Instructional Strategies | Discovery Education Nurture Curiosity Tue, 23 Jun 2026 20:15:03 +0000 en-US hourly 1 https://wordpress.org/?v=7.0 https://www-media.discoveryeducation.com/wp-content/uploads/2026/01/de-site-favicon-2026-70x70.png Instructional Strategies | Discovery Education 32 32 7 Insights About AI from an Award-Winning Technology Teacher  https://www.discoveryeducation.com/blog/teaching-and-learning/7-insights-about-ai-from-an-award-winning-technology-teacher/ Tue, 23 Jun 2026 20:09:44 +0000 https://www.discoveryeducation.com/?post_type=blog&p=215922 It may sound crazy, but it was a dog named Zelda who cracked the code on teaching AI to five-year-olds.  It all began when Samantha Westerlind, an elementary technology teacher in Cherokee County, Georgia, was contemplating how to best help her young students learn what AI was and how it learns. Concurrently, she and her daughter were also […]

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It may sound crazy, but it was a dog named Zelda who cracked the code on teaching AI to five-year-olds. 

It all began when Samantha Westerlind, an elementary technology teacher in Cherokee County, Georgia, was contemplating how to best help her young students learn what AI was and how it learns. Concurrently, she and her daughter were also trying to teach their mutt, Zelda, how to sit. 

“We just kept giving her the same command, over and over again—sit, sit, sit,” said Westerlind. “And suddenly I realized that training a dog is exactly the same as training an AI, because you give an AI model consistent data and consistent information. It’s just like asking a dog to sit, sit, sit. Eventually it will understand and learn it.”

 

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Good Dog, Good Data: How a Therapy Dog Became an AI Teacher

The experience gave Westerlind an idea. There were therapy dogs at her school, and the counselor who brought them in had mentioned how difficult it was to work with the kindergarten students because they often forgot to practice gentle touch. Could Westerlind use AI to solve this problem?  

Westerlind began working with her fourth graders, using micro:bit circuit boards (small programmable devices with an accelerometer that can detect movement along XYZ axes) to build an AI model that could distinguish between good petting (slow, gentle) and bad petting (fast, rough). The students collected movement data, trained the model themselves (making sure they entered enough data to have a 92% accuracy rate), and coded the circuit boards to display a happy or unhappy face depending on the petting style detected.

The kindergarteners and therapy dogs were brought in, and the fourth graders became the teachers and explained the process. The kindergartners wore the micro:bits on their wrists, like watches, and witnessed the happy/unhappy faces in real time. They then adjusted their behavior completely (slowing down if they saw a sad face), with no adult intervention needed.

Westerlind was stunned by the way the kindergarteners self-regulated because the AI gave them real-time, objective feedback. “This session allowed both grade levels to master complex concepts,” she said. “The 4th graders learned about data sets and model accuracy, while the kindergarteners learned that AI ‘knows’ things because we provide it with information over and over again. It moved the technology out of the abstract and into a hands-on experience that improved both digital literacy and student empathy.”

One Teacher. 1,300 Students. A Completely New Approach to AI Education.

Westerlind is doing something rare: teaching elementary students not just to use AI, but to truly understand it. Most recently, she served 1,300 K-5 students, developing cross-curricular programs in coding, robotics, 3D design, virtual reality, and AI. This year she was recognized with a Discovery Education Award for her groundbreaking work bringing ethical, hands-on AI literacy to early elementary students.

“I’ve been an educator for 16 years, and I love what I do,” she said. “I love bringing the world into a classroom in many different forms.”

At right: Samantha Westerlind is celebrated as a 2026 Discovery Education Award winner. 

Here are Westerlind’s 8 Insights about AI at the Elementary Level

1. Kids are already using AI, without understanding it. 

Westerlind noted that students already understood digital citizenship and knew not to share personal information with strangers online. But the conversational, friendly nature of AI chatbots bypassed all existing knowledge, because it didn’t feel like they were talking to a stranger. It felt like talking to a friend.

“Because AI is so cool, they let their guard down and started giving these AI bots their private information,” she said. Westerlind urges more education, since digital citizenship education hasn’t caught up with AI yet, and young children are the most vulnerable to that gap.

2. Elementary students are more capable than we assume. 

A recurring theme is that educators and parents underestimate young children. AI can be overwhelming and confusing to adults, but Westerlind feels that age-appropriate concepts, grounded in the real, physical world, are essential for elementary learners. 

3. AI education is being gatekept for older grades. That’s a mistake. 

Most district policies and curriculum frameworks start AI education at 6th grade, but Westerlind believes it needs to start much earlier. “It’s so important for the younger grade levels, kindergarten through 5th grade, to have that foundation and understanding,” she said. 

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4. AI literacy must be built on empathy and ethics, not just functionality. 

One of Westerlind’s most compelling arguments is that AI education should start with empathy. This means understanding consequences and caring about outcomes, which leads to more responsible use. The reason the dog-petting project worked well was because kids had a real stake in getting it right and not hurting the animal.

5. There’s a “gatekeeping” problem: teachers say “don’t use it,” while using it themselves.  

There’s a contradiction at the heart of current AI policy: schools restrict student use while quietly adopting teacher-facing AI tools. Students notice the double standard, and it breeds either resentment or workarounds.

6. Understanding AI dispels fear.

Westerlind understands that the rapid emergence of AI is frightening to parents. She also feels passionately that understanding AI is the key to dispelling fears, which is why she’s so committed to helping young students better use it responsibly. A great first step in making this happen? Having schools host parent series, so they have firsthand awareness. 

7. AI education shouldn’t start with a chatbot prompt. It should start with a question.

According to Westerlind, the dominant model in education right now is tool-first: here is a chatbot, here is how you prompt it, here is what it can do for you. “A student can type in, ‘Make me a unicorn riding a surfboard,’ and it appears, like magic,” she said. But Westerlind insists that curiosity should come first. “It shouldn’t be ‘I inputted a prompt and look, I got something from it.’ It should be, especially for the younger grades, the foundation and understanding knowledge that AI can be so much more.” 

Learn more about Discovery Education’s approach to AI

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ai-image-approved blog-samantha westerlind-1 Samantha Westerlind, a K-5 technology teacher in Georgia, was recognized with a 2026 Discovery Education Award for excellence in teaching. student-high-five-teacher-approved
Kindergarten Math: Teaching Guide, Tips & Activities https://www.discoveryeducation.com/blog/teaching-and-learning/kindergarten-math/ Tue, 16 Jun 2026 17:53:10 +0000 https://www.discoveryeducation.com/?post_type=blog&p=215439 Key takeaways Kindergarten math typically focuses on: counting, place value, shapes, measurement, and geometry. Developing strong number sense is essential for building early math confidence. Kindergarteners learn best through brief hands-on activities that encourage movement and exploration. Kindergarten is often the formal beginning of a child’s math journey, which can feel both exciting and overwhelming […]

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Key takeaways

  • Kindergarten math typically focuses on: counting, place value, shapes, measurement, and geometry.

  • Developing strong number sense is essential for building early math confidence.

  • Kindergarteners learn best through brief hands-on activities that encourage movement and exploration.

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Kindergarten is often the formal beginning of a child’s math journey, which can feel both exciting and overwhelming for students, parents, and teachers. During this important year, kindergarteners build skills in number recognition, counting, sorting, identifying shapes and patterns, and much more. They also focus on developing number sense, an essential part of future understanding and confidence in math. Math standards outline what kindergarteners should learn, but effective, engaging instruction helps students truly understand important concepts. In this guide, we explore kindergarten math standards, outline several teaching strategies, and share fun, low-prep activities that encourage play and exploration.

Kindergarten Math Standards

Kindergarten math standards can vary according to state, district, or school, but most expectations address five main topics: counting and cardinality, operations and algebraic thinking, number and operations in Base 10, measurement and data, and geometry.

Counting and Cardinality

Kindergarten students learn to count to 100 by ones and tens, write numbers from 0–20, and begin to notice the relationship between numbers and quantities. Kindergarteners also learn that the last number in a sequence represents the total, allowing them to answer “how many?” questions. Using matching and counting strategies, kindergarten students will determine if the number of objects in one group is greater than, less than, or equal to the number of objects in a second group.

Operations and Algebraic Thinking

In kindergarten, students learn that addition involves combining numbers, while subtraction involves breaking them down or taking from them. Kindergarteners will learn to add and subtract fluently within 5 and use objects or drawings to solve word problems within 10. They will learn strategies to decompose numbers into pairs in multiple ways.

Place Value Concepts

In kindergarten, students will begin to understand place value. They will use drawings and objects to represent numbers as one group of ten and additional ones. Students connect these objects to numerical symbols and recognize patterns: that the numbers start with 1 (represents 1 ten) and end with the number of additional ones.

Measurement and Data

In kindergarten, students learn to describe the measurable attributes of objects, including length, width, height, and weight. Additionally, students will compare two objects with a measurable attribute in common and describe the difference, such as “heavier” or “lighter.” Kindergarten students also learn to classify objects, count the number of objects in a category, and order categories by number. Doing this helps kindergarteners build a foundation for collecting, representing, and analyzing information.

