Cross-Curricular | 51̽��

Coming Soon for 2026:��Science��Techbook

David Bryan — Thu, 12 Mar 2026 21:22:22 +0000

Key takeaways

Approachable Tier 1 instruction motivates students to keep learning
Lessons build foundational math and literacy skills along with science and critical-thinking skills
Teachers benefit from an intuitive interface, slideshow format lessons, and a range of time-saving tools and supports

What’s New for 2026

51̽�� is constantly working to improve our programs so that teachers can be even more effective and students can make greater progress. Science Techbook is no exception! During the 2026–2027 school year, we’re launching a brand new program based on feedback from educators and leaders like you. We’ve heard that you want:

Ways to engage and motivate students each day
Help building foundational math and literacy skills
Reduced teacher workload and more instructional impact

How will the new Science Techbook address these priorities? Let’s look at three areas we’re especially excited about: motivating students with approachable Tier 1 instruction, strengthening critical-thinking and core skills, and empowering every educator.

Motivate Students with Approachable Tier 1 Instruction

When learning is engaging, relevant, and developmentally appropriate, that’s a recipe for capturing student interest and motivating them to continue exploring. Science Techbook provides phenomena-driven storylines with hands-on activities and interactives that��ask students to take on the role of scientist or engineer. They get to make discoveries by asking questions, investigating, analyzing, and collaborating. These types of authentic, yet accessible, experiences with science content help learners better understand and retain concepts—plus, they’re fun!

Strengthen Critical-Thinking and Core Skills

Phenomena-based instruction in Science Techbook asks students to solve real-world problems, during which they develop their critical-thinking skills. Teachers can extend learning by incorporating STEAM Project and STEAM Careers activities, which help students grasp the how and why behind STEAM and engineering topics (and don’t require extra work from teachers!).

That’s not all phenomena-based instruction can do. It also puts math and literacy practice into context to help students understand and remember. And since Science Techbook lessons naturally incorporate math/ELA standards, teachers can reinforce multiple skills at one time. Here are some examples:

Authentic, Applicable Math

Students collect and analyze data as they conduct hands-on and virtual investigations. They also learn to use mathematical models to explain scientific phenomena.

Lifelong Literacy Skills

Learners complete readings after hands-on experiences that introduce phenomena, so they have context for what they’re reading about. They also have accessible ways to improve their literacy skills with lessons presented in slideshow format and tools such as interactive glossaries and the Immersive Reader. With before, during, and after literacy strategies, teachers can focus on vocabulary, fluency, comprehension, and phonics.

Empower Every Educator

Regardless of their background or experience,��educators can make an instant impact��ɾ��ٳ� Science Techbook’s classroom-ready lessons offering implementation guidance. Slideshow format lessons with hands-on activities and an intuitive interface translate into less time needed for planning and prepping! What’s more, clear time estimates, lesson sequencing, and built-in scaffolds help teachers stay on track and meet instructional goals.

Incorporate Three-Dimensional Learning

Three-dimensional learning aligned to the NGSS is built into Science Techbook: you’ll find science and engineering practices, crosscutting concepts, and disciplinary core ideas in embedded, point-of-use notes and prompts. Plus, discussion prompts throughout lessons offer helpful ideas for getting students to talk about the science they’re doing with peers.

We’ve got an interactive overview of our new program that you can check out.

Would you like to get a more in-depth look at the new Science Techbook?��Watch our on-demand Engage K-12 webinar!��

Watch Now

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Engage K–12 Webinar: 51̽��Experience��

David Bryan — Thu, 26 Feb 2026 18:08:20 +0000

Key takeaways

Experience helps educators deliver Tier 1 instruction that’s engaging and relevant—a key to making learning stick.
Expanded Curriculum-Aligned Resources, Curated Content Collections, and high-interest, high-quality content support intentionality when planning and delivering instruction.
Career-connected learning that builds future-ready skills continues to be a focus with new and updated resources to capture student interest.

Access all on-demand Engage K–12 sessions.

The second session of the K–12 webinar series focused on how 51̽�� Experience helps educators power student progress every day. Lance Rougeux, SVP, Curriculum Instruction & Student Engagement at 51̽��, kicked things off by mentioning two big themes for 2026: 1) ensuring Tier 1 instruction is supported well with resources that are intentional about saving teachers time, and 2) keeping learning engaging with relevance and connections to students’ lives.

Strengthen Back to School 2026 with Experience

Kyle Schutt, Senior Director, Instructional Design at 51̽��, took over to talk about what’s new in Experience for Back to School 2026. He led by pointing out that Experience strengthens what matters most in classrooms: daily instruction. It helps teachers engage students by activating thinking, building background knowledge, and giving opportunities for extension and connecting learning to the real world.

Improve Tier 1 Instruction with Curriculum Aligned Resources

For example, the new Curriculum Aligned Resources align ��Գ��’s supplemental resources to widely used core curriculum programs. Mr. Schutt said, “They help save your teachers time when they’re looking for ideas to spark that extra little bit of engagement in the classroom and get students interested, or when they’re trying to augment and supplement what your program has and bring a lesson or activity grounded in high-quality media directly into their instruction.” He noted that 51̽�� will continue to expand Curriculum Aligned Resources throughout 2026 and spoke briefly about resource options like videos, activities, and reading passages.

Meet a Variety of Student Needs with Curated Content Collections

Now Experience is introducing curated content collections of age-appropriate, standards-aligned videos, activities, and resources—all grouped by topic. Teachers can use them to build background knowledge, support small-group instruction, and assign extension activities without needing to filter search results. Curated content collections are especially suited for differentiation, giving teachers an easy way to provide content to meet individual needs while staying connected to the day’s instructional goals. Mr. Schutt said, “We’d encourage you to think about these as learning playlists.”

Support Learning That Sticks with High-Quality, High-Interest Content

Throughout 2026, 51̽�� will continue to add more high-quality, high-interest content in Experience to support educators’ lesson cycles. The goal is always intentionality, whether for activating thinking at the beginning of a unit or providing extra practice for students who are struggling.

Move from Planning to Teaching More Easily

Mr. Schutt noted that 51̽�� strives to ensure technology simplifies and personalizes the work that goes into teaching. Based on educator requests, the team has made the search interface faster and cleaner in addition to streamlining the process of navigating Experience. Here the goal is to provide more context for how content is integrated into teacher lessons. Mr. Schutt closed with a request for continued feedback from educators that 51̽��’s team can use to inform future updates and better meet planning and teaching needs.

Explore and register for additional Engage K-12 webinar sessions!

Drive Career-Connected Learning

Joanne da Luz, Senior Product Manager, stepped in to look at how Experience continues to help students make meaningful connections between what they’re learning and why it matters outside the classroom, which also makes learning stick.��

Ms. da Luz stated, “We know how important future-ready skills are, especially as districts tell us how important those skills are for navigating a world powered by AI. We are focusing on making these connections across math, ELA, science, and social studies.” Experience gives teachers intentional resources related to careers for students of all ages.

