects are often not byproducts but part of the design. Many tech tools are built to ask you to check them, stay a little longer, and offload more of your time and cognition to them. This is standard, documented, and deliberate.

These tactics are not often taught explicitly, to children or to adults. But once we have names for them, they become easier to spot.

The Streak: Manufactured Loss Aversion

  • Mechanism: give the user a number that goes up, then make them afraid of losing it. Message streaks, lesson counters, daily login rewards.
  • In your room: our brains feel losses more intensely than gains. A student worrying about a streak is protecting something that feels like friendship or progress, built by design to bring them back.

The Progress Bar: The Just One More Trap

  • Mechanism: build a progress bar, then keep moving the finish line, often with a countdown attached. Battle passes, level progression, XP bars, seasonal events.
  • In your room: when a student says they need five more minutes, they are usually telling you the truth as they experience it. The bar makes finishing feel urgent even though there is no actual finish.

The Social Scoreboard: Belonging as a Game Mechanic

  • Mechanism: show who is online, who is waiting, who has the rare item, who is on the leaderboard.
  • In your room: this is why asking a student to stop can turn into a much bigger reaction than the request seems to warrant. For an adolescent whose social system is already on alert, stopping can feel like leaving people behind.

Frictionless Next: No Natural Stopping Point

  • Mechanism: remove every natural stopping point so the default is continuous use. Autoplay, auto-queued matches, next episode countdowns, infinite scroll.
  • In your room: students do not have to decide to keep going, they have to decide to stop, which is much harder for a brain still building impulse control. Earlier media had built-in endings. The show ended. The chapter ended. Now nothing ends unless someone stops it.

The Slot Machine: Variable Reward Schedules

  • Mechanism: offer unpredictable rewards. Sometimes something great, usually not, and the not-knowing is the hook. Loot boxes, daily rewards, egg hatches, algorithmic feeds.
  • In your room: when a student does not get the rare item, their brain does not register it as a loss. It registers as almost, and almost is what keeps them going.
TRY IT Play The Decode Agency yourself first, then run it with your class. Five cases, detective framing, built for kids and parents to spot the tricks apps use.

Before you play, ask students to name the apps and games they use most. Write the list where everyone can see it. As you work through the cases, match what students named to the tactics they find.

Find it here: https://decode-agency.courtneyhart.io/

DECODE 2.3: Ask It Something You Already Know

How would I know if this answer were wrong?

A fluent answer is not a verified answer.

AI tools generate language that reads as correct. That is what they are built to do. Whether the content is accurate is a separate question from whether it sounds accurate, and the tool gives you no signal about which one you are getting. It responds with the same confidence either way.

This matters in a classroom for a specific reason. A student asking about something they do not know yet has no way to catch an error. Neither does a teacher asking outside their own content area. The only reliable way to calibrate is to test the tool on ground you already stand on.

What These Tools Do Well

  • Draft, rephrase, and summarize text you can check yourself
  • Generate options when you are stuck, which you then filter
  • Explain a familiar concept a different way, which you can evaluate

Where They Get Unreliable

  • Citations, sources, and specific numbers, which are frequently wrong even when they look formatted correctly
  • Anything niche, recent, or specific to your school, curriculum, or state standards
  • Anything about your particular students, since it knows nothing about them
  • Confidently filling gaps rather than saying it does not know

These tools change constantly. Answers vary between tools and shift month to month, so what you see today may not match what a colleague sees tomorrow. That is a reason to keep testing, not a reason to stop.

TRY IT Pick one concept you teach and know cold. Ask the same tool three questions about it.
  1. Ask about the concept itself. Check it against what you know. Did it get the facts right? Example: "Explain the water cycle, including the main stages and what drives each one."
  2. Ask for a metaphor or analogy to teach it. Is it usable? Would you change it? Example: "Give me a metaphor to explain the water cycle to third graders."
  3. Now ask as if you were a student who is stuck. Use a temporary or incognito chat for this one, so the tool responds to you as a stranger rather than as a teacher it already knows. Use the words a student would actually use. Notice what it gives you, how confident it sounds, and whether it does the thinking for you. Example: "I don't get the water cycle. Can you help me with my homework about it?"