Geometry

Kindergarten students will learn to correctly identify and describe shapes such as triangles, squares, circles, cubes, cones, cylinders, and spheres, regardless of orientation or size. They will also notice these shapes in their everyday lives and determine whether the shape is two-dimensional or three-dimensional. Students will analyze and compare shapes by describing their similarities and differences. Kindergarteners will build and draw shapes and combine simple shapes.

Tips for Teaching Kindergarten Math

1. Never Too Early for Number Sense

Strong number sense is the foundation for math development, and it’s never too early for children to understand numbers and their relationships. Kindergarteners develop number sense by using physical objects, called manipulatives, so that they can visualize what numbers actually mean, use 5-frames or 10-frames to show quantities, and count everything to build one-to-one correspondence.

2. Purposeful Play

Kindergarteners learn best through play, and purposeful play keeps kindergarteners excited and focused on learning important skills. Learning centers, games, puzzles, movement, and music allow students to explore while building a solid mathematical foundation.

3. Encourage Mathematical Thinking

Asking open-ended questions like “Why do you think that happened?” or “What surprised you the most about the activity?” prompts kindergarteners to reflect on their work, deepening their critical thinking skills. Giving students the opportunity to share also builds confidence, while listening to their classmates builds important listening skills.

4. Math Vocabulary

Even though kindergarteners are young, there’s no need to simplify math vocabulary. Students should understand the terms for concepts they’re learning, such as “sum,” “difference,” “equation,” “greater than,” or “equal to.” Exposure to math language avoids confusion and builds a strong foundation for the future.

5. Differentiate Instruction

Kindergarteners arrive in the classroom with different levels of readiness, so lessons should reflect their unique abilities and experiences. Design purposeful, flexible lessons that help students build confidence while learning at their own pace. For math practice tailored to individual students’ needs, check out DreamBox. This online math program uses fun games and activities to help students learn at their own pace.

6. Use Manipulatives

Kindergarteners have difficulty with abstract concepts, so using manipulatives in the classroom is a must. Hands-on tools like counting bears, unit cubes, pattern blocks, and math racks let students explore math concepts in accessible and concrete ways.

7. Explore the Real World

To find math meaningful, students must be able to connect it to the real world. Head outside to count flowers, identify shapes in nature, or compare the size of two stones. These experiences help students see the importance of math in their everyday lives.

8. Incorporate Math Into Other Subjects

Integrate math concepts into literacy, science, or art lessons. Cross-curricular learning provides even more opportunities for students to see math in different contexts. Reading counting books, painting shapes, or graphing the number of sunny days in a week are all ways to incorporate math into the school day.

9. Assess Understanding in Real Time

Informal assessments allow teachers to monitor student progress and address misunderstandings quickly. Close observation, thumbs-up/thumbs-down, or think-pair-share are all formative assessments that can provide valuable information and guide instruction.

10. Keep Lessons Brief

The average 5-year-old’s attention span is usually only about 10 minutes, so lessons should reflect that developmental reality. In kindergarten math, instruction should be short, interactive, and exciting to help students stay focused and actively engaged in learning.

Explore K-8 Math Resources

See how Discovery Education can support math.

5 Kindergarten Math Activities

1. Sorting Objects

In this simple, hands-on activity, kindergarteners practice sorting, identifying, and describing objects. LEGO bricks work especially well here. Give each student a small pile of bricks, along with a muffin tin, paper plates, or bowls for sorting. Then invite them to sort the objects by attributes such as color, size, or shape. After sorting, volunteers can share how they grouped the objects and explain their thinking. To extend the activity, kindergarteners can count how many objects are in each group or compare groups using “more,” “less,” or “equal.”

2. Simon Says Math

This twist on the classic Simon Says game combines movement with math while helping kindergarteners build listening and motor skills. While this activity requires no materials and minimal prep, it’s helpful to write down the commands before playing the game. To play, give kids instructions like “Simon says hop four times!” or “Simon says point to something taller than you!” Make sure to explain that students only follow the action when it starts with “Simon says.” Let students take turns as Simon.

3. Garbage

Garbage is a simple card game that helps kindergarteners practice number recognition, counting, and ordering, and is best played in pairs. To begin, each pair gets one deck of cards with jokers removed. They place 10 cards face down in two rows of five. These cards represent the numbers 1–10. The rest of the cards are placed face down in a draw pile. To begin, the first player draws a card from the pile—for example, a four. She counts to her fourth card, removes it, and places the four in that position, face up. Then, the player looks at their new card to see if they can place it. If the first player receives a face card or a number they’ve already placed, their turn ends. The first person who fills in all 10 places wins. An ace card counts as the number 1.

4. Pattern Block Pictures

This creative activity uses pattern blocks and templates to create pictures, practicing shape recognition, spatial awareness, and problem-solving skills. Give students a pattern block template (widely available online) and a set of pattern blocks, then challenge them to cover the pictures with the correct shapes. The teacher can check for understanding by circulating the room and asking individual students to name the shapes they use. For more of a challenge, invite students to create and label their own pictures without templates.

5. Outdoor Number Hop

Get kids moving with this fun outdoor activity that helps kids practice number recognition, counting, and ordering. Before class begins, use sidewalk chalk to draw numbers on the pavement in random, scattered locations. Have all students start behind a chalk-drawn line, then call out directions like “skip to number nine!” or “run like a cheetah to number six!” Number Hop works particularly well as a whole group activity because it requires minimal instruction and is easily adapted for students with different abilities.

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8 Math Instructional Strategies to Engage Students https://www.discoveryeducation.com/blog/teaching-and-learning/math-instructional-strategies/ Tue, 16 Jun 2026 17:33:49 +0000 https://www.discoveryeducation.com/?post_type=blog&p=215433 Key takeaways Using a variety of math instructional strategies across the week keeps students engaged and helps identify gaps in understanding Strategies like number talks, math journaling, graphic organizers, and cooperative learning develop reasoning skills alongside math fluency Cultivating a growth mindset is the most important of all instructional strategies for math—it builds the confidence […]

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Key takeaways

  • Using a variety of math instructional strategies across the week keeps students engaged and helps identify gaps in understanding

  • Strategies like number talks, math journaling, graphic organizers, and cooperative learning develop reasoning skills alongside math fluency

  • Cultivating a growth mindset is the most important of all instructional strategies for math—it builds the confidence students need to persist through challenges

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Teaching math is challenging, and many students have an aversion to math. That’s why it’s important to make learning math a positive experience for them. You have the power to change their mindset toward math. They may not always come away loving math, but at the very minimum, they can make peace with it!

As math educators, how can we do this? It’s all about engagement. And how do we create that engagement? We do this by using a variety of math instructional strategies over a week’s worth of lessons.

This article provides a springboard for several ideas to enliven your math lessons. You’ll come away with:

  • 8 math instructional strategies that can be used across elementary grade levels
  • A thorough explanation and examples for these strategies
  • A clearer picture of why instructional strategies for math are important in assessing student understanding

1. “Common Sense” Number Talks

Offer students a problem and give them three different possible answers. Ask them to look at the problem without solving it and determine which answer seems most reasonable.

For example, Anita sees a price tag on a dress. The original cost of the dress was $85.95, but the sign says that there’s a sale—30% off the price tag. Here are three possible prices: $69.00, $53.95, $26.75. Which price would be the most reasonable estimate and why? Then, let students calculate the answer and compare it to their best guess. Which of the original possible prices was the closest? Did they guess it correctly? Have them explain their reasoning. Encourage them to look at the problem in different ways. What operations are they using mentally? Is there any answer they could cross out right away? What rounding and estimating techniques did they use before they actually solved the problem?

2. Math Journaling

Journaling is an effective tool in language arts and can also be a useful strategy in math class. Math journals, whether on paper or digital, provide students with a way to document their answers to open-ended problems. They can include diagrams and illustrations that display the process they used to solve a particular problem. In addition to these “show your steps” notes, journals can be used for student reflection. As their teacher, you can provide appropriate prompts, such as “What did you think was the most difficult part of this problem? Why did you use this particular pathway to solve the problem? Now that you’ve solved it, can you think of an easier route to get the answer?”

One of the key benefits of journaling is “metacognition,” which simply means it gives students an opportunity to analyze their own thinking. Their journal notes will not be shared in class, just with you, their teacher. Even though journal notes are not a formal assessment, the students’ reflections and displayed work will help you to determine areas where understanding can be improved.

3. Graphic Organizers

For students, one of the most difficult challenges is breaking down problems into manageable steps. Graphic organizers can be a huge help in this regard because they provide students with a visual process of categorizing aspects of problems. Before using a new graphic organizer in the classroom, show the students how it’s separated and how color-coding might be used where appropriate.