Deliver Hands-on Learning with Mini Career Quests

DE’s new Mini Career Quests are short, interactive explorations for elementary students that let them explore real-world roles and complete related hands-on challenges. These types of experiences connect classroom skills to jobs like junior field scientist or data analyst. What’s more, educators will love that they are flexible and an easy lift.

Explore Career Pathways in Daily Instruction

Even the youngest students can start building future-ready skills like communication and curiosity with Super Skills Story Cards: short, illustrated stories that also offer guidance and standards alignment for teachers.��

Elementary students can now use Career Finder to discover potential careers based on their individual interests. Teachers have a fun, interactive way to help learners imagine who they might become.��

Target secondary students with the Career Conversation Collection, a curated set of ready‑to‑use resources that support internship preparation, capstone projects, and career‑focused seminar courses. It offers prompts and activities that let students practice workplace skills, such as asking questions, reflecting on strengths, or preparing for an interview.

Get Input from Workplace Professionals

Live guest speakers from many different industries can virtually visit classrooms with DE’s regularly updated Career Connect. It’s faster than ever for teachers to find speakers: they simply choose a theme based on their curriculum and then submit a request—Career Connect handles the rest.

In conclusion, Ms. da Luz said it’s easier than ever to “build a cohesive, K–12 pathway for career-connected learning” with the updates to Experience.

Closing

Mr. Rougeux took over to bring the webinar to an end, reiterating 51̽��’s commitment to supporting great teaching and meaningful learning. Specifically, by helping educators strengthen Tier 1 instruction, deepen student engagement, and connect classroom learning to the real world. He also pointed out that all of the updates covered were shaped by feedback from leaders and teachers and that DE is grateful for the continuing partnership with educators that makes greater impact on students’ lives possible.

Access all on-demand Engage K–12 sessions.

51̽�� Host and Presenters

Lance Rougeux, SVP, Curriculum Instruction & Student Engagement

Kyle Schutt, Senior Director, Instructional Design

Joanne da Luz, Senior Product Manager

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The ART of Kindness: One Educator’s Reflections

Dr. Jocelyn Gordon — Mon, 16 Feb 2026 21:44:13 +0000

Imagine a life where intentional kindness drives every interaction and inspires authentic change every day. That is my goal for you: to make purposeful kindness a passionate part of your daily routine.

Have you ever said:

�� “I want to make a difference in other people’s lives.”
��“I dread Mondays and just look forward to Fridays.”

Have you ever said:

“I wish my students or colleagues could see the value they bring to our culture and climate”?
“I’d love to have a better relationship with the local community.”

If so, you are in the right place!

I recall the day one of my former principals asked me to serve as the advisor for The National BETA Club, and I was given the task of leading over 300 students in grades 9-12 at a time when our lives were restricted due to remote learning. Although I had no clue how to lead students during this time, I quickly began assessing and designing a plan to engage our students and faculty members in “The Art of Kindness.” ��

The BETAS completed various initiatives to support “The Art of Kindness.” ��They focused on three of the four BETA Club pillars to foster character, leadership, and service throughout the school year. Students collected and created Valentine’s Day cards, coloring books, candy, crayons, and games. We celebrated counselors during National Counselor Week by decorating their conference room, providing snacks throughout the week, decorating their doors with words of appreciation, and sending cards.

“The Art of Kindness” transformed the culture and climate, developing authentic leaders during challenging times. As a result, I built strong relationships with students, parents, and the local community, and we genuinely transformed participants’ mindsets about the power of kindness. Five ways to foster kindness in a classroom, school, or community include:

A wall or bulletin board of appreciation creates a safe space and evolves within the school’s ecosystem will uplift the stakeholders in the building. Utilize the morning announcements or your school’s weekly newsletter to remind students and teachers to pause, read, and reflect!

Seeking donations from local businesses is a great way to promote goodwill and build community relationships. Also, encourage students to volunteer with local businesses, churches, or community centers to assist with food drives, toiletries, reading books, tutoring students in after-school care, and clothing giveaways. ��For example, the BETAs wrote a grant through the city to supply, “Books and Blankets to Pilgrims’ Inn.”

A Kindness Appreciation Week fosters innovation and builds unity within the school community. Student leaders can create specific acts of kindness for each day of the week. It’s a great way to celebrate all stakeholders in the building!��

Collecting perishable food items is integral to local communities. We witnessed this when we gave to the Rock Hill Community Fridge and The Mercantile in Rock Hill, SC, which provides free food to those in need and offers information on how to host a fridge or adopt one for the week.

The Art of Kindness Campaign is an opportunity for stakeholders to randomly share a 30-second video on various ways to intentionally exemplify kindness daily. For example, students could volunteer by participating with a local church, such as New Mount Olivet A.M.E Zion Outreach Ministry at the Olive Branch Facility, during the Toiletries and Clothing Giveaway.

As you move forward, I hope you choose kindness every day. Remember, even the smallest acts can spark lasting change, build stronger relationships, and create a more connected and compassionate community. The power to make a difference is in your hands. It starts with you!

Dr. Jocelyn Gordon is the Innovation & Content Integration Science Specialist for Clover School District in Clover, South Carolina.��

Prepare Students for the Future with Engaging, Curriculum Aligned Resources

Learn More

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How to Integrate EdTech into Curriculum

David Bryan — Mon, 02 Feb 2026 18:14:57 +0000

Key takeaways

Start EdTech integration into curriculum by clarifying what you already have, then anchoring every digital activity to a standard and clear definition of student success.
Place EdTech into the right instructional moment to support instructional adjustments that yield the greatest student impact.
Combine repeatable routines, “one lesson, three paths” differentiation, and reflection and reuse for sustainable integration with less planning time.

EdTech may be essential for teaching in the classroom, but are you making the most of what you’re currently using? Or are you struggling to make sense of district-approved digital programs and resources? Whether you’re a new teacher who’s still figuring out exactly how their classroom will work, or you’re ready to maximize student impact, a little guidance can go a long way. Let’s look at one specific aspect of teaching with technology, integrating EdTech into curriculum, and identify ways to do so that boost student progress and reduce your workload.

1. Assess What You Have on Hand

Before you explore EdTech program and resource integration possibilities, you’ll need a general understanding of what each one is. For example, core or supplemental curriculum, content, assessments, progress monitoring, etc. If some of the programs or resources overlap, then you may need to give each a trial, but the overall process will be the same.

2. Start with the Standard and Define Success

Integrating EdTech into curriculum isn’t about using technology for its own sake, so keep standards proficiency for students as your main goal. Core and supplemental EdTech curricula should have standards alignment noted throughout units, lessons, and activities to guide you. Content may be only accessible through lessons and activities, but if it is stand-alone, it should have indications of what standards it aligns to.��

Also, consider how your students will demonstrate proficiency on the standards you’re teaching. Can you see evidence of learning using EdTech? If so, does the program present this automatically, or will you need to conduct checks yourself? Using a program’s built-in system can certainly be a time saver.��

51̽�� and Standards

Every 51̽�� program is aligned to state standards across the U.S., and it’s easy to see which standards are covered in units, lessons, activities, and multimedia content. Depending on the program, students may demonstrate what they’ve learned through continuous formative assessment or separate assessments. For example,��DreamBox Math lessons use continuous formative assessment, with the program adjusting in real time as students make decisions.��Experience��and Science Techbook offer customizable assessments through an Assessment Builder.

