There’s a lot of talk right now about AI in education, how to use it, what to integrate, what the future of learning might look like. And that’s important. But lately, I’ve been thinking about something a little more human.

Are we giving students the space they need to actually focus?

We’re building smarter tools every day. But the school day? It’s still long. Still packed with back-to-back lessons. And for so many kids, there’s very little room to breathe. Little room to develop the kind of focus we expect from them.

This hit home for me recently when I started studying for an exam. It’s been a while since I’ve had to prep for a test, and honestly, it was a struggle. I’d sit down, start reading, and suddenly I was checking my phone, re-reading the same sentence, losing the thread completely.

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And I’m an adult with a fully developed brain and a decent understanding of how I work best.

So if I’m struggling to stay focused, what does that mean for students? Especially those navigating constant pressure to perform, engage, and keep up in a system that doesn’t always give their attention the time it needs to grow?

Here’s what we do know. Focus is a skill. One that develops over time and is deeply tied to executive function. According to research from Harvard’s Center on the Developing Child, skills like attention, self-regulation, working memory, and cognitive flexibility don’t just emerge on their own. They’re built through experience, routine, and supportive environments.

By age three, many children can begin directing their attention and following simple rules. By five, they’re developing the ability to hold multiple ideas in mind, shift between tasks, and manage their behavior. These are foundational learning tools. But they also take time to develop.

Yet in many classrooms, we expect kids to sit still and stay focused for long stretches without always giving them the space or tools to get there.

So what can we actually do?

One thing that’s helped me and that I think has real potential in schools is the

Pomodoro Technique. It’s not new. It’s not trendy. But it works. And it’s based on how our brains actually function, not how we wish they did.

The basic structure goes like this:

Focus for 25 minutes

Take a 5-minute break

After four rounds, take a longer break

It sounds simple, but it’s surprisingly effective. It respects our natural rhythm. Our brains need intervals of deep work and recovery. That’s true for adults. And it’s especially true for kids, whose executive function is still developing.

We’re already seeing pieces of this in classrooms, even if we don’t call it Pomodoro.

Teachers are Breaking lessons into smaller chunks Building in movement or mindfulness breaks Using centers or task cards with 20 to 25 minute rotations Helping students reflect, reset, and learn how to focus as a skill

This kind of structure doesn’t just support focus. It helps build attention, self-regulation, and executive functioning in ways that align with how kids actually grow and learn. Harvard’s research shows that these skills are strengthened through consistent routines, supportive environments, and opportunities to practice over time.

That’s why I’m encouraged by California’s Universal TK rollout. We’re finally starting to recognize that learning doesn’t begin with academics. It begins with readiness. Through play, kids are learning how to be in a classroom, how to share space, how to interact, and how to focus. That’s not just kindergarten prep. That’s life prep.

As we keep exploring AI, innovation, and new tools in education, I hope we’re also making space for this conversation. Tech can do a lot. But it can’t teach kids how to focus. That’s still our job.

And if we don’t give students the time to breathe, reset, and build the very skills we want them to have, no amount of AI is going to make up for that.

We need to be just as thoughtful about how students learn as we are about what they learn.

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Last winter, I took a chance on something different.

I brought a VEX Robotics challenge to our school—not during the school day, and not with a formal team. I offered it through our afterschool program, where most students had never even heard of VEX before. And honestly? That’s what made it meaningful.

This wasn’t about forming a competition team or chasing trophies. It was about exposure, access, and letting students see themselves in spaces they might not have imagined before.

Across Orange County, robotics programs are thriving. Schools like Crescent Elementary in Anaheim have built strong, well-established VEX IQ programs. Their students regularly compete at high levels—even qualifying for the VEX World Championships. And while that kind of support is incredible to see, it also raises the question: why isn’t this level of access the norm for all students?

In California, we’ve committed to standards that emphasize real-world application, deeper thinking, and STEAM integration. The Math Framework pushes for understanding over memorization and calls for students to engage in collaborative, complex problem-solving. Our STEAM standards focus on creativity, innovation, and connecting disciplines. But these goals only matter if they’re actually being brought to life in the classroom—or in this case, after school.

