Digital Resource Center

 

What is BreakoutEDU?
BreakoutEDU is an escape room-like game in which players have to work collaboratively to solve clues to unlock locks to open. There is both a physical and digital version available to play with a wide selection of pre-made games for various content and grade levels as well as the ability to make your own. 

How do I access BreakoutEDU?
There are 20 physical Breakout boxes available at the Innovation Center. The physical breakout boxes can be checked out by teachers by reaching out to Anita Beach at the Innovation Center. 

To access the digital BreakoutEDU content, please reach out to Erin Brown. 

FREQUENTLY ASKED QUESTIONS

• What are the different kinds of BreakoutEDU games?
  • BreakoutEDU has many different types of games to choose from. The first is Lock of the Day; a single game puzzle that challenges students to get their minds geared up for the start of the day. This can be turned on from the Teacher console and fed to the students on a weekday basis. Second, are the BreakoutEDU Digital Games. As many of them are content-aligned, BreakoutEDU games challenge students with multiple digital puzzles and are best worked on in small groups. These games are ready to play with the click of a button. These types of games are the same as the ones students can create in the Game Design Studio. Lastly, are the BreakoutEDU Kit-Based Games. The penultimate BreakoutEDU experience, these games utilize the BreakoutEDU kit and transform any physical space into an interactive learning environment. With thousands to choose from, these games are a favorite amongst thousands of students worldwide.
• What ages are the games for?
  • There are BreakoutEDU games for players in all grade levels. 
• How many people can play with a single kit?
  • Most BreakoutEDU games are best played with 4-5 players per kit. Many teachers use multiple kits and set up the game in different areas of the room to play with a whole class.

Tutorials & Support
Visit BreakoutEDU’s Website tutorial to get started. You may also reach out to Erin Brown or Anita Beach with any questions, assistance with co-planning/implementation ideas, or troubleshooting.

What are Osmos?
Osmo is an interactive, hands-on learning system that combines physical manipulatives with digital gameplay to engage students in subjects such as math, reading, coding, and problem-solving. Using a tablet and reflective camera, Osmo brings real-world objects into the digital environment, allowing students to learn through play and exploration. The district’s Osmo kits include Pizza Co., Coding Starter Kit, Genius Starter Kit, Detective Agency, and Math Wizard and the Secrets of the Dragons, each offering unique activities that support different content areas and skill levels. Teachers can use Osmo in centers, small groups, or independent practice to reinforce concepts in an engaging and interactive way. Designed primarily for elementary students, Osmo helps build foundational skills while promoting creativity and critical thinking.

How do I access Osmos?
Osmos can be checked out by teachers by reaching out to Erin Brown at the Innovation Center. There are 8 Osmos available at the Innovation Center.

What skills can students build with Osmos?

• Problem-solving and critical thinking through interactive, game-based challenges
• Math and literacy skills such as number sense, spelling, reading comprehension, and vocabulary
• Coding and computational thinking with hands-on programming activities
• Creativity and imagination through open-ended games and storytelling experiences
• Fine motor skills and hand-eye coordination by manipulating physical pieces during gameplay
• Collaboration and communication when working with peers in shared activities

What age are Osmos best for?
Osmo kits are best suited for elementary students (K-5). The activities are designed to be developmentally appropriate for younger learners, with hands-on, game-based experiences that support early math, literacy, and problem-solving skills. 

What is Picture-Perfect STEM?
Picture-Perfect STEM is an instructional resource that integrates literacy and STEM by combining high-quality children's literature with hands-on science, technology, engineering, and math lessons. These ready-made lessons are designed to teach reading skills alongside STEM concepts, helping students make meaningful connections across content areas. Each lesson centers around a picture book, with acompanying activities that encourage inquiry, problem-solving, and critical thinking. Books used in the lessons are available in various elementary media centers, and additional titles can be requested from other schools as-needed. 

How do I access Picture-Perfect STEM?
Picture-Perfect STEM can be checked out by teachers in the elementary school media centers. A list of the district's current Picture-Perfect STEM catalog is below. Reach out to Erin Brown at the Innovation Center for more information. 

• Kindergarten
• First Grade
• Second Grade
• Third Grade
• Fourth Grade
• Fifth Grade

What skills can students build with Picture-Perfect STEM?

• Reading comprehension and literacy skills through engagement with high-quality texts
• Scientific inquiry and critical thinking as they ask questions, investigate, and draw conclusions
• Problem-solving and engineering design skills through hands-on STEM challenges
• Cross-curricular connections by linking literacy with science, technology, engineering, and math concepts
• Collaboration and communication when discussing texts and working together on activities
• Creativity and innovation as they design and test solutions

What age is Picture-Perfect STEM best for?
Picture-Perfect STEM is best suited for elementary students (grades K–5). The lessons are designed around picture books and hands-on activities that are developmentally appropriate for younger learners, making them especially effective in primary and intermediate classrooms.

What are Code Mice?
Code & Go Mouse (Code Mice) are hands-on STEM tools that introduce young students to the basics of coding and computational thinking through play. Students use simple button controls or coding cards to program the mouse to navigate a maze, reach a target, or solve challenges. These activities help develop problem-solving, sequencing, and critical thinking skills in an engaging, age-appropriate way. Teachers can use Code Mice in whole-group demonstrations, small-group centers, or STEM stations to reinforce early math and logic concepts. Designed for primary learners, they provide a fun, screen-free way to build foundational coding skills.

How do I access the Code Mice?
The Code Mice can be checked out by teachers by reaching out to Erin Brown at the Innovation Center. There are 5 Code Mice available at the Innovation Center and 1 Code Mouse available at each elementary STEM lab.

What skills can students build with Code Mice?