It’s a good idea to walk through a sample problem so they can get a feel for how the organizer can help them tackle the problem step by step. For a new topic, you can provide partially filled-in organizers to scaffold their fledgling reasoning.

For example, most students have some anxiety related to solving word problems. A graphic organizer mat specifically designed for word problems might be separated into five pieces. In the first box, students explain what they need to solve. In the second, they can list one or more strategies they might use to work toward a solution. In the third, they can explain their step-by-step process. In the fourth, they can provide their answer and their reasoning. Finally, in the last box, they can show how they checked their answer. Word problems are less threatening when they are broken apart in this way.

Another very useful graphic organizer is called the Frayer model. It’s perfect for building math vocabulary and understanding definitions. This organizer is divided into four areas, with the word you are working with in the center.

For example, suppose you’re introducing different types of polygons. The top left-hand box in the Frayer template can provide a definition. Then, students can fill out the top-right-hand box with some properties of that particular polygon. The bottom left box can show some matching examples of that polygon, and the bottom right can show some polygons that don’t match the definition, in other words, the nonexamples.

4. Cooperative Learning

Teaching in small groups has long been part of the instructional toolkit for math. Some teachers are reluctant to use this strategy for fear that the strongest students will dominate the other students in the group, and the others won’t do their part. The truth is that once students enter the world of work, much of their problem-solving will involve working in teams. Cooperative learning provides an opportunity for them to learn new math concepts in a collaborative environment, one that has the potential to increase both their math and social confidence.

It’s a good idea to set up some ground rules before using cooperative learning to work on new math skills. Encourage students to improve their active listening and communication skills. Ask them how they will handle conflicts if not everyone in the group agrees on how to resolve them. Inquire about how they will provide constructive feedback when it’s clear that some students are weaker than others in particular skills.

Explore K-8 Math Resources

See how Discovery Education can support math.

5. Math Games

Do you remember the game of hangman? You can use it to teach math vocabulary in a classroom setting. Divide the class into groups, then have each group take a turn to guess a letter. Will the class guess the math vocabulary word before the stick figure is drawn? Choose a long word with not too many repeated letters to make the game more challenging than usual. A dodecagon or an equiangular are some examples. After the word is guessed, you might segue to a Frayer model sheet to discuss definitions as well as examples/nonexamples.

Another fun game that gets kids moving and thinking is a place value competition. Give each student a card with a number. The challenge is to have them line up to form the largest possible number. Another variation of this game is to use decimals such as 0.14, 0.05, 0.006, 0.0007, and have the students arrange themselves in a line based on which value is the largest or smallest.

Beyond physical activities, many classrooms also find success by incorporating digital tools into their weekly rotations. By using a math program such as DreamBox Math, you can offer students a gamified environment to practice skills at their own pace on their own devices.

6. Differentiated Instruction

It’s no surprise that the students in your classroom learn best in different ways. Differentiated instruction strategies for math address diverse learning styles, skill sets, and environments. Some students might learn visually, some might learn best by listening, and some might learn best by working with manipulatives. In addition to offering students different ways to learn, another differentiated instruction strategy is to adapt your lesson plans to the range of each student’s skills.

The environment is also a factor. Some students learn best by reading a lesson aloud or watching you work through examples on the board or overhead. Others work best in small groups where they can learn from other students as well. Make the effort to carve out one-on-one time with each student at least once a week to hone in on weak skills. Varying your presentation several times a week ensures that you’re giving all the students in your class the best learning opportunities.

Another engagement strategy is to find out your students’ interests. Do some students love art? Are some excited by music or sports? Word problems in particular can be made more engaging by building them around students’ common interests.

7. Explicit Teacher Modeling

When introducing a new concept, you can model it for students step by step. “First, I’m going to show you how I would do this problem and the thinking I go through. Then, we’re going to do it together in class. Then you’re going to try solving the problem on your own.” A step-by-step walkthrough using manipulatives or drawings while you talk slowly through the process will help students understand that you still have to “think through” different ways to tackle a problem. Teachers don’t automatically know the answer! They have to use number sense and math reasoning, too.

8. Growth Mindset

Probably the most important of all math instructional strategies is to display a growth mindset in the classroom. Some historical examples might be useful here. Even geniuses like Albert Einstein complained about their mathematical challenges. If a student says, “I’m not good at math,” you might share that you weren’t automatically good at math either. Practice and an embrace of challenges with excitement are solid virtues for the mathematics student to cultivate. Encouraging these traits will help them both in math and in life. At the start, emphasize developing a deep understanding of math and a trial-and-error mindset. Timed practice and tests can come later once students have developed the confidence to move quickly.

Using different math instructional strategies in your classroom will help you identify where students are catching on and where their understanding is slow or incomplete. Although this type of observation provides qualitative, not quantitative data, it’s still incredibly valuable information you can use to adapt and enrich your future lessons.

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Elementary Math Teaching Guide: Strategies That Work https://www.discoveryeducation.com/blog/teaching-and-learning/elementary-math/ Tue, 16 Jun 2026 16:51:59 +0000 https://www.discoveryeducation.com/?post_type=blog&p=215427 Key takeaways Elementary math focuses on foundational skills and concepts to develop number sense, critical thinking, and conceptual understanding Identifying clear objectives and learning goals will help teachers determine which strategies to use Celebrating progress over perfection is a key way to build students’ courage and confidence in math Helping students build a strong mathematical […]

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Key takeaways

  • Elementary math focuses on foundational skills and concepts to develop number sense, critical thinking, and conceptual understanding

  • Identifying clear objectives and learning goals will help teachers determine which strategies to use

  • Celebrating progress over perfection is a key way to build students’ courage and confidence in math

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Helping students build a strong mathematical foundation is one of the most important responsibilities for any elementary teacher, but it doesn’t have to feel overwhelming. While most students benefit from personalized instruction, many effective teaching strategies can help all learners succeed in math. From creating purposeful lessons and activities to encouraging a growth mindset and celebrating progress, the strategies in our guide are intentional, engaging, and focused on making sure students truly understand (and enjoy!) learning elementary math.

What does elementary math typically focus on?

Elementary math focuses on a wide range of concepts and skills, starting with basic knowledge such as counting, cardinality, and shape identification, and progressing in complexity as children demonstrate understanding. In the early elementary years, students approach math concretely, using manipulatives (physical objects) and other learning tools before moving to visual representations and, eventually, to more abstract thinking and problem-solving.

Key focus areas include:

Number Sense

Number sense, the ability to understand numbers and how they work together, is an essential part of a child’s math development. Students with strong number sense can confidently explore numbers and develop efficient, flexible strategies for approaching and solving problems.

  • Place Value

Developing number sense allows students to understand place value, that the value of a digit depends on its position (hundreds, tens, ones). Place value is the foundation of many mathematical concepts, including addition, subtraction, multiplication, and division. Understanding the value of a number is essential for solving problems accurately and applying math to real-world situations. When students understand that numbers mean something, they often become more active participants in their own learning.

Operations and Computational Fluency

Number sense and operations go hand in hand. While number sense is understanding what numbers mean, operations are the “action,” or computation performed on those numbers. In elementary math, students focus on developing fluency with math facts and calculations, as well as strategies to solve real-world problems.

Algebraic Thinking

Algebraic thinking in elementary school focuses on recognizing and identifying patterns, describing quantities and how they change, understanding mathematical rules, and working with unknown values in equations. Students begin to understand how to make generalizations by noticing patterns or representations and realizing that these patterns and representations work in many situations. Early algebraic thinking matters because it helps develop reasoning and problem-solving skills, encouraging students to think logically and move beyond simply finding the answer.

Geometry and Measurement

In elementary math, students focus on developing spatial reasoning, which is the ability to “see” and manipulate shapes in their minds. They recognize and classify 2D and 3D shapes and eventually learn to create more complex shapes from simpler ones. They also begin measuring angles and calculating perimeter and area, applying these skills to real-world situations and problems.

Data Analysis

Students learn to collect, sort, classify, represent, interpret, and present data using hands-on materials, simple graphs, or tally charts. Early on, students focus mostly on categorical data, which describes categories or groups, often based on similarities, such as “favorite sport,” “favorite subject,” or “favorite color.” Students eventually progress toward understanding data by noticing patterns, comparing quantities, or finding totals.

Explore K-8 Math Resources

See how Discovery Education can support math.

10 Effective Strategies for Teaching Elementary Math

1. Conceptual Understanding First

Making sure that your students truly understand a concept is the most important part of teaching elementary math. Conceptual understanding is not a separate math lesson; rather, it is incorporated into lessons from the very beginning and is the foundation for all effective teaching strategies. Students develop understanding through hands-on exploration, visual models, discussion, reflection, and connecting math to daily life. Teachers should allow students to solve problems in different ways so they understand that math is about reasoning, flexible thinking, patterns, and relationships between numbers.

2. Purposeful Lesson Planning

When you are designing strategies for your students, make sure to identify clear objectives and learning goals. What do you want your students to understand and be able to do? This will inform the rest of your strategies and ensure that your math lesson is purposeful, effective, and focused.