That’s exactly what we set out to do.

We had 25 students jump in—many with zero experience in coding or robotics. What they did have was curiosity. They named their bots, decorated them, and quickly started seeing themselves as engineers and designers. We used a simple rubric to guide the experience, focusing on teamwork, creative thinking, and perseverance.

By the end of the program, students were confidently using math concepts—measuring, adjusting angles, exploring cause and effect through gears and sensors. But it didn’t feel like a math lesson. It felt like solving real problems. That’s when the learning sticks.

This is what equity looks like in action: not just access to materials, but access to relevant, meaningful learning that reflects the world students are growing up in.

Because the truth is, we’re preparing students for a future where artificial intelligence, automation, and technology will touch every part of their lives. They’ll need more than content knowledge. They’ll need to be adaptive, empathetic, creative thinkers. And that’s why design thinking matters now more than ever.

Design thinking isn’t about getting the right answer—it’s about asking better questions, testing ideas, and learning through iteration. It mirrors the kind of mindset we need to cultivate if we want students to lead, not just follow, in tomorrow’s workforce.

You don’t need a huge budget or perfect setup to start. What matters is giving students the chance to engage, explore, and grow. When they start seeing themselves as capable of designing, solving, and building—they carry that with them long after the lesson ends.

Want to read more about project based learning click the link below:

Project based learning

This isn’t just about robotics.It’s about reimagining what learning can look like when we lead with curiosity, creativity, and high expectations for every learner.

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Teaching at a Title 1 school comes with a lot of challenges—low test scores, limited resources, and a system that often prioritizes standardized testing over creativity. But I’ve always believed that project-based learning (PBL) isn’t a luxury—it’s a necessity.

When students learn through experience, something shifts. The lesson isn’t just words in a textbook; it becomes something real, something they can touch, build, and explore. But in schools like mine, where the focus is often on catching students up rather than pushing them forward, PBL gets pushed to the side.

That’s why I decided to shake things up. Instead of just talking about space, I turned my classroom into a galaxy of its own.

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The Space Room Project: Bringing the Universe to the Classroom

I’ve always been obsessed with space—the vastness, the mystery, the way it makes you feel both tiny and limitless at the same time. I wanted my students to feel that, too. Not just hear about it, but experience it.

So, we got to work.

Over the course of two months, my students and I transformed a plain classroom into a full-blown space exhibit. They painted planets, built Mars rovers out of recycled materials, and carefully speckled stars across giant sheets of black paper. The walls turned into the solar system, the floor became the surface of Mars, and by the end, you couldn’t step inside without feeling like you were drifting into deep space.

I watched students who normally struggled with focus get completely lost in the process—mixing paint, measuring planet sizes, debating which moons to include. Older students helped younger ones, guiding them through each step. Kids who weren’t even in my program would peek in and ask, “Can I help?”

And then came the big moment—the day the Space Room opened.

Class after class came in, eyes wide, whispering "whoa" under their breath. They took their seats on star-shaped stickers as I placed glow-in-the-dark stars on their hands. The instrumental version of A Sky Full of Stars played softly in the background.

Then, I guided them through a “Star Dance.” Their hands became rising stars, twinkling stars, falling stars, and finally imploding supernovas. In those few minutes, they weren’t just students in a classroom—they were part of something bigger.

Then, I asked one student to take a pinch of salt from our Mars corner and blow it into the air.

"Can you see it?"

They squinted, searching. "No."

I smiled. "That’s Earth compared to the universe."

Next, I played a video zooming out from Earth, past the planets, past the farthest reaches of our solar system. As the screen faded to black, I asked:

"Can you still see Earth?"

Heads shook. Earth—our home, everything we know—was just a tiny speck in the vastness of space.

That was the moment. The moment I saw it click.

Some students sat in silence, completely lost in thought. Some whispered, “That’s crazy.” A few asked questions—deep, thoughtful ones—about space, about black holes, about what else is out there.