• Computational thinking by breaking down tasks into step-by-step instructions
• Sequencing and early coding skills as they program the mouse to complete a path
• Problem-solving and critical thinking when debugging and adjusting their code
• Spatial awareness as they plan routes and navigate mazes
• Collaboration and communication when working with peers to solve challenges
• Perseverance and resilience as they test, revise, and improve their solutions

What age are Code Mice best for?
This set is ideal for kids ages four and up. It’s a great way to introduce young learners to coding concepts through hands-on play without screens or apps.

What is Let's Go Code?
Let’s Go Code is a screen-free coding resource that introduces young students to the fundamentals of programming through hands-on, interactive play. Using coding cards, mats, and manipulatives, students create sequences and algorithms to guide movement and solve challenges. The activities help build an understanding of concepts such as sequencing, directionality, and problem-solving without the need for technology.

How do I access Let's Go Code?
Let's Go Code can be checked out by teachers by reaching out to Erin Brown at the Innovation Center. There are 2 kits available at the Innovation Center and 2 kits available at each elementary STEM Lab.

What skills can students build with Let's Go Code?

• Computational thinking by breaking down tasks into step-by-step instructions
• Sequencing and early coding skills as they create and follow algorithms
• Problem-solving and critical thinking when planning and adjusting their solutions
• Spatial awareness and directionality through movement-based activities
• Collaboration and communication when working with peers to complete challenges
• Perseverance and resilience as they test, revise, and improve their ideas

What age is Let's Go Code?
Let's Go Code is best suited for grades K-5. The activities are designed to introduce young learners to foundational coding concepts in a developmentally appropriate, hands-on, and screen-free way. 

What are Osmos?
Osmo is an interactive, hands-on learning system that combines physical manipulatives with digital gameplay to engage students in subjects such as math, reading, coding, and problem-solving. Using a tablet and reflective camera, Osmo brings real-world objects into the digital environment, allowing students to learn through play and exploration. The district’s Osmo kits include Pizza Co., Coding Starter Kit, Genius Starter Kit, Detective Agency, and Math Wizard and the Secrets of the Dragons, each offering unique activities that support different content areas and skill levels. Teachers can use Osmo in centers, small groups, or independent practice to reinforce concepts in an engaging and interactive way. Designed primarily for elementary students, Osmo helps build foundational skills while promoting creativity and critical thinking.

How do I access Osmos?
Osmos can be checked out by teachers by reaching out to Erin Brown at the Innovation Center. There are 8 Osmos available at the Innovation Center.

What skills can students build with Osmos?

• Problem-solving and critical thinking through interactive, game-based challenges
• Math and literacy skills such as number sense, spelling, reading comprehension, and vocabulary
• Coding and computational thinking with hands-on programming activities
• Creativity and imagination through open-ended games and storytelling experiences
• Fine motor skills and hand-eye coordination by manipulating physical pieces during gameplay
• Collaboration and communication when working with peers in shared activities

What age are Osmos best for?
Osmo kits are best suited for elementary students (K-5). The activities are designed to be developmentally appropriate for younger learners, with hands-on, game-based experiences that support early math, literacy, and problem-solving skills. 

What are Ozobots?
Ozobots are small, programmable robots that introduce students to coding and robotics through both screen-free and digital experiences. Students can control Ozobots by drawing color-coded paths and commands on paper or by using block-based coding platforms for more advanced programming. These activities help students learn sequencing, problem-solving, and computational thinking in an engaging, hands-on way. Teachers can use Ozobots in STEM lessons, centers, or project-based learning to support coding and engineering concepts. Designed for a range of grade levels, Ozobots provide a fun and accessible entry point into robotics and computer science.

How do I access Ozobots?
Ozobots can be checked out by teachers by reaching out to Erin Brown at the Innovation Center. There are 18 Ozobots available for checkout at the Innovation Center. 

What skills can students build with Ozobots?

• Computational thinking and coding skills through sequencing and programming with color codes or block-based coding
• Problem-solving and critical thinking as they design, test, and refine their programs
• Creativity and innovation by creating paths, challenges, and interactive projects
• Understanding of robotics concepts such as automation and control
• Collaboration and communication when working with peers on coding activities
• Perseverance and resilience as they debug and improve their code

What age are Ozobots best for?
Ozobots are best suited for students in grades K-8. Younger students can begin with simple, screen-free coding using color-coded markers, while older students can engage in more advanced programming using block-based coding platforms. 
 

What are Sphero indis?
Sphero indi is a screen-free learning robot designed to introduce young students to the basics of coding and computational thinking through hands-on play. Students use color-coded tiles to guide indi’s movement, allowing them to create sequences, solve challenges, and explore cause-and-effect without the need for a device. The robot can also be used with an app for more advanced programming as students progress. Designed for primary learners, indi provides an engaging and accessible entry point into robotics and computer science.

How do I access Sphero indis?
Sphero indis can be checked out by teachers by reaching out to Erin Brown at the Innovation Center. There are 2 sets of 8 Sphero indis available for checkout at the Innovation Center. 

What skills can students build with Sphero indi?

• Computational thinking and early coding skills through sequencing and pattern recognition
• Problem-solving and critical thinking as they plan and adjust paths using color tiles
• Understanding of cause-and-effect by observing how different commands impact movement
• Spatial awareness and directionality as they navigate routes and challenges
• Creativity and imagination through designing their own paths and activities
• Collaboration and communication when working with peers on coding challenges
• Perseverance and resilience as they test, revise, and improve their solutions

What age are Sphero indis best for?
Sphero indi is best suited for students in grades K-2. Its screen-free design and color-coded programming make it developmentally appropriate for young learners who are just beginning to explore coding and computational thinking concepts.

What is K'Nex?
K’NEX is a hands-on building system that uses rods, connectors, and other components to help students design and construct a wide variety of structures and simple machines. It supports STEM learning by encouraging creativity, problem-solving, and an understanding of engineering and physics concepts such as stability, motion, and force. Teachers can use K’NEX in STEM centers, project-based learning activities, or collaborative challenges where students design, build, and test their ideas. It is suitable for a range of grade levels and can be used to reinforce concepts in science, math, and engineering while promoting teamwork and critical thinking.