3. Clear Instruction, Modeling, and Guided Practice

With direct instruction, the teacher explains the concept step-by-step. Then, they model the skill and demonstrate how to do the work. Next, guided practice allows students to try the activity with the teacher’s support and feedback, building the confidence to work independently. These three steps are important because they provide a clear, structured way for students to receive instruction and demonstrate understanding before moving to independent work.

4. Differentiated Instruction

Every student is unique, and differentiated instruction allows teachers to adjust learning goals, activities, and assessments based on individual needs and learning styles. Simply put, there is no “one size fits all” approach to teaching elementary math. In fact, implementing effective strategies allows teachers to tailor lessons to their unique learners.

5. Meaningful Games and Activities

Games and hands-on activities encourage active learning, which increases engagement and motivation. Purposeful activities can also help simplify complex concepts, encourage deeper understanding, and develop problem-solving skills. For example, DreamBox Math, an interactive online math program, uses games and fun challenges to help reinforce math concepts.

6. Small Group and Partner Work

Small-group work allows students to actively discuss their ideas and listen to different approaches to solving a math problem or challenge. This discussion and collaboration also help students develop confidence in explaining their own mathematical process, which deepens their understanding. Teachers can also provide more individualized instruction, for example, by pulling a small group to reteach a concept or give students an extra challenge.

7. Formative Assessments

Formative assessments allow teachers to quickly gather information throughout the lesson to monitor student learning in real time. These assessments can also help identify misconceptions to correct before the lesson progresses. Examples of formative assessments include “think-pair-share,” where students discuss with a partner before sharing with the class; online polls or quizzes on an interactive learning platform; or exit tickets to find out what students understand and what questions they still have.

8. Connect Math to the Real World

Connecting math for elementary teachers to daily life is an essential teaching strategy because it allows students to see that numbers are everywhere! Hands-on activities like cooking, building, or even designing their “dream home” make learning new concepts exciting. Even the youngest students can connect math to the real world.

9. Provide Feedback

While teachers should always communicate with students’ parents or caregivers, providing direct, individual feedback to students themselves is an invaluable way to gauge how they feel about their math progress. Meeting one-on-one is also a great way to build relationships and show students that they are valued and respected.

10. Encourage a Growth Mindset

When students see mistakes as an important part of learning, it encourages grit and perseverance. When teachers celebrate effort and progress, rather than perfection, it encourages students to take educational risks and tackle challenging concepts.

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How to Differentiate Instruction: A Guide for Teachers https://www.discoveryeducation.com/blog/teaching-and-learning/differentiated-instruction/ Thu, 21 May 2026 19:50:32 +0000 https://www.discoveryeducation.com/?post_type=blog&p=214682 Key takeaways Differentiated instruction and enrichment opportunities remove barriers and challenge students ready for deeper learning, all without lowering expectations. Clear learning targets and frequent checkpoints allow teachers to identify student needs and catch misunderstandings early. Utilizing flexible grouping and tailored language supports directly improves student access to learning. The question of how to differentiate […]

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Key takeaways

  • Differentiated instruction and enrichment opportunities remove barriers and challenge students ready for deeper learning, all without lowering expectations.

  • Clear learning targets and frequent checkpoints allow teachers to identify student needs and catch misunderstandings early.

  • Utilizing flexible grouping and tailored language supports directly improves student access to learning.

differentiated instruction

The question of how to differentiate instruction is one every teacher ponders from time to time. We understand that offering students multiple paths to mastery of a standard is effective instruction. What’s often less clear is exactly how to differentiate instruction in a way that truly creates those routes.

Understanding what good differentiation does and doesn’t do is the first step. Differentiation is not offering fifteen exclusive lessons to 20 students. That’s an untenable and unrealistic view of what’s truly possible in a classroom. In reality, differentiated instruction provides students with multiple ways to engage with the same concepts at varying levels. It means planning instruction in a way that intentionally builds opportunities to overcome learning obstacles, language barriers, and other challenges that might stand in the way of student mastery. It creates opportunities for enrichment while also making learning more accessible for struggling learners.

The average classroom today serves a variety of students who may have looked very different just a generation ago. Our classrooms are filled with students from different backgrounds, language experiences, skill levels, and learning needs. This creates incredible opportunities for growth and collaboration in the classroom, but it also requires educators to think carefully about how to differentiate instruction.

Teachers also have access to more digital supports than ever before, including tools available through a K-12 teaching and learning platform.

What is differentiated instruction?

At its core, differentiated instruction means using what we already know about effective teaching practices to intentionally provide students with the support they need to access learning. It’s recognizing that barriers to learning are not always tied to a student’s ability or understanding of a concept.

Sometimes a student understands a concept long before they can comfortably explain it out loud or in writing. Other students may know exactly what to do but struggle to focus during certain parts of instruction due to distractions, noise, or the classroom pace. Differentiation asks teachers to carefully examine those situations before assuming a student simply doesn’t understand the material.

Because differentiated instruction does address so many unique needs, it can feel chaotic and overwhelming in theory. In practice, however, it often brings order to confusion. As with so many things in education, differentiation starts with classroom management. Simply understanding what a teacher expects and how students should move through the day can provide foundational support that helps reduce anxiety, sensory overload, and other learning barriers. From there, teachers are better able to focus on specific instructional strategies.

A good place to start when differentiating a lesson or unit is to consider three questions:

  • Where will students struggle during this lesson?
  • What can I do to prevent that struggle?
  • How can I provide enrichment for students ready for a more challenging approach?

Why is differentiated instruction important?

We all know that every student learns differently. We know it so well that it’s become an educational cliché. However, the conversation often stops before we ask, “What are the consequences of not planning for this reality in our everyday practice?”

When we strive to provide instruction that students can meaningfully access, we create a layer of stability that can’t exist without intentionality. Frustration is a natural byproduct of instruction that constantly leaves students feeling incapable or defeated. Over time, that loss of confidence becomes part of how students define themselves as learners. Before long, students may develop gaps in their learning, a negative view of their abilities, and growing distrust in what school can offer them.

On the other hand, that same student in a classroom with language supports such as sentence frames and vocabulary scaffolds can use those tools to work past some of that frustration. Through strategic partnering, they’re able to participate more comfortably in discussions and spend less energy keeping up with the language demands of the lesson. That shift allows them to focus more directly on the learning.

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How to differentiate instruction

After setting and explicitly teaching procedures and expectations in the general classroom, it’s time to start thinking about how to most effectively differentiate specific concepts, standards, and lessons. A good place to start is by identifying exactly what students should know or be able to do by the end of the lesson. Having a clear understanding of what students should be able to do after mastering a concept provides a blueprint for instruction. Well-intentioned differentiation falls apart if the teacher doesn’t fully internalize what they are teaching and assessing.

For instance, a lesson designed for sixth graders to solve real-world problems using ratios and unit rates is not about English proficiency or reading stamina. It’s measuring a student’s ability to understand ratios and unit rates while applying proportional reasoning. A simple, clear, student-friendly learning target might be, “I can use ratios and unit rates to solve real-world math problems.”

However, learning targets themselves don’t create full differentiation. They show students the end goal, but building success criteria around that learning target shows students the steps needed to get there. Good success criteria for this target isolate mathematical thinking. Those guideposts help both the student and the teacher understand the actual learning taking place and avoid false negatives.

Success criteria for this target might look something like this:

  • I can identify the ratio in the problem.
  • I can calculate a unit rate.
  • I can explain how I solved the problem.
  • I can compare two ratios to answer a problem.

After intentionally determining the learning path to mastering the standard, it’s time to consider the hurdles that might prevent students from reaching that goal. Some potential false negatives in a standard like this might include language barriers, vocabulary gaps, and reading fluency challenges. A dense word problem full of content-specific vocabulary and complex syntax could create multiple issues for students that have nothing to do with their mathematical understanding.

Knowing this, teachers can plan a variety of tools to help remove those barriers. Providing vocabulary cards or posters can help students clarify words like ratio, unit rate, equivalent, and even words that might unexpectedly become obstacles, such as “compare.” Reading the problem aloud initially, highlighting key information, and incorporating visuals can help students overcome reading challenges that might otherwise prevent them from accessing the problem. Students who quickly master the skill can extend their thinking by writing their own real-world problem examples, explaining their reasoning to a partner, or comparing multiple solution methods.

5 Effective Differentiation Strategies

Practically, these supports can be used not just by those with a direct need, but by all students in the classroom.

1. Clarify Learning Expectations

One of the most effective differentiated instruction strategies is to set clear, explicit learning expectations. Learning targets and success criteria that are student-friendly, posted publicly, and referenced often help teachers better identify potential pitfalls students might face.

For example, a student may turn in an essay that appears to show a misunderstanding of a science concept when the real issue is difficulty with writing conventions rather than scientific understanding. A teacher who has clearly identified the intended learning outcome is better able to recognize that distinction and offer students alternative ways to demonstrate learning, such as verbal reports, guided writing supports, or visual representations.