3. Choose the Best Instructional Time for EdTech

When does it make sense to incorporate EdTech into your planned lessons? You may find opportunities to use a program or resource for any or all of the following objectives:��

Launch or Engage: Capture student interest with engaging content and activate prior knowledge.��
Teach or Model: Provide direct instruction (whole class, small group, individual) and show examples of the subject.��
Practice: Offer guided or independent opportunities to build skills.��
Apply: Give students ways to turn general or theoretical knowledge into real-world projects.��
Assess: Conduct quick checks for understanding or determine proficiency levels at defined times.��
Extend: Help learners who need extra support or challenge those who are ready for advanced work.��

Tip: If this seems like too much to consider addressing all at once, start with practice and assessment objectives, which will have the highest impact on students at the minimum cost in time and effort on your part.��

51̽�� and Instructional Timing

You can integrate 51̽�� programs into your instructional routines at any point during the day. Captivate students with��curated videos and activities that bring real-world connections to topics��across reading/ELA, math, science, and social studies with Experience. Inspire learners to make discoveries by acting like scientists and engineers to solve inquiry-based problems using Science Techbook. Give struggling students a fun, gamified way to develop math skills at home by assigning lessons in DreamBox Math.

4. Plan the Learning Task, Then Match the Tool

Define the student task in one sentence using a simple formula like “Students will [verb] [content] to demonstrate [skill].” Then choose the EdTech program or resource that will support this with the right feature, such as interactive exploration, reading or video with prompts, writing or discussion, adaptive practice, lab or simulation, or other task-based learning.��

Tip: Once you’ve built a reusable task bank of 3–5 task types per unit, you can rotate them and save yourself the effort of constant task creation.��

51̽�� and Student Tasks

Add immersive experiences to your lessons with TimePod Adventures, Sandbox, and 3D Virtual Field Trips in Experience. Provide math skills practice at just the right level with automatic adaptation within lessons in DreamBox Math. Get students actively exploring, recording data, and analyzing results with��hands-on activities and labs in Science Techbook.

5. Differentiate

Since differentiation is a proven way to ensure all students can learn, it’s critical that you find ways to do this in your classroom. One approach that reduces the amount of prep necessary is the “one lesson, three paths” approach in which you build three parallel pathways: on level, support, and extend. One of the best reasons to integrate EdTech into curriculum is that many programs and resources include either automatic differentiation or a variety of content modalities to choose from, like video, text with supports, or interactive activities.

Tip: Differentiate inputs like text level and scaffolding from outputs like how students demonstrate learning, rather than creating three different lesson plans.

51̽�� and Differentiation

Finding the right curriculum-aligned resources and content in Experience is easy with the help of Explore and Search tools, plus you’ll find suggestions in the Curated for You section.�� responds in real time to a student’s mathematical decisions, providing scaffolding when needed and adjusting the learning pathway in between lessons.

6. Teach with Tight Routines

Since students respond well to consistency, you can reduce possible resistance to using EdTech with daily and weekly routines. The general daily routine would be to define an objective, start the task using EdTech, check understanding with a quick output, and adjust instruction or move to group work. Depending on the grade level you’re teaching, you could use one of these models:��

Elementary School: stations/rotation model��
Middle School: workshop model (mini-lesson → independent work → conference)��
High School: blended model (brief direct instruction → independent lab or task)��

51̽�� and Routines

DreamBox Math gives teachers flexibility to use it for rotations or for independent work, in school or at home. Science Techbook is perfect for delivering brief direct instruction followed by independent virtual investigations.

7. Check Learning and Respond

Another great reason to integrate EdTech into curriculum is for easy, potentially customizable ways to perform quick checks for understanding right after a lesson. This may be something you assign within a program or manually run, but often this is part of built-in instructional routines. Review your options while you’re planning your lessons and lean on automaticity as much as possible, which will help you respond quickly with the appropriate approach (reteach, practice, or extension).

51̽�� and Learning Checks

51̽�� programs significantly decrease the time and effort required to monitor and respond to student learning. In fact, DreamBox Math’s continuous formative assessment and resulting adaptive instruction happen automatically. With ��Գ��’s Quiz tool, you can create, assign, and grade quizzes that check for understanding in low-pressure, fun ways.��

8. Reflect, Save, and Reuse

After delivering a lesson, reflect on it by answering three questions:��

What worked?��
What didn’t?��
What will I tweak next time?��

Then save your best prompt, student exemplar, and differentiation step for later reuse as a lesson shell. One or more may come from an EdTech program or resource that you were testing or experienced with already.��

If a particular technology isn’t supporting student learning or easing your workload as anticipated, then you might want to pursue program-specific training or implementation-oriented professional learning. Remember that you can start small, with one unit, one routine, and one tool.

51̽�� and Long-Term Success

Our programs are proven to��power progress��ɾ��ٳ� engaging content and personalized paths to learning for students and research-backed instructional design, high-quality instructional materials (HQIM), timely insights into individual and class performance, and easily accessible supports for educators.

Explore more of what 51̽�� offers to students, educators, and administrators starting with our Resources for Educators.

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Immersion for Everyone: Achieving Differentiation in Immersive Experiences

Hannah McNaughton-Hussain — Mon, 08 Dec 2025 22:12:11 +0000

It’s easy to assume that immersive learning experiences might be too complicated to set up for every student in the room. With so many diverse abilities, learning styles, and access needs, it can feel impossible to make sure everyone is included.��

But that’s a myth worth busting. Differentiation and immersion can go hand in hand – when done well, they actually strengthen each other.

From something as simple as dimming the lights during a dramatic read-aloud to creating hands-on, real-world challenges, immersion is about purposeful moments that can be adapted for all learners.

What Is Immersion, Really?

Immersion happens when students are fully engaged – cognitively, emotionally, and often physically – in a learning experience. You can achieve it through storytelling, sensory detail, interactivity, and opportunities for students to take ownership of their learning.��

That could mean:��

Changing the environment – turning off the lights while reading a suspenseful story, or adding background sounds that fit the scene.��
Layering in interactivity – embedding questions or choices into a video so students influence the outcome.��
Creating experiential moments – allowing students to do instead of just read or watch.��

Experiential Learning for All

Experiential learning is a powerful way to achieve immersion. It shifts the student from passive receiver to active participant. Examples include:��

Role-play real-world challenges – in a history lesson, students might represent different world leaders in a peace negotiation.��
Simulate workplace problem-solving – in a STEM class, have teams design, test, and refine a solution to a fictional environmental crisis.��
Field investigations without leaving the room – bring in artifacts, models, or even digital twins of real places so students can explore with hands-on curiosity.��

The beauty of experiential learning is that it can be scaled to suit your class’s needs, resources, and learning goals. And with a little creativity, it can be differentiated so every learner finds a way to engage.