How do I access K'Nex?
K'Nex can be checked out by teachers by reaching out to Erin Brown at the Innovation Center. 

What skills can students build with K'Nex?

• Problem-solving and critical thinking as students design, build, test, and refine their structures
• Creativity and innovation by exploring different ways to construct models and solve challenges
• Engineering and design skills, including understanding how parts fit together and how structures function
• Spatial awareness and fine motor skills through hands-on building
• Collaboration and communication when working in teams to plan and complete projects
• Perseverance and resilience as students troubleshoot and improve their designs

What age is K'Nex best for?
K’NEX is best suited for students in elementary through middle school, typically ranging from ages 5 to 14, depending on the specific set being used. Younger students (K–2) benefit from larger, simpler pieces that support basic building and fine motor development, while older students can engage with more complex sets that incorporate gears, pulleys, and moving parts. This flexibility allows K’NEX to be used across grade levels to support increasingly advanced STEM and engineering concepts.

What is LEGO® Story Starter?
LEGO® StoryStarter Kits are hands-on literacy tools that help students develop storytelling and writing skills through creative building and digital integration. Using LEGO® elements, students build scenes, characters, and events, then use them as a foundation for writing narratives, retelling stories, or organizing ideas.

How do I access LEGO® Story Starter?
LEGO® Story Starter can be checked out by teachers by reaching out to Erin Brown at the Innovation Center. There are kits available at the elementary school media centers, but kits have been retired by LEGO®.

What skills can students build with LEGO® Story Starter?

• Writing and storytelling skills as they create narratives, sequence events, and develop characters
• Reading comprehension through retelling and analyzing stories
• Creativity and imagination by building scenes and bringing ideas to life visually
• Organization and planning skills as they structure their stories from beginning to end
• Collaboration and communication when working with peers to create and share stories
• Problem-solving and critical thinking as they connect ideas and refine their narratives

What age is LEGO® Story Starter best for?
LEGO® Story Starter is best suited for grades K-5. The activities are designed to support developing readers and writers by combining hands-on building with storytelling and writing, making it especially effective in primary and intermediate classrooms.

What are Planks?
A literal building block for teaching engineering, physics, and creative problem-solving. Students can free-build or build around a structured lesson. Watch as their imagination comes to life as they build towers, bridges, and structures. No glue or connectors, just simple stacking.

How do I access Planks?
Planks can be checked out by teachers by reaching out to Erin Brown at the Innovation Center. 

What skills can students build with Planks?

• Engineering and physics concepts such as balance, stability, and structural design
• Problem-solving and critical thinking as they plan, build, and adjust their structures
• Creativity and imagination through open-ended building and design
• Spatial awareness as they stack and construct towers, bridges, and other structures
• Collaboration and communication through cooperative play and shared building experiences
• Perseverance and resilience as they test ideas and refine their designs

What age are Planks best for?
Planks are best suited for students in grades K-5. The open-ended nature of the materials makes them developmentally appropriate for a wide range of learners, allowing younger students to explore basic building and balance while older students can engage in more complex design and engineering challenges.

What are Snap Circuits?
Snap Circuits are hands-on STEM kits that allow students to build working electronic circuits using snap-together components mounted on a plastic base grid. With pieces such as switches, batteries, lights, and motors, students can safely explore how circuits function without the need for tools or wiring. The kits include guided projects as well as opportunities for open-ended experimentation, helping students understand concepts like electricity, energy flow, and circuitry. 

How do I access Snap Circuits?
Snap Circuits are available in each elementary media center.

What skills can students build with Snap Circuits?

• Understanding of electrical circuits and electronics such as current, energy flow, and components
• Problem-solving and critical thinking as they follow diagrams and troubleshoot their builds
• Engineering and design skills through building and modifying circuit projects
• Scientific inquiry by experimenting with different configurations and observing results
• Creativity and innovation when designing their own circuits beyond guided activities
• Collaboration and communication when working with peers on projects

What age are Snap Circuits best for?
Snap Circuits are best suited for students in grades 2-8. The guided projects make them accessible for beginners, while the variety of components allows older students to explore more complex circuit designs and concepts.

 

What is BreakoutEDU?
BreakoutEDU is an escape room-like game in which players have to work collaboratively to solve clues to unlock locks to open. There is both a physical and digital version available to play with a wide selection of pre-made games for various content and grade levels as well as the ability to make your own. 

How do I access BreakoutEDU?
There are 20 physical Breakout boxes available at the Innovation Center. The physical breakout boxes can be checked out by teachers by reaching out to Anita Beach at the Innovation Center. 

To access the digital BreakoutEDU content, please reach out to Erin Brown. 

FREQUENTLY ASKED QUESTIONS

• What are the different kinds of BreakoutEDU games?
  • BreakoutEDU has many different types of games to choose from. The first is Lock of the Day; a single game puzzle that challenges students to get their minds geared up for the start of the day. This can be turned on from the Teacher console and fed to the students on a weekday basis. Second, are the BreakoutEDU Digital Games. As many of them are content-aligned, BreakoutEDU games challenge students with multiple digital puzzles and are best worked on in small groups. These games are ready to play with the click of a button. These types of games are the same as the ones students can create in the Game Design Studio. Lastly, are the BreakoutEDU Kit-Based Games. The penultimate BreakoutEDU experience, these games utilize the BreakoutEDU kit and transform any physical space into an interactive learning environment. With thousands to choose from, these games are a favorite amongst thousands of students worldwide.
• What ages are the games for?
  • There are BreakoutEDU games for players in all grade levels. 
• How many people can play with a single kit?
  • Most BreakoutEDU games are best played with 4-5 players per kit. Many teachers use multiple kits and set up the game in different areas of the room to play with a whole class.