2. Flexible Grouping

Flexible grouping is not just about heterogeneous groupings. That’s too neat a package for the impact flexible grouping can have when used strategically. Groups of students at varying levels can be a powerful way to build classroom community while supporting academic growth. However, many other configurations are possible.

Pairing a student who is strong in computation with a student who excels at mathematical reasoning can create a different kind of learning experience. Grouping bilingual students together during collaborative learning experiences outside of designated English language instruction can help reduce language barriers that may otherwise limit participation. Flexible grouping is most effective when used intentionally and adjusted in response to what the teacher observes during instruction.

3. Language Supports

Language supports carry high value, often at a proportionally small cost. Word walls and vocabulary activities undoubtedly help English language learners, but they are also available for any student who needs clarification. Translating specific vocabulary words into common native languages represented in the classroom can make word walls even more impactful. Teachers looking for additional ideas to support multilingual learners can also explore strategies for English language learners in math.

Sentence starters and stems can help students push past the feeling of “I don’t know where to start!” while also providing stronger support for students with learning gaps. Highlighting and reviewing key terms in readings is a quick and powerful language support that can help multiple student populations better access instruction.

4. Checkpoints

Building in checkpoints helps keep learning moving forward. Good checkpoints offer formative assessments and opportunities to capitalize on teachable moments. Some powerful options are:

  • Exit tickets
  • Turn-and-talk discussions
  • Quick written reflections
  • Thumbs up/down or whiteboard checks
  • Digital polls or short interactive quizzes

Checkpoints work best when they are intentional and planned, but they can also be used during natural moments that arise during lessons.

5. Enrichment

One aspect of differentiated instruction that often gets lost in the demands of teaching is enrichment. Advanced students are too often left to their own curiosity and motivation to push learning beyond the standard lesson. The upside is that once a teacher approaches planning with a differentiation lens, the problem of enrichment becomes easier to solve.

Building in deeper-thinking questions for everyone, or as an extension, can provide more ways to interact with content. Creating original examples, occasionally serving as peer mentors, and inquiry-based follow-ups can all be planned in advance and provide a challenge for any student ready to dig a little deeper.

Closing Thoughts

Differentiated instruction is not about perfection. It’s about good planning that takes into account not only the needs of individual students, but also the potential problems that might arise during learning. Teaching with a differentiated lens is not about unrealistic demands that require more time and energy than any teacher could reasonably be expected to have. It’s about intention, high-impact strategies, and having a plan before instruction even begins. Small intentional changes are at the heart of differentiated instruction.

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Tier 1 Instruction: Strategies for Stronger Classrooms https://www.discoveryeducation.com/blog/teaching-and-learning/tier-1-instruction/ Tue, 19 May 2026 14:56:33 +0000 https://www.discoveryeducation.com/?post_type=blog&p=214529 Key takeaways Strong Tier 1 instruction is less about perfection and more about responding intentionally to the students sitting in front of you. Small classroom supports like routines, scaffolds, and formative assessments can prevent frustration and learning gaps before they grow. When Tier 1 instruction works well, more students stay connected to learning and intervention […]

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Key takeaways

  • Strong Tier 1 instruction is less about perfection and more about responding intentionally to the students sitting in front of you.

  • Small classroom supports like routines, scaffolds, and formative assessments can prevent frustration and learning gaps before they grow.

  • When Tier 1 instruction works well, more students stay connected to learning and intervention systems are able to provide more meaningful support.

tier1instruction

The comforting reality is that if you’ve spent any time as a classroom educator, you already know what Tier 1 instruction is, even if you didn’t call it that. At its core, Tier 1 instruction is high-quality teaching that meets the needs of as many learners as possible. Intentional planning around what students need to learn and how teachers will know they understand it is the first step. 

Tier 1 instruction is arguably the foundation of modern education. When it’s done well, 80–90 percent of students are able to move through school building confidence, independence, and mastery of skills over time. When Tier 1 instruction breaks down, students experience frustration and learning gaps that could have been avoided from the beginning. Without strong frontline instruction, intervention programs and special services can become overloaded with students whose struggles may stem more from missed instructional opportunities than from learning disabilities, language barriers, or other deeper needs.

The good news is that Tier 1 instruction does not depend on perfection. In fact, it often succeeds most in the messy moments. The most effective Tier 1 instructional strategies are usually the ones that respond directly to the students sitting in front of you.

What is tier 1 instruction?

Tier 1 instruction is everyday teaching and learning, but that doesn’t mean it’s ordinary. Traditional models of education often relied on a single pathway to mastery, but modern classrooms recognize that students learn in many different ways and may need different supports to reach the same goal. That thinking sits at the heart of Tier 1 instruction.

The process starts with teachers deeply understanding the learning themselves and then planning for the very specific students sitting in front of them. It’s building language supports for multilingual learners and reading supports that help students stay focused on the task at hand rather than struggle with barriers unrelated to the learning itself. It’s reflecting after lessons, thinking about how to reteach or spiral back to difficult concepts, and addressing misconceptions.

Strong teachers notice what is happening during a lesson as it progresses. They pick up on misunderstandings and already have a plan for how to respond. They’ve already planned checks for understanding. They’ve built in supports like sentence stems and vocabulary scaffolds so unrelated deficiencies don’t impact the current learning. They provide time for students to discuss their learning with their teacher and peers. They use observation and formative assessment to adjust lessons as the work goes.

At its best, Tier 1 instruction allows more students to stay connected to grade-level learning before frustration and gaps begin to grow.

What are Tier 1 instruction examples?

Strong Tier 1 instruction starts before the lesson even begins. It is planned with intention and practiced throughout the entire school year. Stepping into a classroom where students are engaged and feel safe can seem like magic, but in reality, these learning spaces are created by practicing expectations until they become almost muscle memory.

That environment builds mutual respect and creates fewer distractions pulling students away from the work. Once that foundation is in place, teachers can focus more fully on helping all students work toward the same learning goals. When a learning environment is primed for learning, teachers can provide work that supports struggling learners while not restricting high achievers. Quality Tier 1 instruction doesn’t separate learners. It provides support in ways that allow more students to stay connected to the learning.

Once these supports are in place, learning targets and success criteria help students understand where the lesson is going and what success looks like. From there, teachers can build in tools like anchor charts, sentence stems, and targeted educational resources to support specific learner needs. These supports help students access material more independently.

These supports are available to everyone. Instead of waiting for students to struggle before stepping in, every learner has access to tools that help them participate in the lesson and engage with the content at their current level. Teachers can also use a k-12 teaching and learning platform like Discovery Education to provide additional scaffolds, enrichment opportunities, and differentiated support throughout instruction.

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What Is Tier 1, Tier 2, and Tier 3 Instruction?

The tiers are often explained as steps students move up and down, but that picture doesn’t always fit what happens in real classrooms. When a student moves into Tier 2 support, Tier 1 instruction does not disappear. In fact, Tier 2 is layered onto the Tier 1 instruction they’re already receiving. The support is added on, not separated out.

Tier 1 is the core of the learning experience. It is thoughtful and scaffolded classroom instruction. It’s whole-group learning, where students raise their hands to read, answer questions, and debate ideas, but it’s also small-group work with the teacher focused on specific goals. Tier 1 is at its finest when students who struggle to translate their thoughts into English have access to translation tools and sentence stems. It’s the same classroom where another student can listen to an audio recording of an article on biodiversity, so their reading challenges don’t hide their scientific insights.

For the 10% who need a bit more support than the everyday classroom can provide, Tier 2 steps in. It adds another layer to help students fill gaps or prevent gaps from forming. Ideally, Tier 2 takes place in small groups of no more than 5 or 6 students. These groups focus on shared needs identified through assessment data and teacher observation. Tier 2 groups are fluid and responsive to what teachers are seeing in the Tier 1 classroom. With both Tier 1 and Tier 2 support, many students regain confidence and continue finding success in the classroom.

For the learners that data and observation show are still struggling, Tier 3 provides an even more specific intervention model. Instruction often happens one-on-one or in very small groups. These learning opportunities are personalized around the student’s needs and the specific gaps that still need support.

The goal of these tiers is not to separate students from the classroom experience, but to provide support before small struggles become larger barriers to learning.

Why is Tier 1 instruction important?

Tier 1 instruction covers the vast majority of a student’s school experience. Even a student who spends multiple cycles in Tiers 2 or 3 still receives most of their instruction through the Tier 1 model. This is where students learn, socialize, develop executive functioning and soft skills, and discover their strengths. In this classroom, students can embrace their struggles by using the tools they’re given with as much confidence as they approach their personal brilliance.

However, when that falls apart, the opposite occurs. Students can easily become frustrated, withdrawn, or even aggressive. They are forced to spend energy on not looking bad, seeming different, and simply surviving the day. Learning, behavior, and classroom culture often begin to suffer.