And that’s when I knew—this is what learning should feel like.

Why This Matters

This wasn’t just about space. It was about curiosity. It was about giving students a chance to wonder, to ask questions, to see themselves as part of something bigger.

And here’s the thing—PBL isn’t just “fun.” It works.

• Research shows that students involved in hands-on space education projects see a 25% boost in critical thinking skills and score higher in science and math.

• Schools that integrate project-based learning see higher engagement and better academic outcomes—especially in underserved communities.

• Studies have found that when students learn about the vastness of space and the “Overview Effect” (the way astronauts see Earth from space), they show increased empathy and a stronger sense of global citizenship.

But beyond the numbers, I saw it firsthand. Students who normally sit in the back and barely participate were suddenly leading conversations. A Kindergartener student, usually quiet, couldn’t stop talking about Saturn’s rings. Sixth graders—too cool for everything—stuck around after the exhibit to ask more questions.

These kids, many of whom never saw themselves as "science kids," suddenly felt like scientists.

The reality is, project-based learning shouldn’t be a rare thing. It should be part of every classroom, in every school. But in places like Title 1 schools, where resources are stretched thin, PBL is often seen as an extra instead of an essential.

But what if we changed that?

What if we made space for more hands-on learning, more creativity, more opportunities for students to experience learning instead of just memorizing it?

The success of the Space Room Project showed me that it’s not just possible—it’s necessary. And while I pieced this project together on my own time, imagine what could happen if more schools had the funding, the flexibility, and the support to make PBL a priority.

What if more classrooms could be turned into space stations, rainforest ecosystems, or historical time machines?

What if we stopped thinking of project-based learning as a “nice-to-have” and started seeing it as what it really is—one of the most powerful ways to teach?

One Final Thought

As my students left the Space Room, I gave them one last message:

"Never stop reaching for the stars. Even if they seem just out of reach, you’ll still go further than if you never tried at all."

Because who knows? Maybe in 30 years, one of my students will be studying space, working at NASA, or engineering the next big discovery.

And maybe—just maybe—this was the moment their spark was ignited.

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Not all schools across the United States have the same proportion of Multilingual Learners (MLLs), and that’s why it’s so important to have consistent and effective supports in place for these students. Some states, like California, Texas, and Florida, have a high density of English Language Learners (ELLs) and more robust training requirements for teachers. However, this isn’t the case everywhere. Many states have fewer ELLs, and sometimes that means fewer resources and training for educators.

The Reality of MLL Populations Across States

As of the 2021–2022 school year, the states with the largest populations of MLLs in K-12 public schools include:1

• California: Approximately 1.1 million ELL students, accounting for 18.9% of the state's total student population.

• Texas: Approximately 1 million ELL students, representing 20.2% of the state's total student population.

• Florida: Approximately 300,000 ELL students, making up around 10% of the state's total student enrollment.

These numbers show just how important it is to provide tailored educational support that meets the diverse linguistic and academic needs of our students. For more in-depth data, check out the article "The English-Learner Student Population, in Charts" by Ileana Najarro on EdWeekly.

Why State Requirements Vary

In states with large populations of MLLs, teachers are often expected to have specialized training. For example, in California, educators must have a CLAD (Crosscultural, Language, and Academic Development) certification to ensure they are equipped to scaffold instruction, promote academic language development, and bridge cultural gaps. Some states may offer similar certifications, but it’s not a given. Many states only require a basic ESL (English as a Second Language) or ELL endorsement, which might not offer the same depth of training.

Policy and Immigration: The Ever-Changing Landscape

Educational policies are constantly evolving, and shifts in immigration patterns often influence how schools approach ELL instruction. States like California, with high populations of immigrants and ELLs, tend to have more comprehensive support plans. But in states where the ELL population is smaller, educators might not receive the same level of training or resources, leading to inconsistent support for students.