Tutorials & Support
Visit BreakoutEDU’s Website tutorial to get started. You may also reach out to Erin Brown or Anita Beach with any questions, assistance with co-planning/implementation ideas, or troubleshooting.

What is Picture-Perfect STEM?
Picture-Perfect STEM is an instructional resource that integrates literacy and STEM by combining high-quality children's literature with hands-on science, technology, engineering, and math lessons. These ready-made lessons are designed to teach reading skills alongside STEM concepts, helping students make meaningful connections across content areas. Each lesson centers around a picture book, with acompanying activities that encourage inquiry, problem-solving, and critical thinking. Books used in the lessons are available in various elementary media centers, and additional titles can be requested from other schools as-needed. 

How do I access Picture-Perfect STEM?
Picture-Perfect STEM can be checked out by teachers in the elementary school media centers. A list of the district's current Picture-Perfect STEM catalog is below. Reach out to Erin Brown at the Innovation Center for more information. 

• Kindergarten
• First Grade
• Second Grade
• Third Grade
• Fourth Grade
• Fifth Grade

What skills can students build with Picture-Perfect STEM?

• Reading comprehension and literacy skills through engagement with high-quality texts
• Scientific inquiry and critical thinking as they ask questions, investigate, and draw conclusions
• Problem-solving and engineering design skills through hands-on STEM challenges
• Cross-curricular connections by linking literacy with science, technology, engineering, and math concepts
• Collaboration and communication when discussing texts and working together on activities
• Creativity and innovation as they design and test solutions

What age is Picture-Perfect STEM best for?
Picture-Perfect STEM is best suited for elementary students (grades K–5). The lessons are designed around picture books and hands-on activities that are developmentally appropriate for younger learners, making them especially effective in primary and intermediate classrooms.

What is Let's Go Code?
Let’s Go Code is a screen-free coding resource that introduces young students to the fundamentals of programming through hands-on, interactive play. Using coding cards, mats, and manipulatives, students create sequences and algorithms to guide movement and solve challenges. The activities help build an understanding of concepts such as sequencing, directionality, and problem-solving without the need for technology.

How do I access Let's Go Code?
Let's Go Code can be checked out by teachers by reaching out to Erin Brown at the Innovation Center. There are 2 kits available at the Innovation Center and 2 kits available at each elementary STEM Lab.

What skills can students build with Let's Go Code?

• Computational thinking by breaking down tasks into step-by-step instructions
• Sequencing and early coding skills as they create and follow algorithms
• Problem-solving and critical thinking when planning and adjusting their solutions
• Spatial awareness and directionality through movement-based activities
• Collaboration and communication when working with peers to complete challenges
• Perseverance and resilience as they test, revise, and improve their ideas

What age is Let's Go Code?
Let's Go Code is best suited for grades K-5. The activities are designed to introduce young learners to foundational coding concepts in a developmentally appropriate, hands-on, and screen-free way. 

What are Osmos?
Osmo is an interactive, hands-on learning system that combines physical manipulatives with digital gameplay to engage students in subjects such as math, reading, coding, and problem-solving. Using a tablet and reflective camera, Osmo brings real-world objects into the digital environment, allowing students to learn through play and exploration. The district’s Osmo kits include Pizza Co., Coding Starter Kit, Genius Starter Kit, Detective Agency, and Math Wizard and the Secrets of the Dragons, each offering unique activities that support different content areas and skill levels. Teachers can use Osmo in centers, small groups, or independent practice to reinforce concepts in an engaging and interactive way. Designed primarily for elementary students, Osmo helps build foundational skills while promoting creativity and critical thinking.

How do I access Osmos?
Osmos can be checked out by teachers by reaching out to Erin Brown at the Innovation Center. There are 8 Osmos available at the Innovation Center.

What skills can students build with Osmos?

• Problem-solving and critical thinking through interactive, game-based challenges
• Math and literacy skills such as number sense, spelling, reading comprehension, and vocabulary
• Coding and computational thinking with hands-on programming activities
• Creativity and imagination through open-ended games and storytelling experiences
• Fine motor skills and hand-eye coordination by manipulating physical pieces during gameplay
• Collaboration and communication when working with peers in shared activities

What age are Osmos best for?
Osmo kits are best suited for elementary students (K-5). The activities are designed to be developmentally appropriate for younger learners, with hands-on, game-based experiences that support early math, literacy, and problem-solving skills. 

What are Ozobots?
Ozobots are small, programmable robots that introduce students to coding and robotics through both screen-free and digital experiences. Students can control Ozobots by drawing color-coded paths and commands on paper or by using block-based coding platforms for more advanced programming. These activities help students learn sequencing, problem-solving, and computational thinking in an engaging, hands-on way. Teachers can use Ozobots in STEM lessons, centers, or project-based learning to support coding and engineering concepts. Designed for a range of grade levels, Ozobots provide a fun and accessible entry point into robotics and computer science.

How do I access Ozobots?
Ozobots can be checked out by teachers by reaching out to Erin Brown at the Innovation Center. There are 18 Ozobots available for checkout at the Innovation Center. 

What skills can students build with Ozobots?

• Computational thinking and coding skills through sequencing and programming with color codes or block-based coding
• Problem-solving and critical thinking as they design, test, and refine their programs
• Creativity and innovation by creating paths, challenges, and interactive projects
• Understanding of robotics concepts such as automation and control
• Collaboration and communication when working with peers on coding activities
• Perseverance and resilience as they debug and improve their code

What age are Ozobots best for?
Ozobots are best suited for students in grades K-8. Younger students can begin with simple, screen-free coding using color-coded markers, while older students can engage in more advanced programming using block-based coding platforms. 
 