Five Tips for Creating Experiential Learning Opportunities

Making Immersion Accessible to Everyone

Every classroom has a mix of learning styles, abilities, and preferences. Immersive learning has the power to engage and inspire students who may never have actively participated in activities before. It’s not unheard of, for example, for a student with selective mutism to speak for the first time when role‑playing inside a Sandbox environment – such is the power of an immersive moment.

[The student] never ever talks to adults in school, and yet she was prepared to stand in front of the green wall and record this interview with another pupil...really quite remarkable.

Sandbox Educator

While it’s important not to expect these milestone moments from every student, we can open unexpected doors to participation and connection. Here are some simple ways to differentiate immersive experiences so no student is left out:��

Offer multiple entry points – Immersive experiences don’t have to rely on one sense or mode of interaction. They can be just audio – like layering in sound effects to mimic an environment – or completely silent for deaf students, such as displaying a 3D artifact in AR. They can involve standing up and moving around, or no movement at all.��
Allow choice in participation – Some students may prefer observing before jumping into role-play or movement-based activities. Give them alternative but equally valuable roles.��
Adapt the physical experience – For students who can’t move around the room, bring the activity to their desk or use “table scale” experiences such as Sandbox AR.��
Use layered complexity – Start with a simple version of the task, then add challenge layers for those who are ready.��
Blend tech and no-tech options – Remember, not all students can or want to use certain immersive technologies (due to motion sickness, visual impairments, or accessibility limitations).��

When Immersive Tech Isn’t the Right Fit

While AR, VR, and other emerging tools can be amazing engagement boosters, they aren’t the only route to immersion – and sometimes, they’re not the right choice. School budgets, device availability, physical disabilities, and even something as simple as motion sickness can limit access.

That’s why the principle of “pedagogy first, technology second” is so important. The core goal should always be the learning outcome, not the novelty of the tech. If you can achieve immersion through storytelling, sensory changes, or physical activity, that’s just as valid (and sometimes more effective).

For strategies on building purposeful immersive lessons with or without tech, read “Pedagogy First, Technology Second: Playing with Purpose.”

The Power of Physical Immersion

For some learners, especially those with ADHD or who thrive on kinesthetic input, physical immersive activities can unlock focus and understanding in a way that static tasks can’t. This could be as simple as:

Turning your room into a “museum” with stations students walk through.
Acting out a science process like the water cycle.
Using a scavenger hunt to review vocabulary or historical facts.

Research shows movement boosts engagement and retention, and immersive learning provides a perfect opportunity to incorporate it. For more on this, see “Get Students Moving – Why Physical Immersive Activities Boost Engagement and Learning.”

Bring Every Learner Into the Experience

Immersion is not about the flashiest tools. It’s about crafting experiences that feel real, relevant, and reachable for every learner in your class. By blending low-tech sensory shifts, experiential learning, differentiated entry points, and thoughtful integration of technology when appropriate, you can make every student part of the action.

When immersion is for everyone, the result isn’t just more engagement – it’s more accessibility, more inclusion, and more powerful learning moments that stick long after the lesson ends.

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Pedagogy First, Technology Second: Playing with Purpose

Hannah McNaughton-Hussain — Mon, 08 Dec 2025 22:07:25 +0000

In the ever-growing world of educational technology, it’s tempting to reach for the newest, flashiest tool to grab students’ attention. But the real magic doesn’t come from the technology itself – it comes from the way it’s used. Without a clear connection to learning goals and a real understanding of the��principles of immersion, even the most dazzling tools risk becoming just another distraction.��

51̽��’s primary principle of immersive learning is pedagogy first, technology second. Engagement is important, but purposeful engagement – grounded in curriculum, skills, and outcomes – is what truly transforms learning.

Immersion without the Price Tag

When people hear the term immersive learning, they often picture classrooms stocked with expensive VR headsets. While high-end hardware can be exciting, powerful immersive and experiential learning doesn’t require thousands of dollars of investment. What matters is creating moments that spark curiosity, ignite imagination, and build deeper understanding.

Take 51̽��’s immersive tools:��

– A 3D creation space where students can build worlds, model ideas, and explore concepts at any scale.��
��– Bite-sized interactive journeys through time and space, blending AR storytelling with problem-solving challenges.��
��– Browser-based explorations that transport students to unique locations, from ocean depths to historic landmarks.��

��All of these can be accessed with devices many classrooms already have, such as iPads, Chromebooks, or standard laptops.

The ‘Jelly in the Doughnut’

Think of the immersive moment – whether it’s stepping into an ancient city, exploring a science phenomenon in 3D, or manipulating a virtual ecosystem – as the jelly in the doughnut. It’s the sweet, memorable part that students will look forward to and look back on, but it’s only one piece of the whole and simply doesn’t hold up on its own.��

The rest of the doughnut – the structure, substance, and nourishment – comes from what you do with that moment. That’s where pedagogy leads.��

Every immersive experience from 51̽�� comes with��robust supporting classroom activities��designed to:��

Draw out key concepts��
Link directly to curriculum standards��
Provide opportunities for reflection and application��
Encourage collaboration and discussion��

��In other words, the immersive tool is the spark; the learning comes when teachers connect that spark to deeper exploration, skill-building, and assessment.

From Hook to Habit of Mind

Imagine your students exploring a virtual coral reef. For a moment, they’re surrounded by colorful fish, intricate corals, and shifting sunlight – an awe-inspiring scene. Without follow-up, that moment might fade as just “something cool we did in class.”

But with the right pedagogical framing, it becomes much more:��

Science: Students investigate biodiversity, food chains, and the effects of climate change.��
Math: They measure reef growth rates or calculate fish population changes.��
ELA: They write persuasive speeches or informational texts about reef conservation.��

The immersive moment is the hook which amplifies outcomes through increased knowledge absorption, contextual understanding, and retention; the lesson plan turns it into a habit of mind.��

Practical Ways to Capture and Extend Learning in Sandbox

One of the most versatile examples is Sandbox, the free environment-building app from 51̽��. This 3D creation space can be a powerful way for students to show what they’ve learned, not just tell it. Teachers can ask students to:

Recreate a historical event or location – e.g., building a World War II trench system to explain conditions on the front line.
Model a scientific process – e.g., demonstrating the way shadows move and change with the position of the sun in the sky.
Understand perspectives – e.g., exploring the thoughts and feelings experienced in a specific location.

To make the learning visible, students can record their Sandbox creations as videos, narrate their thinking, or take screenshots and annotate them.

For more ideas, see��“Measuring Engagement: Tools to Capture Learning Evidence with Sandbox.” You’ll find practical strategies for using built-in features to document student work – turning engagement into assessable evidence.

Why ‘Playing with Purpose’ Matters

The best learning happens when students are active participants, not passive consumers. Immersive and experiential tools tap into curiosity, but purpose ensures that curiosity leads somewhere meaningful.