The GO TO Strategies: A Practical Resource for All Educators

During a recent professional development session, a matrix from the GO TO Strategies toolkit was shared. Even as a credentialed educator in a state with a large MLL population, I found it to be a great reminder and an easy tool to reference when lesson planning. Developed through Project EXCELL, this resource offers practical instructional strategies to scaffold content and language input for ELLs. The strategies align with five key principles:

a. Focus on Academic Language and Vocabulary: Prioritize teaching the specific language needed for academic success.

b. Link Background Knowledge: Build connections between what students already know and new content.

c. Provide Comprehensible Input: Use visuals, modeling, and clear language to make content accessible.

d. Promote Student Interaction: Encourage structured opportunities for students to use language in meaningful ways.

e. Utilize Formative Assessment: Regularly assess understanding and adjust instruction as needed.

What I love about these strategies is that they’re not just for ELLs—they work for all students. They’re flexible and can be adapted to any teaching environment, whether you’re in a state with lots of resources for ELLs or you’re having to find your own.

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Whether your district offers robust support for Multilingual Learners (MLLs) or you find yourself seeking out resources independently, differentiation is key. All educators play a vital role in helping ELLs thrive academically and socially. By integrating proven strategies like the GO TO Strategies, we can create inclusive learning environments that honor diversity and promote equity in education.

What strategies have worked for you in supporting ELLs in your classroom? I’d love to hear your thoughts below!

Sources:

Levine, L. N., Lukens, L., & Smallwood, B. A. (2010). The GO TO Strategies Matrix: Scaffolding Options for Teachers of English Language Learners, K-12. Project EXCELL.

Najarro, I. (2024, June). The English-Learner student population, in charts. EdWeek. https://www.edweek.org/teaching-learning/the-english-learner-student-population-in-charts/2024/06

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In just a few weeks, one of my biggest projects of the year will finally come to life—an interactive space exhibition designed to ignite curiosity and excitement about the cosmos. But this isn’t just another classroom lesson. It’s a hands-on, immersive experience where students from TK through 6th grade will step into the wonders of space in a way that feels real and inspiring.

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On the final day of this month, over 800 students and parents will walk through our transformed classroom, experiencing space like never before. Teachers have been invited to bring their students for a 20-minute interactive journey, where they’ll engage with:

• An interactive light show simulating space travel

• Hands-on activities, including building models of Jupiter’s moons

• A classroom-turned-space-hub filled with student-created displays

Bringing Space to Life

This project has been a true labor of love. Over the past few weeks—often using my lunch breaks—I’ve worked to turn an ordinary classroom into a mini space exploration center. Students have:

• Created an asteroid belt

• Learned about planets and dwarf planets

• Designed rocket ship murals

• Engaged in space-themed activities that make learning fun and meaningful

And so much more.

For me, this exhibition isn’t just about teaching facts—it’s about sparking imagination, creativity, and a love for STEM. But as I got closer to the big day, I found myself wondering:

Was all of this effort really worth it?

I spent countless hours stapling murals to the walls, cutting out planets, and setting up interactive stations. Would the students actually feel the magic of space the way I hoped?

Then, last week, a few students gave me my answer.

Some proudly showed me space books they had checked out from the library. Others handed me drawings they had made just for me. And then, a kindergarten student, an English language learner who had only recently begun speaking English, tugged at my sleeve and held up her picture.

“Look, Mrs. B! I drew us in space together. You see the sun and Saturn?”

That’s when I knew: it was all worth it.

Why Should Students Learn About Space?

Space has always captivated human imagination—from ancient civilizations mapping the stars to today’s missions exploring Mars. But beyond its mystery and wonder, space education plays a critical role in shaping future innovators.

1. It Encourages Curiosity and Exploration

Space is filled with big questions:

• How did the universe begin?

• Is there life beyond Earth?

• What will future space travel look like?

When students learn about space, they’re encouraged to think beyond what they know, ask deep questions, and seek answers—skills that are valuable in any field.

2. It Develops Critical Thinking and Problem-Solving Skills

Space exploration is one giant problem-solving mission.