What are Sphero Bolts?
Sphero BOLT is a programmable robotic ball that introduces students to coding, robotics, and engineering through hands-on, interactive learning. Using a tablet or computer, students can control the robot and program it using block-based coding or JavaScript, allowing for a range of skill levels. Sphero BOLT includes features such as an LED matrix, sensors, and movement controls that enable students to create and test a variety of projects and challenges.

How do I access Sphero Bolts?
Sphero Bolts can be checked out by teachers by reaching out to Erin Brown at the Innovation Center. There are 2 sets of 15 Sphero Bolts available for checkout at the Innovation Center. 

What skills can students build with Sphero Bolts?

• Computational thinking and coding skills through block-based and text-based programming
• Problem-solving and critical thinking as they design, test, and refine their programs
• Understanding of robotics and engineering concepts such as movement, sensors, and automation
• Creativity and innovation when designing interactive challenges and projects
• Data analysis and logical reasoning by using sensor feedback to guide decisions
• Collaboration and communication when working with peers on coding activities
• Perseverance and resilience as they debug code and improve performance

What age are Sphero Bolts best for?
Sphero Bolts are best suited for students in grades 4-12. Its block-based coding makes it accessible for beginners, while its advanced features and JavaScript programming allow older students to engage in more complex projects, making it a versatile tool across grade levels.

What are VexGo Robotics Kits?
VEX GO Education Kits are hands-on STEM and robotics kits designed to introduce elementary students to engineering, coding, and scientific concepts through interactive, project-based learning. The kits include snap-together building components, motors, sensors, and a programmable “brain” that allow students to design, build, and code their own machines and robots. Using an easy-to-learn, block-based coding platform, students can bring their creations to life while exploring real-world problem-solving. VEX GO also includes standards-aligned lessons and STEM Labs that support collaboration, inquiry, and cross-curricular learning.

How do I access VexGo Robotics Kits?
VexGo Robotics Kits can be checked out by teachers by reaching out to Erin Brown at the Innovation Center. There are 50 VexGo Robotics Kits available for checkout at the Innovation Center. 

What skills can students build with VexGo Robotics Kits?

• Computational thinking and coding skills through block-based programming
• Problem-solving and critical thinking as they design, build, test, and improve their creations
• Engineering and design skills by working through the engineering design process with hands-on materials
• Understanding of robotics and mechanical systems including motors, sensors, and movement
• Collaboration and communication while working in teams on challenges and STEM Labs
• Creativity and innovation when designing solutions to real-world problems
• Perseverance and resilience as they troubleshoot and refine their builds and code

What age are VexGo Robotics Kits best for?
VexGo Education Kits are best suited for students in grades 3-5. The kits are designed specifically for this age group, providing developmentally appropriate, hands-on experiences that introduce foundational concepts in engineering, coding, and robotics.

What is K'Nex?
K’NEX is a hands-on building system that uses rods, connectors, and other components to help students design and construct a wide variety of structures and simple machines. It supports STEM learning by encouraging creativity, problem-solving, and an understanding of engineering and physics concepts such as stability, motion, and force. Teachers can use K’NEX in STEM centers, project-based learning activities, or collaborative challenges where students design, build, and test their ideas. It is suitable for a range of grade levels and can be used to reinforce concepts in science, math, and engineering while promoting teamwork and critical thinking.

How do I access K'Nex?
K'Nex can be checked out by teachers by reaching out to Erin Brown at the Innovation Center. 

What skills can students build with K'Nex?

• Problem-solving and critical thinking as students design, build, test, and refine their structures
• Creativity and innovation by exploring different ways to construct models and solve challenges
• Engineering and design skills, including understanding how parts fit together and how structures function
• Spatial awareness and fine motor skills through hands-on building
• Collaboration and communication when working in teams to plan and complete projects
• Perseverance and resilience as students troubleshoot and improve their designs

What age is K'Nex best for?
K’NEX is best suited for students in elementary through middle school, typically ranging from ages 5 to 14, depending on the specific set being used. Younger students (K–2) benefit from larger, simpler pieces that support basic building and fine motor development, while older students can engage with more complex sets that incorporate gears, pulleys, and moving parts. This flexibility allows K’NEX to be used across grade levels to support increasingly advanced STEM and engineering concepts.

What are Planks?
A literal building block for teaching engineering, physics, and creative problem-solving. Students can free-build or build around a structured lesson. Watch as their imagination comes to life as they build towers, bridges, and structures. No glue or connectors, just simple stacking.

How do I access Planks?
Planks can be checked out by teachers by reaching out to Erin Brown at the Innovation Center. 

What skills can students build with Planks?

• Engineering and physics concepts such as balance, stability, and structural design
• Problem-solving and critical thinking as they plan, build, and adjust their structures
• Creativity and imagination through open-ended building and design
• Spatial awareness as they stack and construct towers, bridges, and other structures
• Collaboration and communication through cooperative play and shared building experiences
• Perseverance and resilience as they test ideas and refine their designs

What age are Planks best for?
Planks are best suited for students in grades K-5. The open-ended nature of the materials makes them developmentally appropriate for a wide range of learners, allowing younger students to explore basic building and balance while older students can engage in more complex design and engineering challenges.

What are VexGo Robotics Kits?
VEX GO Education Kits are hands-on STEM and robotics kits designed to introduce elementary students to engineering, coding, and scientific concepts through interactive, project-based learning. The kits include snap-together building components, motors, sensors, and a programmable “brain” that allow students to design, build, and code their own machines and robots. Using an easy-to-learn, block-based coding platform, students can bring their creations to life while exploring real-world problem-solving. VEX GO also includes standards-aligned lessons and STEM Labs that support collaboration, inquiry, and cross-curricular learning.

How do I access VexGo Robotics Kits?
VexGo Robotics Kits can be checked out by teachers by reaching out to Erin Brown at the Innovation Center. There are 50 VexGo Robotics Kits available for checkout at the Innovation Center. 