When we lead with pedagogy:

Technology becomes a vehicle, not the destination.
Engagement is sustained because it’s tied to a bigger question or challenge.
Students can make connections between their immersive experience and the wider world.

A Call to School Leaders

As school leaders, you set the tone for how technology is adopted in classrooms. Encourage your teams to:

Start with the learning goal. Ask: What do we want students to know, understand, or be able to do by the end?
Choose technology that serves that goal. Resist the urge to adopt tools solely for novelty.
Support professional learning. Give teachers time to explore, experiment, and plan how to connect immersive moments to curriculum standards.
Celebrate purposeful play. Immersive learning doesn’t have to be serious all the time – play and exploration can be deeply educational when guided by intentional design.

Immersive learning can be transformative – not because of the technology itself, but because of the way it’s woven into the learning journey.��

So the next time you introduce a new digital experience into the classroom, remember: the technology is the jelly in the doughnut.��

The post Pedagogy First, Technology Second: Playing with Purpose appeared first on 51̽��.

Curriculum-Aligned Resources in 51̽�� Experience

David Bryan — Thu, 20 Nov 2025 20:04:51 +0000

Key takeaways

High-Quality Alignment Boosts Student & Teacher Success
Alignment Is More Than Just Matching Content
Districts Must Avoid Common Adoption Pitfalls

Emily is a third-grade teacher who’s passionate about her work. She loves seeing each student make progress on foundational skills throughout the school year, and she puts in extra time and effort to ensure that everyone can. While she likes the curriculum and resources provided by her school, sometimes she has to find and adjust additional resources to meet individual needs or change things up in her classroom.

Derek is a seventh-grade math teacher who enjoys using real-world problems to bring relevance to concepts discussed in his classroom and to show students the importance of math in life. Working from the district-adopted core curriculum, he has assembled a set of instructional resources that he can draw from, but he wants to incorporate current events and use new activities to prevent student boredom.

Though Emily and Derek have very different teaching responsibilities and challenges, they share a need for resources that can help them drive student learning more effectively. While they are willing to spend the time and effort to identify and modify more resources on their own, this may be difficult and stressful in light of their typically heavy workloads.

One way district leaders could address this is by offering high-quality curriculum-aligned resources to their teams. Let’s explore what we mean by this, why these resources matter, and what adoption mistakes districts should avoid.

What Are Curriculum-Aligned Resources?

Curriculum-aligned resources are resources like instructional materials, strategies, and supplemental tools for teachers or content students access directly, such as videos, interactives, or hands-on activities, that directly connect to learning objectives and outcomes in accordance with the adopted curriculum’s content and pedagogy. Teachers can use curriculum-aligned resources to enhance unit topics, review skills, or find instructional strategies to meet individual student needs—whatever it takes to support effective learning.

Key Factors in Positive Student Outcomes

Ultimately, all the work that educators put into each classroom, school, and district is designed to set students up for academic and career success. Recent studies and surveys reveal that the use of high-quality instructional materials (HQIM), accompanied by professional learning, is instrumental in boosting student achievement.

Standards alignment also plays a key role. EdReports’ State of the Market report says: “Teachers using aligned materials are more likely to implement high-impact instructional practices, such as engaging students in scientific models or justifying mathematical solutions. These practices promote critical thinking and deepen student engagement across subjects.” Plus, districts using aligned materials see less variance in teacher efficacy and are better able to support all of their students.

The best curriculum-aligned resources will include or support HQIM and align to state standards without requiring extra effort from teachers. This not only increases teacher satisfaction but also improves the quality of their teaching, leading to greater student performance gains.

Curriculum Alignment Is More Than Content

The content that curriculum-aligned resources provide may be a primary consideration when searching for and choosing them, but you need to determine whether a particular resource meets your expectations for learning. For example, the * give educators and education leaders a framework for evaluating types of learning (creativity, collaboration, authentic problem solving, etc.) within digital tools that’s research based. And don’t forget interoperability: look for proof that curriculum-aligned resources will actually integrate with your other tools and systems, including your LMS and assessments.

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*For over 20 years, the��ISTE Standards��have been used, studied, and updated to reflect the latest research-based best practices that define success in using technology to learn, teach, lead, and coach.��

Curriculum-Aligned Resources Adoption Considerations

Curriculum‑aligned resources can become essential components of coherent, equitable instruction across the schools in your district. When you’ve adopted the right program, you can see the results in higher student achievement and teacher satisfaction. However, make sure you avoid these five adoption mistakes that can impede your success:

A tech‑first, curriculum‑later approach: This can lead to misalignment, require teachers to find workarounds, and limit the impact of the resources.
Minimal teacher voice involved: Teacher buy-in and fidelity could be significantly affected.
“One‑and‑done” professional development: Orientation does not support the same success as ongoing professional learning.
Ignoring interoperability: Hidden integration costs may be expensive, and data silos can interfere with a real understanding of student progress.
No plan to evaluate effectiveness: Without quantitative and qualitative measures of usage and efficacy, funding may be wasted on subscription renewal.

More Impact with 51̽�� Experience

Experience combines ready-to-teach lessons, activities, and engaging content with research-backed instructional strategies and user-friendly tools. In its Curriculum Aligned Resources section, teachers will find content directly aligned to popular K–8 literacy, math, and science curricula. Each curriculum has resources that are thoughtfully organized by grade level and unit, making it easy to find age-appropriate content to meet student learning needs.

Suggested resources vary depending on what point of the curriculum a teacher is in, but they often include a mix of instructor and student resources. Choices may include:��

Ready-to-teach lessons��
Reading passages��
Videos��
Activities��
Interactives��
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Research-based instructional strategies��
And more!��

Finding the perfect curriculum-aligned resources in Experience is faster than ever with Personalized Content Recommendations, so whether teachers can get right to extending content, building background knowledge, or reteaching. It also includes customizable assessments and connects to a variety of LMS’s.��

Why not try��today to explore ��Գ��’s curriculum-aligned resources in more detail?��

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Futures Fair and Career Fairs: Shaping Student Professional Success

DE Staff — Mon, 10 Nov 2025 20:29:45 +0000

From Curiosity to Career: How School Career Fairs Shape Student Futures

It’s so rewarding to see students make breakthroughs, whether it’s learning a new concept, developing proficiency across multiple standards, or finding a sense of direction for their life after they finish school. But that last example can often be a mystery for many students. Educators hear “I don’t know” a lot when they ask about career plans, even from high school students.

That kind of moment is why career fairs matter. For many students, especially those whose families or communities haven’t presented a wide range of professions, a career fair may be the first time they glimpse what’s possible. Hearing a powerful story, meeting someone with an impressive job, or just seeing someone who looks like them in a role they hadn’t considered can shift their perspective.

Let’s explore the benefits of career fairs in general and then look at what makes 51̽��’s Futures Fair stand out.