How do we design a rover that can survive on Mars? How can astronauts grow food in space? Every breakthrough in space science requires innovation, creativity, and critical thinking—the same skills students develop when they engage in space education.

3. It Connects to Real-World Applications

Space research isn’t just about rockets and astronauts. It has shaped everyday technology, including:

• Weather forecasting

• Medical advancements

• Even the cameras in our smartphones

Helping students see these connections makes science and engineering feel real, relevant, and exciting.

4. It Inspires the Next Generation of Scientists and Engineers

Many of today’s space pioneers—NASA scientists, SpaceX engineers, astrophysicists—were once kids who looked up at the stars in awe.

Introducing students to space early can ignite a lifelong passion and even lead them into STEM careers.

5. It Fosters a Global and Universal Perspective

Studying space reminds us that we are part of something bigger. It encourages students to think beyond themselves, beyond their town, beyond even our planet.

It helps them see the importance of:

• Global collaboration

• Sustainability

• Our shared responsibility for the future

The Future Starts with Curiosity

"The future of humanity is in the stars." – Stephen Hawking

When students explore space, they’re not just learning about planets and galaxies—they’re developing the curiosity, resilience, and problem-solving skills needed to tackle real-world challenges.

Whether they grow up to be scientists, engineers, teachers, or creators, space education lays a foundation for discovery, innovation, and imagination.

What do you think?

How has space education inspired you or your students?

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My Journey to Better Organization
As someone who has always leaned more toward the creative side, organization was never my strong suit. During a brief time I left teaching to explore project management, I learned a valuable skill: how to prioritize tasks and structure my to-do lists for increased productivity. Although I wouldn't label myself as a "Type A" personality (I'm definitely more of a Type B), the experience taught me how to juggle multiple tasks more effectively. While we used a more rigorous program at work (Jira), I quickly realized that Trello—created by the same company, Atlassian—offered a user-friendly option that could benefit everyone, especially educators.

There are many task management platforms out there—Asana, Todoist, and others—but for the purpose of this post, I’ll focus on Trello, since it’s the one I’ve used most extensively.

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The Psychology Behind Writing Things Down

How often do we find ourselves juggling mental to-do lists, replaying tasks over and over in our minds, constantly trying to remember every little thing? It’s easy to fall into the trap of mentally rehearsing what needs to be accomplished. Yet, cognitive psychology reveals a powerful insight: “offloading” tasks—whether by writing them down or organizing them visually—can drastically reduce our mental load.

This concept is at the heart of productivity systems like David Allen’s Getting Things Done (GTD), which emphasizes the importance of externalizing tasks. When we write things down or use a tool like Trello to organize our responsibilities, we free our brains from having to constantly track and retain those details. This simple act of externalization not only reduces mental clutter but also lowers stress, creating valuable cognitive space.

With less mental energy spent on remembering tasks, we are able to focus more deeply on what truly matters—whether that’s engaging in creative problem-solving or, in the case of educators, being fully present with students. By placing tasks into a system you can trust, you’re not just simplifying your workload—you’re granting yourself the mental freedom to be more intentional in everything you do.

Why Trello Works for Educators

Educators face a constant balancing act—lesson planning, grading, meetings, classroom management, and interventions. With so many responsibilities, it’s easy to feel overwhelmed. That’s where Trello comes in. It’s a flexible, easy-to-use digital task management tool that offers organization, collaboration, and accessibility.

Here’s how it can transform your workflow as an educator:

• Lesson Planning & Curriculum Mapping
  Create boards for subjects or units and individual cards for each lesson. Attach lesson plans, standards, and resources all in one place, streamlining planning and reducing the clutter of papers or endless folders.

• Student Progress Tracking
  Create cards for individual students or intervention groups. You can document progress, track interventions, and monitor skill mastery, all while collaborating with support staff and identifying trends.

• Classroom & Behavior Management
  Dedicate a board to behavior tracking, where you can log observations, track interventions, and celebrate positive behavior. Share data with the behavior team or counselors to provide more effective student support.