What skills can students build with VexGo Robotics Kits?

• Computational thinking and coding skills through block-based programming
• Problem-solving and critical thinking as they design, build, test, and improve their creations
• Engineering and design skills by working through the engineering design process with hands-on materials
• Understanding of robotics and mechanical systems including motors, sensors, and movement
• Collaboration and communication while working in teams on challenges and STEM Labs
• Creativity and innovation when designing solutions to real-world problems
• Perseverance and resilience as they troubleshoot and refine their builds and code

What age are VexGo Robotics Kits best for?
VexGo Education Kits are best suited for students in grades 3-5. The kits are designed specifically for this age group, providing developmentally appropriate, hands-on experiences that introduce foundational concepts in engineering, coding, and robotics.

What are littleBits?
littleBits are electronic building blocks that snap together using magnets, allowing students to easily create and explore circuits without the need for wiring or soldering. These hands-on tools help students learn the basics of electronics, including inputs, outputs, and how circuits function. By experimenting with different combinations, students can design and build interactive projects that incorporate light, sound, and motion. Teachers can use littleBits in STEM lessons, centers, or project-based learning to support creativity, problem-solving, and engineering skills. Designed for a range of grade levels, littleBits make learning about circuits and electronics engaging and accessible for all learners.

How do I access littleBits?
littleBits can be checked out by teachers by reaching out to Erin Brown at the Innovation Center. There are 5 littleBits sets available at the Innovation Center.

What skills can students build with Little Bits?

• Understanding of basic electronics and circuitry, such as inputs, outputs, and energy flow
• Problem-solving and critical thinking as they design, test, and refine their creations
• Creativity and innovation through building interactive projects using light, sound, and motion
• Engineering and design skills by experimenting with different component combinations
• Collaboration and communication when working with peers on builds and challenges
• Perseverance and resilience as they troubleshoot and improve their designs

What age are littleBits best for?
littleBits are best suited for students in upper elementary through middle school, typically ages 8–14. The components are easy to use and snap together magnetically, making them accessible for beginners, while still offering enough complexity for older students to design more advanced circuits and projects. This range allows teachers to use littleBits across grade levels to introduce and extend concepts in electronics, engineering, and design thinking.

What is Makey Makey?
Makey Makey is an interactive invention kit that allows students to explore circuits and conductivity by turning everyday objects, and even their own bodies, into controllers for a computer. Using simple connections like alligator clips, students can make items such as fruit, foil, or playdough act as keyboard keys or touchpads. This hands-on approach helps students understand how circuits work and what materials can conduct electricity. Because the tool is easy to use and requires little to no prior coding experience, it encourages creativity, experimentation, and problem-solving. Teachers can incorporate Makey Makey into STEM lessons, centers, or project-based learning to make abstract concepts in electronics engaging and accessible.

How do I access Makey Makey?
Makey Makey can be checked out by teachers by reaching out to Erin Brown at the Innovation Center. 

What skills can students build with Makey Makey?

• Understanding of circuits and conductivity by exploring how different materials complete a circuit
• Problem-solving and critical thinking as they design and troubleshoot interactive projects
• Creativity and innovation by turning everyday objects into functional controllers
• Computational thinking and introductory coding skills when integrating with programs like Scratch
• Collaboration and communication when working with peers to design and test ideas
• Perseverance and resilience as they experiment, test, and refine their creations

What age is Makey Makey best for?
Makey Makey is best suited for students in upper elementary and middle school (grades 3-8). It's simple setup make it accessible for younger learners, while it's versatility allows older students to create more complex projects involving coding and design. 

What are Snap Circuits?
Snap Circuits are hands-on STEM kits that allow students to build working electronic circuits using snap-together components mounted on a plastic base grid. With pieces such as switches, batteries, lights, and motors, students can safely explore how circuits function without the need for tools or wiring. The kits include guided projects as well as opportunities for open-ended experimentation, helping students understand concepts like electricity, energy flow, and circuitry. 

How do I access Snap Circuits?
Snap Circuits are available in each elementary media center.

What skills can students build with Snap Circuits?

• Understanding of electrical circuits and electronics such as current, energy flow, and components
• Problem-solving and critical thinking as they follow diagrams and troubleshoot their builds
• Engineering and design skills through building and modifying circuit projects
• Scientific inquiry by experimenting with different configurations and observing results
• Creativity and innovation when designing their own circuits beyond guided activities
• Collaboration and communication when working with peers on projects

What age are Snap Circuits best for?
Snap Circuits are best suited for students in grades 2-8. The guided projects make them accessible for beginners, while the variety of components allows older students to explore more complex circuit designs and concepts.

What are Osmos?
Osmo is an interactive, hands-on learning system that combines physical manipulatives with digital gameplay to engage students in subjects such as math, reading, coding, and problem-solving. Using a tablet and reflective camera, Osmo brings real-world objects into the digital environment, allowing students to learn through play and exploration. The district’s Osmo kits include Pizza Co., Coding Starter Kit, Genius Starter Kit, Detective Agency, and Math Wizard and the Secrets of the Dragons, each offering unique activities that support different content areas and skill levels. Teachers can use Osmo in centers, small groups, or independent practice to reinforce concepts in an engaging and interactive way. Designed primarily for elementary students, Osmo helps build foundational skills while promoting creativity and critical thinking.

How do I access Osmos?
Osmos can be checked out by teachers by reaching out to Erin Brown at the Innovation Center. There are 8 Osmos available at the Innovation Center.

What skills can students build with Osmos?

• Problem-solving and critical thinking through interactive, game-based challenges
• Math and literacy skills such as number sense, spelling, reading comprehension, and vocabulary
• Coding and computational thinking with hands-on programming activities
• Creativity and imagination through open-ended games and storytelling experiences
• Fine motor skills and hand-eye coordination by manipulating physical pieces during gameplay
• Collaboration and communication when working with peers in shared activities

What age are Osmos best for?
Osmo kits are best suited for elementary students (K-5). The activities are designed to be developmentally appropriate for younger learners, with hands-on, game-based experiences that support early math, literacy, and problem-solving skills. 

