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STEM Sports

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STEM Sports® provides turnkey K-8 educational curriculum that combines STEM disciplines with sports!

STEM Sports® provides turnkey K-8 curriculum that uses sports as the real-life application to drive STEM-based, hands-on learning in classrooms, after-school programs and camps. Our modules are aligned with NGSS, and/or CCSS and/or National Standards for K-12 Physical Education.

10/23/2026

🏒🎯 Can your students engineer a better hockey shot?
Earlier this week, we explored how energy transfers to a hockey puck and how students can measure its motion. Now let's take that investigation one step further by challenging students to improve their results.
Using a lightweight puck and a simple, classroom-safe launching method, have students choose a target and complete several trials. Ask them to measure how far each attempt lands from the target and record their findings.
Next comes the engineering challenge: Choose one variable to change and predict how it will affect the results.
Students might adjust the launch angle, modify the applied force, or change the starting position. After making their adjustment, they repeat the experiment and compare the new results with their original measurements.
Did their design become more accurate? Were the results more consistent? What would they change if they had another opportunity?
Teacher tip: Encourage students to change only one variable at a time. This makes it easier to understand which adjustment influenced the results and helps reinforce the importance of controlled experimentation.
It's a hands-on way to connect hockey with physics, engineering, measurement, and critical thinking while showing students that improvement is a process.
Explore more sports-based STEM learning opportunities at https://na2.hubs.ly/H08t59y0

10/22/2026

YOU MAKE THE CALL! Was the shot released before the buzzer? It's one of the most exciting moments in basketball. The clock is running down, a player releases the ball, and the buzzer sounds. Did the shot count?
Now imagine turning that moment into a STEM investigation.
Show students a series of images representing a close basketball play. Ask them to identify when the ball leaves the player's hand and compare that moment with the time remaining on the clock.
Then introduce a challenge: What if the images don't show the exact moment the ball was released? Can students confidently make a decision, or do they need more information?
This opens the door to conversations about timing, measurement, evidence, technology, and the importance of understanding uncertainty.
Teacher tip: Have students explain which observations support their decisions before discussing the official ruling. Encourage them to distinguish between what they can actually see and what they're assuming.
Our newest blog explores how sports officiating can become a meaningful STEM learning opportunity.
👉 Read more: https://na2.hubs.ly/H08wc330
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10/21/2026

🏒📏 How far can you make a hockey puck travel? Let's find out using science!
Earlier this week, we explored how energy transfers from a hockey stick to a puck. Now it's time to investigate what happens after the puck starts moving.
Try this simple classroom activity using a lightweight puck or similar object and a smooth, flat surface. Have students predict how far the object will travel, then use a consistent pushing method to send it across the surface.
Measure the distance, record the result, and repeat the experiment several times.
Once students have collected their data, encourage them to look for patterns. Were the distances similar? Did some trials travel farther than others? What might explain the differences?
Teacher tip: Have students organize their findings in a simple data table and calculate the average distance traveled. For younger students, comparing the longest and shortest distances can provide an accessible introduction to data analysis.
Students can then discuss how changing the applied force or surface material might influence the results.
It's a practical way to connect hockey to physics, mathematics, and scientific investigation.
Discover more sports-based STEM activities at https://na2.hubs.ly/H08t2pg0

10/19/2026

🏒 What makes a hockey puck move across the ice?
It might seem like a simple question, but the answer introduces students to some fascinating physics concepts.
When a hockey stick strikes a puck, energy is transferred to the puck, causing it to move. The amount of energy transferred, along with factors like friction and the playing surface, influences what happens next.
Here's a classroom challenge to get students thinking: Using a lightweight puck or similar object on a smooth surface, have students predict how changing the strength of a controlled push might affect the distance it travels.
Before testing, ask students to explain their predictions. Will a stronger push always make the object travel farther? What other factors might influence the result?
This simple investigation connects sports to force, energy, motion, measurement, and scientific reasoning.
Discover more ways to teach STEM through sports at https://na2.hubs.ly/H08t1M10