Teachers find themselves reteaching concepts at an increasing rate. Tier 2 recommendations begin to grow, which can bloat those groups to the point that they become less effective and no longer function as true Tier 2 interventions anymore. The same thing can happen in Tier 2, creating similar overflow into Tier 3.

Strong Tier 2 and Tier 3 support matter deeply, but when Tier 1 instruction isn’t working properly, everyone feels the effects. Because every student experiences Tier 1 instruction daily, it has the power to shape not only learning but also confidence, classroom culture, and the overall success of the school environment.

5 Effective Tier 1 instructional strategies

1. Predictable Classroom Routines

As adults, it’s easy to forget what it’s like to navigate the world without fully formed executive functioning. Sometimes adults want to vilify students who can’t seem to keep themselves together in the middle of 20 other children, multiple adults, and all the ephemera of a modern classroom. In reality, simply regulating in that environment takes a great deal of self-control.

Classrooms with predictable expectations and clear-cut procedures reduce that mental load and free students to focus more of their energy on the lesson itself. The beautiful thing about this strategy is that many teachers are already doing it: posting clear expectations, updating schedules, and practicing procedures until they become routine.

2. Formative Assessments and Exit Tickets

Having a full picture of a student’s strengths and needs can’t happen without careful monitoring and tracking. While benchmarks and summative data matter, the quiet star of Tier 1 instruction is formative assessment used to guide classroom learning.

Quick writes, thumbs-up/down polls, exit tickets, and turn-and-talks can provide almost immediate insight into student understanding before small misunderstandings become larger learning gaps.

3. Captions and Translated Vocabulary

A very simple yet powerful Tier 1 support comes from best practices for multilingual learners but can easily support many different types of learners. When showing learning videos, turning on captions in a student’s native language can make a huge difference in comprehension and engagement.

English captions can also support students with audio processing difficulties, attention challenges, or students who simply understand information better when they can both see and hear it at the same time. Translating vocabulary words is another quick support built on the same idea.

4. Chunking

Breaking large or complicated tasks into smaller, more manageable steps is another high-impact Tier 1 strategy that helps students access learning on a daily basis. Instead of becoming overwhelmed by the size of an assignment before they even begin, students can focus on one piece of the learning at a time.

This can be as simple as breaking a project into checkpoints or pausing during reading to discuss and process the learning before moving on.

5. Modeling Mistakes and Revision

How we treat mistakes can impact student outcomes in powerful ways. Strategies like “my favorite mistake” help students see common misunderstandings, recognize they are not alone when they struggle, and understand that getting something wrong does not mean learning has stopped. Using exemplars and student samples to revise and edit writing can provide that same kind of support while building confidence in the revision process.

Intentional Tier 1 instruction

Tier 1 instruction sits at the center of everything else. When it works well, more students stay connected to learning, intervention systems become more targeted and effective, and classrooms become places where students feel capable instead of defeated.

None of this requires perfection. Strong Tier 1 instruction is built through intentional planning, responsive teaching, and the small decisions teachers make every day in support of the students sitting in front of them.

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15 Engaging Activities for The Last Day of Class https://www.discoveryeducation.com/blog/teaching-and-learning/last-day-class-activities/ Tue, 05 May 2026 16:16:17 +0000 https://www.discoveryeducation.com/?post_type=blog&p=213794 Key takeaways Keep students engaged with classroom-tested ideas that actually work at the end of the year Use low-prep activities you can implement immediately Maintain meaningful learning without defaulting to filler There’s something about the end of standardized testing that makes time seem to stand still. Students are restless, teachers are exhausted, and the idea […]

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Key takeaways

  • Keep students engaged with classroom-tested ideas that actually work at the end of the year

  • Use low-prep activities you can implement immediately

  • Maintain meaningful learning without defaulting to filler

student in hall approved

There’s something about the end of standardized testing that makes time seem to stand still. Students are restless, teachers are exhausted, and the idea of opening a workbook one more time feels like a step too far.

What teachers need at that moment are activities that are quick to implement, engaging for students, and still meaningful enough to support learning.

15 Last Day Class Activities

Virtual Field Trips

If you need something engaging that doesn’t take a lot of prep, virtual field trips are an easy win. Discovery Education’s k-12 online learning platform offers a wide range of virtual field trips that let students explore places and ideas they wouldn’t otherwise get to experience in the classroom.

There are enough options to match different interests, so you can pick something you know will land with your group and use it as a starting point rather than a standalone activity.

You can take it in a few different directions depending on your class. Sometimes it’s just a quick stop and jot about something they noticed, while other times you can lean into it with a simple project or hands-on follow-up. The goal isn’t to extend it too far, but rather to give them a way to stay with the learning a little longer.

If your group tends to rush through things, giving them one or two things to watch for ahead of time helps keep them more focused while they’re viewing.

Board Game Tournament

Set up a simple board game rotation and turn it into a tournament. This is one of those school activities that students immediately buy into.

Not every student needs to play at once, and having students wait for their turn builds anticipation and keeps the energy up. You can run this in rounds or stretch it across multiple days as students advance.

This also works well when your class is split for differentiation or enrichment, since students can move in and out without disrupting the flow.

Keep expectations clear so it doesn’t turn into free play, and use a simple bracket on the board so students can see where they are. Without it, you’ll spend more time answering “Who do I play next?” than actually running the activity.

Reflection Walk Posters

Post a few pieces of chart paper around the room with prompts like “My favorite moment this year,” “Something I’m proud of,” or “A time I showed growth.”

Give students markers, put on some low background music, and let them move around the room, writing as they go. It shifts the energy in the room noticeably. Students stay active, but the tone becomes calmer and more reflective.

This fits naturally into the last day class activities when you want to keep things meaningful without adding a lot of structure.

If students tend to cluster in one spot, limit the number of students at each poster at a time to keep things moving.

Campus Scavenger Hunt

When students start getting restless, this is an easy way to get them moving without losing structure.

Create a short list of items for students to find around campus, then take them on a guided walk and have them work in small groups. It has that field-trip feel without the logistics, and the change of environment does much of the work for you.

Give each group something sturdy to write on. It seems small, but it makes a big difference once you’re outside.

This works well within end-of-year activities that help reset the energy while still keeping things purposeful.

Welcome to Mars School

If your students have written a “letter to your future self” before, this is a fun way to flip that idea into something more engaging.

Instead of writing to themselves, students imagine they’ve just arrived at a school on Mars and write an introduction to a completely new group of classmates. What are they good at now? What have they figured out this year? What would someone new need to know about them?

Students tend to open up more when they’re not writing directly about themselves, even though that’s exactly what they’re doing.

If they get stuck, offering a quick example out loud is usually enough to get things moving.

For older students, you can shift the prompt and have them design a new school on Mars—what should stay the same, and what would they change?

Explore K-12 Classroom Management Resources

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Would You Rather (End-of-Year Edition)

Need something quick that still gets everyone talking? Pose a series of “Would You Rather” questions and have students choose a side, discuss, or even move around the room.

  • Share a snack with a great white shark or a humpback whale
  • Have recess in a snowstorm or in 100-degree heat
  • Travel to the past or the future for one school day
  • Work alone all year or work in a group every day
  • Be really good at one subject or pretty good at everything
  • Be known for being kind or being smart

Students explain their thinking, disagree a little, and stay engaged without much setup.

Set clear expectations before you start, especially around movement and volume, since the energy builds quickly once they get into it. This fits naturally into last day class activities you can run in quick bursts or let turn into a longer discussion.

Silent Puzzle Challenge

For a quieter reset that still keeps students engaged, this one delivers.

Use simple jigsaw puzzles and let students choose their groups, but give each group one rule: no talking. The silence becomes part of the challenge, and students quickly find other ways to communicate as they work together.

Model what “no talking” looks like before you start, so you’re not answering the same questions once they begin.

Students get surprisingly invested in this. It feels low-pressure, but it still requires focus and teamwork.

Rock Paper Scissors Tournament

Competition in the classroom can be a bit of a double-edged sword, especially at the end of the year when energy is high.

Have students pair up and play best two out of three, then have winners move on until you’re down to the final two.

Once you get there, slow it down. Make it best of five or seven, and let the class gather around to watch. This quickly turns into a memorable moment for the whole class.

Set expectations clearly before you start, and keep an eye on how students respond during the final round to ensure it stays inclusive.

Quick Word Search

This is an easy option to have ready for those odd gaps in the schedule.

Using Discovery Education’s word search generator, you can create and print a puzzle in just a few minutes. It works well as a morning task, an early finisher activity, or a reset after something more active.

Keeping a few printed ahead of time can save you on those unpredictable days.

Classroom Relay Challenge

If your class has a lot of energy and nowhere to put it, this is a good way to channel it without things turning into chaos.

Framing it as class versus teacher keeps it fun and avoids student-against-student competition. Set up a relay where students rotate through one at a time, working toward a shared goal.

Take a few minutes up front to go over expectations. Once things get loud, having clear routines in place makes a big difference.

Compliment Posters

Students usually take this more seriously than you’d expect.