• Professional Collaboration
  If you work in teams, Trello makes it easy to share meeting agendas, assign tasks, and follow up on action items. It’s perfect for Professional Learning Communities (PLCs), department meetings, or school-wide initiatives.

• Organizing After-School & Extracurricular Programs
  Whether you’re running a STEM club, like a robotics competition, or organizing an immersive space exhibit, Trello can help manage schedules, resources, and student participation.

Reducing Mental Clutter for More Student Engagement

The most important benefit of using a task management system like Trello is the mental space it frees up, allowing you to focus on your students. When you’re not juggling a dozen tasks in your head, you can be more present—delivering engaging lessons, responding to student needs, and fostering meaningful connections.

Final Thoughts

Educators give so much of themselves to their students, and managing the chaos of daily responsibilities shouldn’t come at the expense of your well-being. A task management system like Trello isn’t just about staying organized—it’s about reducing mental clutter, minimizing stress, and ultimately creating a better learning environment for both teachers and students.

Ready to give it a try? Start small by setting up a Trello board for your weekly lesson plans or a simple to-do list. Your brain—and your students—will thank you.

What are your thoughts? How do you manage your tasks and stay on top of everything in the classroom? Share your tips or thoughts in the comments—I’d love to hear how you stay organized and what tools work best for you! Let’s keep the conversation going.

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As educators, we understand that the classroom environment plays a key role in student success. But have you ever considered how your seating arrangements might be affecting your students' relationships, sense of belonging, and behavior? Research on social-emotional learning (casel.org) shows that a student's ability to learn is deeply connected to the environment around them.

Enter the sociogram: a visual representation that maps out the social connections within your class. By using this simple tool, you can unlock key insights into group dynamics and make more informed instructional decisions.

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What Can a Sociogram Tell You?

• Who interacts with whom: Which students work or socialize together most often?

• Social structure: Are certain students isolated, or are there group leaders influencing others?

• Social roles: Who takes charge in the group? Who is more withdrawn?

Why Seating Matters for Learning & Behavior

A supportive classroom environment is essential for student learning, especially when it comes to social-emotional development. Students need to feel safe and supported before they can take risks and master new skills.

A sociogram can provide a deeper understanding of how your seating chart might impact:

• Group dynamics: Where are the “popular” students sitting? Does this influence behavior or interactions?

• Behavioral insights: Are students with challenges isolated, or do they sit near more influential peers? Changing seating arrangements can shake things up in a positive way, encouraging fresh interactions.

The Sociogram Activity: Mapping Classroom Relationships

Start by identifying the students who are most connected in your class—these are the ones that other students tend to gravitate towards. Now, look at your seating chart:

• Are these “popular” students sitting near you or are they out of sight in the back?

• Does the seating arrangement highlight any patterns in behavior? Do students with challenges sit near more popular students, or are they isolated? This activity gives you a snapshot of the current social structure and can reveal potential opportunities to improve group dynamics.

Mixing Things Up: Why It’s Important

Once you have these insights, consider adjusting your seating arrangements. It’s important to mix things up, but don’t switch seats on a whim—students need time to adjust. Think of it like changing furniture in your home: it takes a little time to get used to the new arrangement. Likewise, students need time to adjust to new groupings.

Ask yourself:

• Are students interacting with a variety of peers throughout the day?

• How can you create more balanced seating arrangements to encourage positive interactions?

• Are students with behavioral challenges seated in ways that minimize distractions and maximize support?

Causation vs. Correlation: What’s the Difference?

Keep in mind that seating arrangements are not a cure-all. Just because a student is seated next to a popular peer doesn’t mean their behavior will automatically improve. However, seating decisions can encourage positive interactions, foster a sense of belonging, and provide the support students need to thrive.

Remember, sociograms provide a snapshot of group dynamics, but other factors like socioeconomic status, personality traits, and past experiences can also influence student behavior and interactions. A sociogram is just one piece of the puzzle.