Four Reasons That Career Fairs Matter

Exposure Expands Possibility: Students can’t aspire to what they don’t know exists. Career fairs give them the chance to discover careers far beyond the small circle of what they normally see.
Relevance Connects School to Life: Research shows that students who participate in career development activities are significantly more likely to believe school is useful to their future. When they hear directly from a professional how math, writing, or teamwork matters in their field, students discover real-world applications for their skills.
Role Models Make Careers Real: Meeting professionals in person (whether an architect, nurse, or designer) helps them picture themselves in those roles. Career fairs turn job titles into relatable people and stories.
Interpersonal Skills for Success: Career fairs aren’t just about jobs, they’re practice grounds for life skills. Students learn how to ask thoughtful questions, introduce themselves with confidence, and explore what interests them. These interactions build social capital and professional fluency long before a job interview.

What Is Futures Fair?

51̽��’s Futures Fair is an annual virtual career fair connecting classrooms across the U.S. with real-world professionals from companies involved in STEM, the arts, skilled trades, entrepreneurship, public service, and more—including Honda, LIV Golf, and Verizon. Educators and students tune in to discover how today’s learning connects to tomorrow’s opportunities. They can choose from elementary, middle school, and high school tracks, which offer a series of 25-minute virtual sessions that give students a firsthand look at the skills shaping the future.

Our overall goal is that we want to encourage early and often career exploration and giving students all sorts of experiences that allow them to understand what their skills are, what they’re interested in, [and] who the people are in the jobs that they could be meeting.

Amy Nakamoto, EVP of Marketing, Brand, and Corporate Partnerships at 51̽��

What Was the 2025 Futures Fair Like?

The inaugural Futures Fair connected over 30,000 students in K–12 classrooms, virtually and in person, for a day of inspiring learning and career exploration. Some of the virtual sessions included:

Elementary Track (K–5)

“Bright Minds, Safe Futures: Exploring Smart Tech & Creative Problem-Solving!” from ��ǰ��ٴǲ�’s Director of AI & Innovation Iskander Sanchez-Rola��
“From Pipes to Sinks: The Plumbing Magic Behind Everyday Water!” from Home Depot’s Director Omni Retail Sales Casey Nix��
“Fire Detectives: Solving Mysteries with Science” from The Hartford’s Forensic Engineer Ben Smith��

Middle School Track (6–8)

“Medicine Meets Machines: Exploring the Future with a Tech-Savvy Doctor!” from �ѱ�ٲ�’s Director, Product Management John MacDonald
“From Cockpit to Cutting-Edge: A Journey into Aerospace Innovation” from ��ǲԱ��ɱ��’s Distinguished Technical Fellow, Aerospace Technologies Thea Feyerelsen
“From Farm Fields to Lab Discoveries: A Scientist’s Journey to 3M!” from 3��’s Corporate Scientist Jeff Emslander

High School Track (9–12)

“Crash Science: How Engineers Design Cars to Keep You Safe!” from ��ǲԻ岹’s Crash & Safety Test Engineer Paige Vernon, and Principal Automotive Crash Safety Engineer Susan Mostofizadeh
“Genes, Germs, and 51̽��: A Biologist’s Mission to Make Science Make Sense!” by ��ܳ��Բ�’s Senior Scientist Chris Beierschmitt
“Breaking the Mold: How Courage, Curiosity, and Steel Spark Lifelong Growth!” by ��ܳ��ǰ�’s Branch Manager Victoria Kirk

Explore Supporting Resources

A huge thank you to 51̽�� for including my students and me in such an inspiring experience. The Futures Fair was awesome. Moments like these remind me why I teach to empower students with voice, choice, and a vision for their future.

Daniel Jones, M.Ed. ABD

In-Person Futures Fair

This year’s experience was not limited to virtual. We approached our longstanding partner Prince Georges’ County Public Schools with the idea of transforming Gwynn Park High School into a real-life Futures Fair for the day. We brought corporate partners to the event, so more than 500 tenth and eleventh grade students got the chance to interact with professionals from companies like Capital Power, AES, Charles River, and The Swinerton Foundation. They also got to learn about community organizations such as PGCPS Parks & Rec and Atlantic Union Bank.

Education advocate and former engineer Brandon Okpalobi kicked the event off by inspiring students with a message to make the most of the opportunity to connect and explore. Then students participated in hands-on activities to develop the “4 Cs”:��

“Pitch It” prompted kids to pitch a product idea in 30 seconds (Communication)
“Design a Logo” prompted them to design a logo for their dream brand (Creativity)
“Build It” challenged kids to build as high a structure as possible using pipe cleaners and tin foil (Collaboration)
“Reflex Test” asked them to consider what goes into making quick judgment calls (Critical Thinking)

The day concluded with a special, all-grades broadcast live from Churchill, Manitoba (the polar bear capital of the world). Renowned wildlife artist and former Disney animator Aaron Blaise explored how art can connect humans with wild animals, including polar bears.

All the students, educators, and professionals who joined the first Futures Fair made it successful far beyond our expectations, and now we can’t wait to do it again in 2026!

It’s very important to learn about [career options], so you can at least expand your information, [and] explore new things that you want to do in life.

Gwynn Park High School Student

How to Continue Career Exploration in Your School or District

Career exploration remains important beyond time spent holding career fairs. According to��research we released last year, over two-thirds of students (67%) feel that their education is not evolving to meet workplace needs. And three out of four adults agree. However, we’re ready to help you change this for good:

Experience��is the only teaching and learning solution that makes it easy to connect career exploration to curriculum.
Career Connect is built into Experience, making it safe and simple to bring industry professionals directly into classrooms.
Careers Hub lets educators access curated resources aligned to 14 career clusters, complete with profiles, virtual field trips, and immersive tools.

You’ll find even more resources through our partnership with��.

DE Staff

David has spent over 10 years in various roles with companies seeking to improve lives through effective teaching and learning. He values the empowering nature of adding knowledge and strengthening understanding, whether personal or professional.

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#CelebrateWithDE: National STEM Day

DE Staff — Thu, 06 Nov 2025 22:26:06 +0000

Do your students ever imagine themselves as a pilot, video game designer, environmentalist, or surgeon? STEM professionals work in nearly all industries and for a variety of organizations. In their everyday lives, people with STEM backgrounds engage in investigative and diagnostic experiences to seek solutions to real-world problems and enhance technological innovations—sharing their exciting findings and successes with the world. It’s no wonder that today’s students are easily captivated by the rich variety of STEM career paths they can take.

Step into the World of STEM

National STEM Day is a great chance to start your STEM journey! The offers a variety of tools and resources that will help you reinvent your STEM curriculum. You’ll find over 175+ hands-on activities spanning grades K-12 and a teacher support center with educator activities!

Exploring STEM topics can be fun and offer students a brain break to practice thinking outside the box. The�� teaches younger students about a variety of STEM topics. Learn about the wetlands, robots, food, bees, and more through these engaging videos!

To excite older students about STEM, dig into the ! Created in partnership between Freeport-McMoRan and 51̽��, this interactive educational program for students grades 6-12 uncovers the use of metals such as copper in our everyday life and provides students a deeper understanding of today’s hard rock mining industry with dynamic resources. A new STEM learning game, , lets students take the wheel of a 2-story high mining truck to practice mathematics and explanation skills.