10/16/2026

⚽ 🎯 You've measured the angles. You've compared the distances. Now it's time to make the call! This week, we've been exploring how geometry can influence scoring opportunities in soccer. Now let's challenge students to put their findings to work. Give students three possible shooting positions on a soccer field diagram. Each location has advantages and disadvantages. One might be closer to the goal, while another offers a wider shooting angle. Ask students to review their measurements and select the position they believe provides the best scoring opportunity. Here's the important part: They have to explain their decision using evidence. Encourage students to discuss why they chose their position, which factors influenced their thinking, and what additional information might help them make a better decision.
💡 Teacher tip: Have students present their recommendations to the class. Different teams may reach different conclusions, creating a great opportunity to practice mathematical reasoning, communication, and respectful discussion. It's a simple way to help students see that mathematics isn't just about finding answers. It's also about making informed decisions.
Explore hands-on STEM learning through sports at https://na2.hubs.ly/H08kRfx0

10/14/2026

⚽ 📐 Which soccer player has the better shot? Let's find out using math! Imagine two players preparing to shoot. One is standing close to the goal but near the sideline. The other is farther away but positioned directly in front of the goal. Who has the better opportunity to score? Instead of guessing, challenge students to investigate. Using a soccer field diagram, have students mark several shooting positions and draw lines from each position to both goalposts. They can then measure the angle between those lines, record their findings, and compare the results. Students may discover that being closer to the goal doesn't always mean having a wider shooting angle.
Teacher tip: Have students organize their measurements in a simple table that includes shooting position, distance to the goal, and angle between the goalposts. This makes it easier to identify patterns and discuss how multiple variables influence a scoring opportunity. It's a practical way to bring geometry, measurement, and data analysis into the classroom through sports.
Find more engaging STEM learning opportunities at https://na2.hubs.ly/H08kQXD0

10/12/2026

⚽ Where's the best place to shoot from on a soccer field? Most students will have an opinion, but what happens when we ask them to support that opinion with mathematics? Try marking three different shooting locations on a soccer field or classroom diagram. Ask students to predict which location provides the best opportunity to score, then investigate the angles and distances involved.
As students compare their measurements, they'll begin to recognize how positioning changes the angle between the ball and the goalposts. They may also discover that the closest position isn't necessarily the one with the widest shooting angle. It's a simple way to connect geometry, measurement, and critical thinking to a sport students recognize.
Discover more ways to teach STEM through sports at https://na2.hubs.ly/H08kv9H0

10/09/2026

🏐 🎯 The ball landed short of the target. What should students do next? Try again? Not quite.
CHANGE ONE THING. Maybe they: 📐 Change the angle. 💥 Change the force. 📏 Change the starting distance. But here's the rule: Only change ONE variable at a time. Before the next attempt, have students complete this statement: 👉 “If we change _____, we predict the ball will _____.” Then test it. Did the trajectory change the way they expected? Did the ball get closer to the target? What should they change next?💡 That's the difference between simply repeating an attempt and using evidence to improve it. Predict → Measure → Control
👉 Explore sports-based STEM at https://na2.hubs.ly/H08crzt0.

10/08/2026

🚚 Put STEM learning in motion this October—with FREE SHIPPING!
STEM Sports® combines the sports students already know and love with hands-on, standards-aligned STEM learning.
🏀 Basketball
⚽ Soccer
🏈 Football
⚾ Baseball
🏐 Volleyball
🎾 Tennis
⛳ Golf
🏒 Hockey—and more!
Our turnkey curriculum kits include engaging lessons, sports equipment, and science supplies designed to get students thinking, moving, collaborating, problem-solving, and doing.
And during October, curriculum kit orders ship FREE! 📦
Ready to bring more active, hands-on STEM into your classroom, after-school program, or enrichment setting?
👉 Learn more: https://na2.hubs.ly/H08fS2S0

10/07/2026

🏐🎯 The ball missed the target. Now what? Don't just throw it again. MEASURE THE MISS. If students predicted where a volleyball would land, have them compare that prediction with the actual result. 📏 How far away from the target did it land? ⬅️ Did it fall short? ➡️ Did it travel too far? ⬆️ Was the path higher than expected? Then repeat the test. After several attempts, students can compare their results and look for patterns.
💡 Teacher tip: Have students record the same measurements for every trial. Consistent data collection makes it much easier to compare results. The goal isn't perfect volleyball technique. It's getting students to use evidence to explain what happened.
👉 Explore sports-based STEM at https://na2.hubs.ly/H08cq5c0.

Address

3219 E. Camelback Road #476
Phoenix, AZ
85018

Opening Hours

Monday	8am - 5pm
Tuesday	8am - 5pm
Wednesday	8am - 5pm
Thursday	8am - 5pm
Friday	8am - 5pm

Telephone

(602) 845-0316

Website

https://stemsports.com/

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