What are Rubik's Cubes?
Rubik's Cubes are three-dimensional puzzle cubes that challenge users to align colors on all sides by rotating and rearranging smaller sections of the cube. This classic puzzle encourages logical thinking and pattern recognition as students work to solve it through a series of strategic moves. Teachers can use Rubik's Cubes in the classroom to promote problem-solving, perseverance, and critical thinking skills. Rubik's Cubes provide an engaging way to build cognitive skills through hands-on exploration.

How do I access Rubik's Cubes?
Rubik's Cubes can be checked out by teachers by reaching out to Erin Brown at the Innovation Center. There is a class set of 30 Rubik's Cubes and solution guides available for checkout. 

What skills can students build with Rubik's Cubes?

• Problem-solving and critical thinking as they analyze patterns and plan strategies
• Logical reasoning by following sequences of moves to achieve a solution
• Perseverance and resilience as they work through challenges and learn from mistakes
• Spatial awareness by visualizing how different rotations affect the cube
• Memory and concentration when learning and applying solving algorithms
• Patience and focus as they practice and refine their skills over time

What age are Rubik's Cubes best for?
Rubik's Cubes are best suited for students in upper elementary through high school. Typically grades 3-12. Younger students can explore the cube as a hands-on puzzle, while older students can learn more advanced solving strategies and algorithms, making it a versatile tool across grade levels.

What are Straw Rockets?
Straw Rockets are a hands-on STEM activity that allows students to design, build, and launch their own paper rockets using a simple launcher system. Through this interactive experience, students explore the principles of motion and forces, including Newton’s Third Law of Motion—that for every action, there is an equal and opposite reaction. As students test and modify their rocket designs, they gain an understanding of basic rocketry concepts and how design impacts performance.

How do I access Straw Rockets?
Straw Rockets can be checked out by teachers by reaching out to Erin Brown at the Innovation Center. There are 6 Straw Rockets available for checkout at the Innovation Center. 

What skills can students build with Straw Rockets?

• Understanding of physics concepts such as force, motion, and Newton’s Third Law
• Problem-solving and critical thinking as they design, test, and improve their rockets
• Scientific inquiry skills by making predictions, observing results, and drawing conclusions
• Engineering and design skills through building and modifying rocket structures
• Creativity and innovation when experimenting with different designs and materials
• Collaboration and communication when working with peers during building and testing

What age are Straw Rockets best for?
Straw Rockets are best suited for students in grades 3–8. The activity can be adapted to support a range of learners, with younger students focusing on basic concepts of force and motion, while older students can engage in more detailed exploration of rocketry and design principles.

What are Weather Lab Kits?
Weather Lab Kits are hands-on science tools that allow students to observe, measure, and track different aspects of the weather. Using instruments such as a compass and weather vane, students can determine wind direction, while a thermometer measures temperature in both Fahrenheit and Celsius. The kit also includes a rain gauge to measure precipitation and an anemometer to track wind speed. With additional resources like an activity booklet, cloud chart, and weather tracker, students can record data and deepen their understanding of weather patterns.

How do I access Weather Lab Kits?
Weather Lab Kits can be checked out by teachers by reaching out to Erin Brown at the Innovation Center. There are 6 Weather Lab Kits available for checkout at the Innovation Center. 

What skills can students build with Weather Lab Kits?

• Scientific observation and data collection by measuring and recording weather conditions
• Understanding of weather and climate concepts such as temperature, wind, and precipitation
• Problem-solving and critical thinking as they analyze patterns and make predictions
• Use of scientific tools and measurement skills through hands-on experience with instruments like thermometers and anemometers
• Data analysis and interpretation by tracking and comparing weather over time
• Collaboration and communication when sharing observations and discussing results

What age are Weather Lab Kits best for?
Weather Lab Kits are best suited for elementary students in grades 3–5. The tools and activities are developmentally appropriate for this age group, allowing students to explore weather concepts through hands-on observation, measurement, and data collection.

 

What is BreakoutEDU?
BreakoutEDU is an escape room-like game in which players have to work collaboratively to solve clues to unlock locks to open. There is both a physical and digital version available to play with a wide selection of pre-made games for various content and grade levels as well as the ability to make your own. 

How do I access BreakoutEDU?
There are 20 physical Breakout boxes available at the Innovation Center. The physical breakout boxes can be checked out by teachers by reaching out to Anita Beach at the Innovation Center. 

To access the digital BreakoutEDU content, please reach out to Erin Brown. 

FREQUENTLY ASKED QUESTIONS

• What are the different kinds of BreakoutEDU games?
  • BreakoutEDU has many different types of games to choose from. The first is Lock of the Day; a single game puzzle that challenges students to get their minds geared up for the start of the day. This can be turned on from the Teacher console and fed to the students on a weekday basis. Second, are the BreakoutEDU Digital Games. As many of them are content-aligned, BreakoutEDU games challenge students with multiple digital puzzles and are best worked on in small groups. These games are ready to play with the click of a button. These types of games are the same as the ones students can create in the Game Design Studio. Lastly, are the BreakoutEDU Kit-Based Games. The penultimate BreakoutEDU experience, these games utilize the BreakoutEDU kit and transform any physical space into an interactive learning environment. With thousands to choose from, these games are a favorite amongst thousands of students worldwide.
• What ages are the games for?
  • There are BreakoutEDU games for players in all grade levels. 
• How many people can play with a single kit?
  • Most BreakoutEDU games are best played with 4-5 players per kit. Many teachers use multiple kits and set up the game in different areas of the room to play with a whole class.