Then ask yourself which of the three you would trust in front of a class, and how a student would be able to tell the difference.

Free versions to try: Claude, ChatGPT, Gemini. School-approved education tools are built on these same models and work the same way underneath.

Do not enter student names or identifying details into any AI tool while testing. These tools retain what you tell them.

DEFEND

Protect Attention. Coach The Skills.

Make protecting attention part of classroom design.

DEFEND 3.1: Box Tech Times

Is this technology an ambient or intentional presence?

Off means off, not just shut.

An always-accessible laptop is an open loop, sitting idle and waiting. Boxing tech time creates predictable start and stop points, which gives students something to transition toward instead of something to be interrupted from.

Setting The Boundaries

  • Name the start and end time out loud and on the schedule
  • Create and protect tech-free zones and times
  • Turn your own screen off sometimes, too

Bringing Students In

  • What should the last two minutes before devices go away look like?
  • What do we do when someone forgets?
  • What happens when one person's screen is pulling attention from someone else?
  • What helps us come back and focus after tech time ends?

The school sets the what. Your class decides the how. Policy is not up for negotiation, but everything inside it can be theirs.

TRY IT
  1. Look at your weekly schedule and designate where tech blocks go, with a set start and end time.
  2. Put them on the visual schedule where students can see them.
  3. Announce them to students, then collaborate on how the class will navigate the new norms.

K-2: You propose, they add. Take two ideas, use their exact words, post with picture cues. Practice the transition once as a rehearsal, not a correction.

3-5: They generate, you narrow. Collect answers on the board, pick three the class agrees on, everyone signs. Revisit in two weeks and let them revise.

6-8: They draft, you hold the line. Be explicit about what is not up for negotiation before they go looking for the edges. Ask them to write what happens when the norms are not followed, which is the part they take most seriously.

DEFEND 3.2: Cultivate Anti-Fragility

Would my students gain more from real-world practice, movement, or peer interaction than from this technology?

Provide time for what screens can crowd out.

Learning to navigate complex social interactions takes thousands of hours of practice. Resilience is built the same way, through manageable amounts of stress, challenge, and friction. Both need room in the day that technology can quietly absorb. Your job during all of it is safety and coaching, not refereeing.

Prioritize

  • Recess, free play, outdoor learning
  • Partner work, cooperative games, group building
  • Student-led problem solving
  • Making, experimenting, trial and error

Avoid

  • Videos and apps that replace movement or play
  • Individual device work when collaboration would help
  • Adult or app-managed solutions to student problems
  • Digital replacement when hands-on is available
  • Becoming a referee or helicoptering
TRY IT Take one activity currently on a device and run it without one. Student-led problem solving instead of an app-managed solution, or partner work instead of individual device work.

Then notice:

  • Who struggled, and did they recover?
  • Did I step in as a coach or as a referee?
  • What did the friction produce that the smooth version would not have?

DEFEND 3.3: The Teaching Pivot: Controller v. Coach

Am I controlling the behavior or helping build a skill?

Navigating tech use is a life skill, and how you respond teaches the next response.

Have expectations and hold boundaries. Then shift the language, so what students hear is a reason rather than a rule. Controlling the behavior ends the moment. Coaching the skill is what they take with them.

Everyday Moments

  • "Your body is telling me the game is still in your head. Let's put it away together."
  • "That game wants you to keep playing. We get to decide."
  • "Screens are sleeping now. Our hands are ready."

Try having students show you with their bodies what "the game is still in my head" looks like, then what "ready" looks like. Or have them imagine boxing the game up and putting it on a shelf.

When A Student Tells You Something Hard

Students will make mistakes using technology. Your face, tone, and energy answer before your words do.

  • "I'm so glad you told me."
  • "The grown-ups are going to work together to help with this part."
  • "My job is to keep you safe, so I'm going to talk to ____."

Then follow your school's policy. Afterward, separate the problem from the person so it does not become the student's story. Close the loop with the student, family, or teaching team. A student can be upset with you and still come back to you.

SAY IT LIKE THIS Pick one phrase from your grade band and use it this week instead of the version you would normally reach for. Notice what changes in the student's response.