Connect the Classroom to the Real World

A great part of STEM learning is the potential for connections to the real world. Make your lessons relevant by helping students connect their in-class learning to out-of-class challenges and topics! 51̽�� has resources to help explore real-world topics that could have a direct impact on your community!��

connects students and teachers from all communities to the��breadth of education and career pathways across biotechnology. With these ready-to-use resources, students can discover the possibilities of biotech— from molecule to medicine!
With videos that highlight topics like forces and motion, stability and instability, and interactions between different materials, the helps students embrace STEM problem-solving in any learning environment through standards-aligned interactive digital resources centered around creativity and collaboration.��

More Engaging Resources for Exciting STEM Activities

ASME and 51̽�� are partnering to engage K-12 students nationwide in the biggest challenges of today while helping them unlock success tomorrow using the universal key of Engineering. Join us as we teach students to turn passion into an in-demand career in Engineering with standards-aligned resources designed for ALL learners and communities.

Explore the American Petroleum Institute, the only national trade association representing all facets of the natural gas and oil industry, with career profiles and instructional activities. API’s more than 600 members include large integrated companies, as well as exploration and production, refining, marketing, pipeline, and marine businesses, and service and supply firms.

Did you know November is Career Development Month? Celebrate National STEM Day and Career Development Month with the STEM Careers Coalition! The STEM Careers Coalition's mission is to empower educators to teach STEM effectively in the classroom, focusing on equity and access to quality education, and building the next generation of solution-seekers at no cost to schools.

Take a Virtual Field Trip

Virtual Field Trips can create an exciting learning experience to highlight real-world STEM��professionals in action! No need to schedule a bus to pick your students up for a National STEM Day field trip on November 8—51̽�� helps bring the field trip to your classroom!

Step into the world of Extended Reality (XR) where innovation bridges our physical and digital worlds! to discover how XR is more than gaming. XR is saving lives, revolutionizing education, and impacting industries as well as how cyber experts are ensuring responsible technology development to prepare for this new digital landscape.

With the , students can join Katie Ledecky, 3-time Olympian, 7-time Olympic Gold Medalist swimmer, proud STEM advocate and Team Panasonic athlete, for an immersive deep dive into game-changing tech that’s creating better ways forward for all people. The Virtual Field Trip transports students to five Panasonic Innovation Centers around North America for a behind-the-scenes glimpse into the everyday inspiration Panasonic’s team uses to power groundbreaking new ideas that improve people’s lives and make the world a better place.

The Illumina Foundation and 51̽�� partnered to create to inspire middle and high school teachers to unlock the power of genomics and impact the future of their students. The Virtual Field Trip��transports students to the Illumina labs in San Diego, California to meet real-world experts who are harnessing the power of the genome to improve lives and support the Earth’s natural resources.

Inspire the Next Generation with Career Exploration

What are some ways you show students how STEM skills can lead to life-changing careers? Perhaps you can invite local STEM professionals to give a presentation on their career paths and how they achieved it or ask students to select a famous STEM professional for a report! There are many creative ways to engage students with STEM career paths, starting with the career resources in 51̽�� Experience.

Next, dive into the energy-water nexus with the , an educational initiative from Itron and 51̽��. This innovative, standards-aligned program encourages middle school students to explore the relationship between water and energy through the lens of conservation, with career profiles and STEM sit downs to highlight people who are making cities smarter and moving us toward a more energy-efficient future.

Get Girls Interested in STEM

Inspiring all students to explore STEM careers is important, but shows that early influences have a big impact on women entering STEM careers. 60% of women surveyed said a parent or a teacher encouraged them to study computer science, demonstrating the pivotal role particular adults play in supporting women at a young age. 51̽�� has great resources to help girls see (and learn from) real women working in STEM careers!

The IF/THEN Initiative is committed to showing young girls exactly what a scientist looks like. The seeks to further advance women in science, technology, engineering, and math (STEM) by empowering current innovators and inspiring the next generation of pioneers.��

“I teach with the ‘see it, be it mentality.’ I believe we need to show students, particularly girls, that their ideas are valid, and they already have the power to make their dreams come true. With curated resources from 51̽�� and their partners, I can empower my students today to become the leaders of tomorrow.”

Cecilia Wilburn-Davis

South Carolina 5th Grade Teacher

helps bridge the gap between opportunity, awareness, and readiness by providing schools and community organizations with free resources to educate, inspire, and equip young girls with the skills and confidence they need to envision themselves as future professionals in STEM fields. Find classroom activities, careers profiles, digital lesson bundles, and more in the !

Don’t miss National STEM Day on November 8! Sparking students’ interest in STEM careers and topics can extend past one holiday and you never know—it could create a lifelong passion!

The post #CelebrateWithDE: National STEM Day appeared first on 51̽��.

Get Students Moving: Why Physical Immersive Activities Boost Engagement and Learning

Hannah McNaughton-Hussain — Mon, 03 Nov 2025 19:33:28 +0000

As educators know, sitting still for hours isn’t how children learn best. Decades of research and modern neuroscience all point to the same conclusion: physical movement improves attention, memory, motivation – and ultimately academic performance.

A��of over 7,300 participants found cognitively engaging physical activities (like movement requiring decision-making and rule-following) produced improvements in working memory, fluid intelligence, on-task behaviour, and creativity.
Less than 42% of U.S. children ages  6–11 meet the recommended 60 minutes of daily physical activity – .
A campus tech‑services team��: just ten minutes of standing or gentle movement raises concentration, reduces stress, and improves retention – even at the college level.
A��of children with ADHD found physical activity interventions improved working memory.

Movement enhances brain function by increasing circulation, activating cerebellar coordination centers, and strengthening recall pathways. When students move – whether via brain breaks, gesture-based math, or kinesthetic games – they stay alert and motivated, and they process concepts more deeply.

Immersive Learning: AR/VR Experiences Provide Opportunities for Movement

Immersive learning environments – think augmented reality (AR), virtual reality (VR), simulations, role‑plays – are natural allies of physical, experiential learning. These technologies encourage learners to move through scenarios, manipulate virtual objects, and act out scenarios in ways that traditional instruction simply can’t.

When students move, they don’t just activate their muscles – they awaken a network of senses that feeds the brain with rich, multisensory input. Shifting position, changing perspective, and engaging in tactile interaction stimulates sight, sound, touch, and even balance, creating a layered sensory experience. These moments act as cognitive attractors – memorable, high‑engagement events where attention sharpens and information “sticks” more deeply. In immersive learning, physical movement amplifies this effect, making the experience feel real, personal, and memorable.

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TimePod Adventures turns students into the main character in narrative‑driven, 3D storylines – such as historic journeys or scientific explorations – played out in AR on an iPad or iPhone. Students physically move through space to investigate clues, collaborate in groups, and solve problems. The combination of spatial movement, story immersion, and peer interaction naturally promotes engagement, memory retention, and higher order thinking.