Run it scoot-style or use larger posters with sticky notes, but either way, students write positive comments for each other.

You’ll see them going back to read what was written or wanting to share it with you, and it gives them something they’ll actually want to keep. This is one of those end-of-year activities that sticks.

Fractured Fairytale Skits

It takes a little more setup, but it’s worth it.

Have students work in groups to adapt a familiar fairy tale with a twist. Keep it short. Three minutes works well, so the focus stays on quick thinking.

They’ll write, assign roles, build simple props, and rehearse. It can get loud, but it’s the kind of noise you don’t mind.

Memory Wall

Put up chart paper with prompts like “Inside jokes,” “That one time…,” or “I laughed so hard when…”

Play music and let students move around, adding memories. Students build off each other, and the wall fills up quickly with moments that feel specific to your class.

It’s low pressure, a little messy in a good way, and a nice way to end on a shared note.

Hallway Puzzle Stations

Have students create large versions of simple paper games like tic-tac-toe or dots and boxes, then hang them in the hallway with pencils attached so others can play.

If you have buddy classes, invite them down! It adds a nice shared element and gives your students a chance to see others interact with their creations.

If you have access to a laminator, swapping pencils for dry-erase markers makes the stations reusable and keeps them looking clean longer.

Create a Class Trivia Game

Have students write trivia questions on index cards and create multiple-choice options for each.

Theme them around content, your classroom, or just fun facts. Those classroom-based questions tend to be the biggest hit.

You can compile them into a simple game or just pull a few at a time to fill those in-between moments during the day.

Conclusion

The stretch after testing can feel long, but it doesn’t have to turn into downtime.

With a mix of structure, creativity, and flexibility, those days can still be meaningful.

Having a few options ready makes it easier to adjust to what your class needs, and the right mix of last-day class activities can help you finish the year in a way that still feels purposeful without adding more to your plate.

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25 Classroom Rules to Ensure Student Success and Productivity https://www.discoveryeducation.com/blog/teaching-and-learning/classroom-rules/ Mon, 27 Apr 2026 19:34:54 +0000 https://www.discoveryeducation.com/?post_type=blog&p=213179 Key takeaways Ensuring student success and productivity in school requires structure, consistency, and a positive classroom environment. This can be accomplished with a few clear classroom rules. There is no right or wrong number of rules. Identify what is important to you, as well as your non-negotiables, and use those to help create your list […]

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Key takeaways

  • Ensuring student success and productivity in school requires structure, consistency, and a positive classroom environment. This can be accomplished with a few clear classroom rules.

  • There is no right or wrong number of rules. Identify what is important to you, as well as your non-negotiables, and use those to help create your list of classroom rules.

  • All school and classroom rules must be clear and concise, explicitly communicated to students, and consistently enforced.

student high five teacher approved

The key to student success and productivity in school is structure, consistency, and a positive classroom environment. How do you build that? Through a combination of high expectations, classroom management strategies, and rules inside the classroom

While there is no right or wrong number of classroom rules, it is important to identify what matters to you and explicitly communicate clear, concise expectations to students. Some teachers prefer to create a set of classroom rules at the beginning of the year, using student input. Other teachers identify the expectations that are non-negotiable for them and use these as their classroom rules. Regardless of which method you prefer, here is a list of 25 classroom rules to consider as you decide how to set students up for success in your classroom.

  1. Be Prepared

    Being prepared means not only having all the necessary physical materials ready for class but also entering the classroom mentally prepared with the right mindset and attitude. Both go a long way toward ensuring a successful and productive day in the classroom.

  2. Be On Time

    Nothing disrupts the start to the day or class period like students arriving late. It can disrupt the entire flow of the class for both the teacher and the students. Arriving on time or early ensures each student is prepared to learn and shows respect for the entire classroom community.

  3. Be Kind

    Kindness is at the core of many of these classroom rules. Without it, building a cohesive classroom community and positive culture will be very difficult. It’s critical to hold students to the standard of basic human kindness, as well as model this for students in your interactions with others.

  4. Be Focused

    Success and productivity can only happen when students enter the classroom focused each day. As most educators well know, an unfocused student can very quickly derail an entire lesson and a classroom full of students. Set students up for success by ensuring the classroom conditions are conducive to learning, minimizing disruptions and downtime, and scheduling brain breaks into the instructional day.

  5. Be Curious

    Curious students are engaged and motivated students. Encourage students to be curious, using a variety of strategies and educational resources, such as asking open-ended questions and being supportive of their curiosity.

  6. Be Respectful of Others

    Respect is a two-way street. Every person in a classroom deserves respect, but to receive it, they must be willing to give it. This means that every student’s words and actions are true, helpful, and kind, and that they treat others as they wish to be treated. Set the precedent that disrespect and bullying others will not be tolerated in the school or classroom.

  7. Be Respectful of Others’ Belongings

    Just as the people in a classroom deserve respect, so do their belongings. No student appreciates having their belongings played with or taken, so they should extend the same courtesy to others in the classroom. Be clear with students about which items belong in the classroom and which should be kept at home to minimize distractions and others’ temptations.

  8. Take Care of Classroom Materials

    When students take care of classroom materials, they help ensure the success of all students in the classroom. Set clear expectations for the use of all classroom tools and materials, and help students feel a sense of ownership of these items and the classroom as a whole.

  9. Be Safe When Moving Around the Classroom or School

    This is an important rule to have in both the classroom and school. Students should be clear on what it looks like and sounds like to move safely around the classroom and school to ensure their own safety and the safety of others.

  10. Follow All School Technology Rules

    This is an important school rule, and there is likely a policy in place to support it. It is worth reinforcing in the classroom, though, as well. There should be zero tolerance for students exhibiting any type of unsafe behavior on school devices. This rule must be enforced consistently so that students learn safe and appropriate digital literacy habits.

  11. Follow Directions the First Time

    Everything goes much more smoothly in a classroom where students don’t need to be constantly reminded of the rules. To cut down on these constant reminders, clearly and explicitly communicate all classroom rules to students at the beginning of the year and be consistent in enforcing them. Set the expectation early that students need to listen to directions the first time and that they will not be repeated constantly.

  12. Be an Active Listener

    Active listening means students are listening with their entire bodies. Their eyes are focused on the speaker, their ears are open and listening, their body is calm and relaxed, facing the speaker, and their brain is processing what is being said so they can learn, respond, and grow.

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  1. Raise Your Hand

    This is a simple rule found in just about every classroom. Not only does it minimize disruptions and chaos, but it also teaches students patience and turn-taking, and is a sign of respect.

  2. Respect the Opinions of Others

    Students will disagree with one another at some point during the school year. Emphasize the importance of each student feeling safe sharing their opinions in the classroom, and teach students how to respectfully disagree with one another. This is a necessary life skill that will serve students well through adulthood.

  3. Work Cooperatively with Others

    Most teachers require students to work cooperatively with one another at different times throughout the school year, and for good reason. Cooperative learning groups are a great way to reinforce a variety of skills in students, including turn-taking, communication, and conflict resolution. Set clear expectations for cooperative learning by assigning roles, providing feedback, and making a rubric or set of expectations available to students.

  4. Celebrate the Success of Others

    If you aim to build a positive community of learners, then the success of one student is the success of all students. Celebrate these wins, no matter how big or small. This builds a sense of belonging, community, and kindness.

  5. Use an Appropriate Voice Level

    Different voice levels are appropriate at different times and in different areas at school. Students need to be aware of specific expectations and follow them to ensure the comfort and safety of all students.

  6. Take Responsibility for Your Actions

    Students need to learn to own their actions and mistakes and understand that this is part of the growth and learning process. Support students in building this skill through modeling and by cultivating a classroom environment where mistakes are a welcome part of the learning process.

  7. Ask for Help

    Asking for help can be one of the hardest things to do, but self-advocacy is a necessary skill for personal growth. Create a classroom environment where students feel safe asking for help, and reiterate that your job is to help them learn and grow, not judge them for needing help.

  8. Participate

    Students don’t learn by sitting passively in a classroom all day. They need to be active participants in their learning. Encourage this by providing students with opportunities to be the architects of their own learning and by creating a classroom environment where they feel safe participating and sharing.

  9. Be Proud of Yourself and Your Accomplishments

    All accomplishments matter in the classroom. Help students learn to be proud of themselves and their accomplishments by celebrating them as a class. Make a big deal out of student successes, and soon enough, they, too, will feel proud of themselves when they accomplish something and want to celebrate it.

  10. Have a Positive Attitude

    A positive attitude is key to learning and growing, and success can’t happen without it. Model this for students through your words and actions, and teach them strategies for staying positive when challenges arise.

  11. Use Positive Language

    Setting the expectation that students use positive, kind language goes a long way toward creating a culture of positivity and kindness in the classroom. This is an important classroom rule, as disrespectful and inappropriate language can quickly lead to some students feeling unsafe in the classroom.

  12. Do Your Best

    The work may be challenging or tedious at times, and there may be days when students are struggling. Despite those things, we must always expect students to put forth their very best effort. This is an important classroom rule because it’s an important life skill.