Take Action

Next time you look at your seating chart, don’t just see rows of desks—see opportunities to foster stronger connections, better behavior outcomes, and a greater sense of belonging. Use the sociogram approach to better understand your classroom dynamics, mix things up, and make informed instructional decisions. The way you seat your students can have a profound impact on their success in and out of the classroom.

What do you think? Are your seating arrangements encouraging the classroom dynamics you want to see?

Let’s discuss in the comments!

CASEL. (n.d.). What is SEL? Collaborative for Academic, Social, and Emotional

Learning. https://www.casel.org/what-is-sel/

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During a recent district-wide professional development session, we explored the Knoster Model for Lasting Change, a framework designed to guide meaningful transformation. Developed by Tim Knoster, this model identifies five essential components for implementing lasting change: vision, skills, incentives, resources, and an action plan. It builds on Dr. Mary Lippitt’s "Managing Complex Change" model (1987), which emphasizes these same elements as critical to success.

Now, let’s apply this concept to teaching.

If you've ever taught a lesson and been met with blank stares, you know that moment of doubt—it feels like you’re suddenly speaking a different language. Instantly, questions flood your mind:

• Was the content too advanced?

• Did my students have the skills to engage with it?

• Was my pacing appropriate?

• Did I deliver the lesson effectively?

It’s frustrating, and let’s be honest—defeating. But that’s where the Knoster Model comes in. It’s like a roadmap that helps break down change into a structured, thoughtful process rather than just throwing a new strategy at the wall and hoping it sticks..

The 5 Key Components of the Knoster Model

• Vision

• Skills

• Incentives

• Resources

• Action Planning

Applying the Knoster Model to Teaching

Vision

First, we need a clear and shared vision. If you've ever led a group—especially younger students—without a clear goal, you know how quickly things can become chaotic. Whether it’s working toward a classroom objective or meeting district standards, everyone—teachers, students, and administrators—must be aligned. Without a unified vision, it's like following a treasure map while half the group is reading it upside down.

Skills

We can’t just wish for change—we need the skills to make it happen. Professional development and ongoing training are essential. Teachers need tools to implement new strategies, whether it’s introducing new tech, refining curriculum, or improving pedagogy.

And if something doesn't make sense? It’s okay to ask for support. Let’s be real, sometimes you don't know what grade you'll be teaching until the beginning of the school year! A teacher at one of the schools I worked at was hired as a kindergarten teacher and had to transition into teaching 6th grade after the first week of school : transitioning to teaching lower grades can be a huge shift. One day, you’re diving into letter sounds, and the next, you’re dusting off your knowledge of decimal division. We’ve all had to brush up on skills!

Incentives

Change is hard, so motivation is key. Incentives can come in different forms—seeing engaged students, receiving peer recognition, or just experiencing that “aha” moment when a student finally gets it.

And let’s be honest, sometimes teachers need their own growth mindset too. I always think about that Abbott Elementary Episode where Mrs. Howard says, “Well, it worked before, so why change it?” Embracing change takes encouragement, and that’s where incentives play a big role.

Resources

Here’s the thing—resources matter. Teachers need time, materials, and support to implement change effectively. Otherwise, it’s like trying to run a marathon in flip-flops—you might finish, but it’ll be way harder than it needs to be.

Proper resources—whether it’s planning time, collaboration with colleagues, or administrative support—can make all the difference between effective implementation and another initiative that fizzles out.

Action Planning

Finally, we need a clear action plan. Change doesn’t just happen—it requires structure. A well-thought-out plan helps break things down into manageable steps, making the transition smoother.

Think of it like driving across town. You could wing it, but using a GPS (aka a strategic plan) makes the trip a whole lot easier.

The Power of Reflection and Adaptation

One of the most valuable lessons I’ve learned is that meaningful change takes time—whether it's personal growth or a school-wide transformation, it doesn't happen overnight. The Knoster Model serves as a powerful reminder to slow down, reflect, and adapt, embodying the essence of a true growth mindset.

By applying this model, educators can identify the root causes of learning breakdowns and develop targeted strategiesto ensure lessons are clear, engaging, and accessible for all students.