Sandbox AR

Sandbox AR enables students to build, share, and inhabit virtual topical worlds using augmented reality on an iPad. Whether constructing ecosystems, exploring ancient civilizations, or modeling scientific phenomena, learners physically move around their creations, manipulate objects in 3D space, and collaborate with classmates. It transforms abstract concepts into tactile, shared experiences – driving engagement and deep understanding.

Connecting Research to Practice

So how do these AR tools bridge the gap between research on movement and real classroom application?

Movement-Inspired Engagement & Retention

Stepping into a TimePod Adventures scene or walking around a Sandbox AR build turns learning into a physical experience. This movement taps into embodied cognition – boosting attention, memory, and concept retention.

Intrinsic Motivation and Autonomy

Physically active learning has been shown to raise motivation, independence, and mastery. Both apps put students in the driver’s seat, letting them explore, create, choose paths, and solve problems in ways that feel personally meaningful.

Active Collaboration and Social Interaction

Group work comes naturally here. Students move together, share observations, and make real‑time decisions. These moments mirror the benefits seen in active learning research, where collaboration, role‑play, and simulation strengthen critical thinking and achievement.

Classroom Management Support

Movement doesn’t have to mean chaos. Sandbox AR’s “table scale” mode keeps students seated while they build, discuss, and explain their choices, then “life scale” mode delivers that big immersive moment. TimePod Adventures’ 10‑minute AR episodes pair with full‑length classroom activities, giving students a structured, reflective segment to settle, focus, and capture their learning on paper.

Tips for Educators: Putting AR Movement to Work in Your Classroom

Plan for shared space: Clear an area where students can stand and move with tablets. Let them rotate roles – navigator, clue‑tracker, builder – to keep energy flowing.
Blend movement with content: Ask students to gesture concepts – map routes, act out historical events, or build with Sandbox pieces. Embedding learning in physical activity strengthens memory.
Reflect on experience: After each AR session, invite groups to discuss: What did moving around reveal? How did acting it out help you remember or understand?
Alternate formats: Use TimePod Adventures for narrative exploration, and Sandbox AR for creative building. That variety keeps engagement high and supports different learning objectives.

Explore K-12 Classroom Management Resources

See how 51̽�� can support educators.

Browse Resources

Ready to Get Your Students Moving?

Bringing physical movement into the classroom isn’t about turning lessons into PE class – it’s about following the science. Students who move stay more alert, engaged, motivated, and they learn better. Immersive learning tools like TimePod Adventures and Sandbox AR deliver movement-rich, experiential learning that echoes what decades of research tell us: embodied, active classrooms help students thrive.

By combining high‑quality AR experiences with flexible classroom design and purposeful reflection, educators can turn content into lived experiences – boosting engagement, memory, and outcomes in ways that traditional methods simply can’t match.

Hannah McNaughton-Hussain

The post Get Students Moving: Why Physical Immersive Activities Boost Engagement and Learning appeared first on 51̽��.

Cross-Curricular | 51̽��

Coming Soon for 2026:��Science��Techbook

Key takeaways

Approachable Tier 1 instruction motivates students to keep learning

Lessons build foundational math and literacy skills along with science and critical-thinking skills

Teachers benefit from an intuitive interface, slideshow format lessons, and a range of time-saving tools and supports

What’s New for 2026

Motivate Students with Approachable Tier 1 Instruction

Strengthen Critical-Thinking and Core Skills

Authentic, Applicable Math

Lifelong Literacy Skills

Empower Every Educator

Incorporate Three-Dimensional Learning

Engage K–12 Webinar: 51̽����Experience��

Key takeaways

Experience helps educators deliver Tier 1 instruction that’s engaging and relevant—a key to making learning stick.

Expanded Curriculum-Aligned Resources, Curated Content Collections, and high-interest, high-quality content support intentionality when planning and delivering instruction.

Career-connected learning that builds future-ready skills continues to be a focus with new and updated resources to capture student interest.

Access all on-demand Engage K–12 sessions.

Strengthen Back to School 2026 with Experience

Improve Tier 1 Instruction with Curriculum Aligned Resources

Meet a Variety of Student Needs with Curated Content Collections

Support Learning That Sticks with High-Quality, High-Interest Content

Move from Planning to Teaching More Easily

Explore and register for additional Engage K-12 webinar sessions!

Drive Career-Connected Learning

Deliver Hands-on Learning with Mini Career Quests

Explore Career Pathways in Daily Instruction

Get Input from Workplace Professionals

Closing

Access all on-demand Engage K–12 sessions.

51̽�� Host and Presenters

The ART of Kindness: One Educator’s Reflections

The Art of Kindness 1 - Create a space where people can share positive messages about classmates or coworkers.

The Art of Kindness 2: Work with local businesses to see if they will donate prizes to thank stakeholders for their kindness.

The Art of Kindness 3: Hold a Kindness Spirit Week to encourage everyone to treat others well and do what is right.

The Art of Kindness 4: Collect food that can be given to a local food pantry.

The Art of Kindness 5: Promote an Art of Kindness campaign in which stakeholders share a brief description of how they will intentionally illustrate kindness within and beyond their school community.

Prepare Students for the Future with Engaging, Curriculum Aligned Resources

How to Integrate EdTech into Curriculum

Key takeaways

Start EdTech integration into curriculum by clarifying what you already have, then anchoring every digital activity to a standard and clear definition of student success.

Place EdTech into the right instructional moment to support instructional adjustments that yield the greatest student impact.

Combine repeatable routines, “one lesson, three paths” differentiation, and reflection and reuse for sustainable integration with less planning time.

1. Assess What You Have on Hand

2. Start with the Standard and Define Success

51̽�� and Standards

3. Choose the Best Instructional Time for EdTech

51̽�� and Instructional Timing

4. Plan the Learning Task, Then Match the Tool

51̽�� and Student Tasks

5. Differentiate

51̽�� and Differentiation

6. Teach with Tight Routines

51̽�� and Routines

7. Check Learning and Respond

51̽�� and Learning Checks

8. Reflect, Save, and Reuse

51̽�� and Long-Term Success

Immersion for Everyone: Achieving Differentiation in Immersive Experiences

What Is Immersion, Really?

Experiential Learning for All

Making Immersion Accessible to Everyone

When Immersive Tech Isn’t the Right Fit

The Power of Physical Immersion

Bring Every Learner Into the Experience

Pedagogy First, Technology Second: Playing with Purpose

Immersion without the Price Tag

The ‘Jelly in the Doughnut’

From Hook to Habit of Mind

Practical Ways to Capture and Extend Learning in Sandbox

Why ‘Playing with Purpose’ Matters

A Call to School Leaders

Curriculum-Aligned Resources in 51̽�� Experience

Key takeaways

High-Quality Alignment Boosts Student & Teacher Success

Alignment Is More Than Just Matching Content

Districts Must Avoid Common Adoption Pitfalls

Explore 51̽�� for Your School or District

What Are Curriculum-Aligned Resources?

Engage K–12 Webinar: 51̽��Experience��

The Art of Kindness 1  - Create a space where people can share positive messages about classmates or coworkers.

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