  13. Have Fun

    Arguably, this is the most important classroom rule on the list. If you are having fun, the students are too, and having fun at school is the very definition of success.

The post 25 Classroom Rules to Ensure Student Success and Productivity appeared first on Discovery Education.

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Student-Centered Learning: What is it and how to implement https://www.discoveryeducation.com/blog/teaching-and-learning/student-centered-learning/ Tue, 07 Apr 2026 21:01:00 +0000 https://www.discoveryeducation.com/?post_type=blog&p=212255 Key takeaways Student-centered learning puts the student in the driver’s seat, giving them increased autonomy in their learning. The benefits of student-centered learning are numerous, including the development and sharpening of critical thinking and other lifelong learning skills. Despite some obstacles, implementing student-centered learning can become a reality with a few simple guidelines. Imagine a […]

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Key takeaways

  • Student-centered learning puts the student in the driver’s seat, giving them increased autonomy in their learning.

  • The benefits of student-centered learning are numerous, including the development and sharpening of critical thinking and other lifelong learning skills.

  • Despite some obstacles, implementing student-centered learning can become a reality with a few simple guidelines.

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Imagine a classroom in which students are excited about learning. A classroom where students are asking questions, collaborating, and engaged in their learning. A classroom where students are learning by doing rather than just sitting and listening. Does this sound too good to be true? In this era of stringent academic standards, standardized testing, and students as passive receivers of information, it may seem to be, but it’s not. These are characteristics of a classroom where student-centered learning is happening. 

What is student-centered learning?

Student-centered learning puts the student in the driver’s seat by giving them the autonomy to choose what and how they learn. Rather than acting as a vessel to be filled to the brim with knowledge, as in a traditional classroom setting, students in student-centered learning classrooms are active participants in building their own knowledge, with teachers serving as facilitators, guiding and providing continuous feedback. 

How are students constructing their own knowledge? Typically, in a student-centered learning classroom, this is accomplished through active inquiry, collaborative projects, project-based learning, and hands-on learning stations. In other words, the students are doing the heavy lifting instead of the teacher. As the guide or facilitator, the teacher’s goal is not to impart knowledge but rather to spark curiosity in students and encourage critical thinking skills such as questioning, investigating, discussing, and applying. These skills, as well as other lifelong learning skills, are honed as students construct knowledge of concepts through active engagement and discovery. 

In a student-centered learning classroom, learning is performance-based, with a focus on real-world application and student sensemaking. Self-assessment is also a critical component of student-centered learning, as students must take time to reflect on their knowledge construction and learn to make in-flight adjustments. This helps students build important self-awareness and self-management skills that will continue to serve them throughout life.

Benefits of student-centered learning

In addition to strengthening the critical thinking and lifelong learning skills already mentioned, student-centered learning offers numerous benefits. By fostering students’ autonomy, they naturally become more engaged and motivated in their learning because it is interesting to them. They begin to view themselves as the architect of their own learning. This builds intrinsic motivation, a catalyst for improved information retention, deeper learning, and overall greater academic success.

Additionally, student-centered learning allows students to develop and practice communication, teamwork, and social skills. These are skills that many of our students today lack. 

By allowing students to take ownership of their learning, we are helping to put them on the path toward developing a lifelong love of learning, and shouldn’t that be our ultimate goal as educators?

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Challenges of student-centered learning

Despite the many obvious and well-researched benefits of student-centered learning, many educators struggle to overcome a variety of challenges. The biggest challenges of them all are common in schools: lack of time, training, resources, and support from administrators. Without the time and money dedicated to training educators in student-centered learning, many don’t know where to even begin. Most educators weren’t trained to facilitate student-centered learning, so they aren’t equipped with the knowledge or resources to get started. This can make it difficult for teachers who want to implement student-centered learning in their classrooms, particularly if their building administrators don’t support this endeavor or lack the know-how themselves.

Additionally, so much emphasis is placed on content standards, pacing guides, and standardized test scores that many educators feel they can’t stray far from the curriculum provided to them. They are carrying the weight of student growth and success on their shoulders every day, and it often doesn’t seem as though there’s room for creativity.

How to implement student-centered learning

While switching to student-centered learning may seem daunting and come with challenges, a few steps can make the transition a bit easier. 

  1. Adjust your mindset. It’s time to begin thinking of yourself as a facilitator of learning rather than a giver of information. Begin by taking time to reflect on your role in the classroom, and intentionally plan to do less lecturing and leading, and more guiding students through open-ended questions and discovery in your lessons, using a variety of educational resources.
  2. Set expectations for yourself and your students. It’s important to help students understand the changes that are being made and how their role as learners will look different. Additionally, since student-centered learning relies more heavily on collaborative learning, project-based learning, and active inquiry, students need to know what the expectations are for each of these learning strategies. What does successful collaboration look and sound like? What is expected of them when collaborating or working on a project with peers? What does it mean to be an active inquirer? Keep in mind that there is going to be a bit of a learning curve for everyone. This is a new and different way of learning, and that’s to be expected.
  3. Start slow! There’s no need to dive in and change everything at once. That will likely be overwhelming for both the teacher and students anyway. Identify a few student-centered learning strategies to implement, and get everyone comfortable with them before adding more.
  4. Introduce the element of choice to students. This is a critical component of student-centered learning and one that will likely take some time for everyone to adjust to. Choice boards are a simple yet effective way to provide students with autonomy in their learning. By integrating choice boards, you are giving students the freedom to choose which topics to explore or how to demonstrate their understanding of the content.
  5. Encourage student self-assessment. One important aspect of student-centered learning is self-assessment. For many students, this will be a novel concept. Start building those muscles now by encouraging reflection and providing students with opportunities to assess their own learning. It will take time and patience, but eventually, students will learn to be more reflective and thoughtful.

While there may be a learning curve when transitioning to a student-centered classroom, the benefits for students are well worth the time, effort, and planning involved. What could be better than watching students grow into reflective, curious learners who find real joy in learning?

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Poetry in Bloom – Using National Poetry Month to Deepen Student Voices https://www.discoveryeducation.com/blog/teaching-and-learning/poetry-in-bloom-using-national-poetry-month-to-deepen-student-voices/ Fri, 27 Mar 2026 18:09:33 +0000 https://www.discoveryeducation.com/?post_type=blog&p=211647 April is the month we start to see signs of spring. As the weather warms up, the colors begin to peek through, and everything starts to awaken from the cold winter. Emerging green leaves and blooming bulbs and flowers are the perfect inspiration for National Poetry Month—which happens to be April. It’s a great month […]

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April is the month we start to see signs of spring. As the weather warms up, the colors begin to peek through, and everything starts to awaken from the cold winter. Emerging green leaves and blooming bulbs and flowers are the perfect inspiration for National Poetry Month—which happens to be April. It’s a great month to read, write, and explore poetry. 

While poetry is something enjoyed throughout the year, this is the month it can take center stage. It is also a great way for students to express themselves.

 

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Word Choice

One way to get students thinking about how to really show their voice is to think about word choice. Words are the way to show the passion or feelings they are trying to express when writing poems. Encourage students to try several different words when expressing a feeling or description.

Here are a few activities to get students thinking about word choice.

 

Start with the Discovery Education Experience Poetry Channel. You can choose resources and activities geared to your grade level. It’s an easy starting point for any educator!

Strong Words Activity: This activity can be found in Discovery Education Experience and gets students thinking about words that convey more meaning and a stronger description. This would be a good activity to spark creativity with words.

Poetry Slam: Students create and perform Haiku poems, drawing inspiration from a video and sound effect related to the current unit of study.

Voice

You can usually recognize someone by the sound of their voice. Voice is a personal and distinct sound. Voice in poetry is also very distinct and personal. A person’s feelings and word choice show their voice. A way to deepen students’ voices in poetry is to let them explore and express themselves through poetry. Have students try different styles of poetry and explore different word choices. A poetry teacher I had in college always made us write at least 4 versions of a poem. She wanted us to really focus on how to get our voice into a poem.

Inspiration

A good way to get students started is to inspire them. After you have read examples and discussed strong words and how to convey feelings, it is time to pick the style of poem and subject. The best way for students to get started is to study the subject closely, brainstorm words or recall a memory or feeling, and list words that come to mind. Some great themes are: nature, places, pictures, memories, key moments in life, or loved ones.

  • Nature – It is easy for students to sit and observe something as small as an ant or as big as the sky.
  • Places or Pictures – They can easily be observed and described with vivid adjectives.
  • Memories, key moments, or loved ones – Students usually have strong feelings they can use to describe these.

Students’ voices can be deepened with word choice, topic, and the passion they put into writing poetry. The key is to give them the freedom and opportunity to explore and express themselves. Discovery Education Experience has so many resources to make sure your students’ voices are heard.

Delve into Experience and Learn More Ways to Bring Poetry to Life!

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school assembly Picture of Mironda Perkins