Tutorials & Support
Visit BreakoutEDU’s Website tutorial to get started. You may also reach out to Erin Brown or Anita Beach with any questions, assistance with co-planning/implementation ideas, or troubleshooting.

What is LEGO® SPIKE™ Prime?
LEGO® SPIKE™ Prime is a hands-on STEM learning platform designed for grades 6-8 that combines colorful LEGO® building elements, motors, sensors, and programmable hub. Using an intuitive drag-and-drop coding language based on Scratch, as well as options for more advanced programming, students can design, build, and code interactive robots and systems. The SPIKE™ Prime set engages students through playful, real-world challenges that encourage critical thinking and problem-solving, regardless of their experience level. 

How do I access LEGO® SPIKE™ Prime?
LEGO® SPIKE™ Prime can be checked out by teachers by reaching out to Erin Brown at the Innovation Center. There are 4 kits available for checkout at the Innovation Center.

What skills can students build with LEGO® SPIKE™ Prime?

• Computational thinking and coding skills through both block-based and text-based programming
• Problem-solving and critical thinking as they design, build, test, and refine complex projects
• Engineering and design skills by working with motors, sensors, and the engineering design process
• Data analysis and logical reasoning when using sensor input to guide decisions and improve performance
• Creativity and innovation through open-ended challenges and real-world applications
• Collaboration and communication while working in teams to plan, build, and present solutions
• Perseverance and resilience as they debug code and iterate on their designs

What age is LEGO® SPIKE™ Prime best for?
LEGO® SPIKE™ Prime is best suited for grades 6–8. The platform is designed to support more advanced concepts in coding, robotics, and engineering, making it ideal for students who are ready to move beyond introductory STEM experiences and engage in more complex problem-solving and design challenges.

What are Sphero Bolts?
Sphero BOLT is a programmable robotic ball that introduces students to coding, robotics, and engineering through hands-on, interactive learning. Using a tablet or computer, students can control the robot and program it using block-based coding or JavaScript, allowing for a range of skill levels. Sphero BOLT includes features such as an LED matrix, sensors, and movement controls that enable students to create and test a variety of projects and challenges.

How do I access Sphero Bolts?
Sphero Bolts can be checked out by teachers by reaching out to Erin Brown at the Innovation Center. There are 2 sets of 15 Sphero Bolts available for checkout at the Innovation Center. 

What skills can students build with Sphero Bolts?

• Computational thinking and coding skills through block-based and text-based programming
• Problem-solving and critical thinking as they design, test, and refine their programs
• Understanding of robotics and engineering concepts such as movement, sensors, and automation
• Creativity and innovation when designing interactive challenges and projects
• Data analysis and logical reasoning by using sensor feedback to guide decisions
• Collaboration and communication when working with peers on coding activities
• Perseverance and resilience as they debug code and improve performance

What age are Sphero Bolts best for?
Sphero Bolts are best suited for students in grades 4-12. Its block-based coding makes it accessible for beginners, while its advanced features and JavaScript programming allow older students to engage in more complex projects, making it a versatile tool across grade levels.

What are Sphero RVRs?Sphero RVR is a programmable robotics vehicle designed to introduce students to coding, engineering, and robotics through hands-on, real-world applications. Unlike spherical robots, RVR is an all-terrain rover that can be driven right out of the box and programmed using block-based or text-based coding, including Python. It features onboard sensors, motors, and expansion capabilities that allow students to customize and enhance their projects.

How do I access Sphero RVRs?
Sphero RVRs can be checked out by teachers by reaching out to Erin Brown at the Innovation Center. There are 6 Sphero RVRs available for checkout at the Innovation Center. 

What skills can students build with Sphero RVR?

• Computational thinking and coding skills through block-based and text-based programming, including Python
• Problem-solving and critical thinking as they design, test, and refine complex robotics projects
• Engineering and robotics skills by working with motors, sensors, and expandable hardware
• Data analysis and logical reasoning through interpreting sensor input and programming responses
• Creativity and innovation when customizing and building unique robotic solutions
• Collaboration and communication while working in teams on projects and challenges
• Perseverance and resilience as they debug code and iterate on their designs

What age are Sphero RVRs best for?
Sphero RVR is best suited for students in grades 6-12. Its advanced features, including expandable hardware and text-based programming options like Python, make it ideal for students who are ready to engage in more complex robotics, coding, and engineering challenges.

What are VexGo Robotics Kits?
VEX GO Education Kits are hands-on STEM and robotics kits designed to introduce elementary students to engineering, coding, and scientific concepts through interactive, project-based learning. The kits include snap-together building components, motors, sensors, and a programmable “brain” that allow students to design, build, and code their own machines and robots. Using an easy-to-learn, block-based coding platform, students can bring their creations to life while exploring real-world problem-solving. VEX GO also includes standards-aligned lessons and STEM Labs that support collaboration, inquiry, and cross-curricular learning.

How do I access VexGo Robotics Kits?
VexGo Robotics Kits can be checked out by teachers by reaching out to Erin Brown at the Innovation Center. There are 50 VexGo Robotics Kits available for checkout at the Innovation Center. 

What skills can students build with VexGo Robotics Kits?

• Computational thinking and coding skills through block-based programming
• Problem-solving and critical thinking as they design, build, test, and improve their creations
• Engineering and design skills by working through the engineering design process with hands-on materials
• Understanding of robotics and mechanical systems including motors, sensors, and movement
• Collaboration and communication while working in teams on challenges and STEM Labs
• Creativity and innovation when designing solutions to real-world problems
• Perseverance and resilience as they troubleshoot and refine their builds and code

What age are VexGo Robotics Kits best for?
VexGo Education Kits are best suited for students in grades 3-5. The kits are designed specifically for this age group, providing developmentally appropriate, hands-on experiences that introduce foundational concepts in engineering, coding, and robotics.

What are littleBits?
littleBits are electronic building blocks that snap together using magnets, allowing students to easily create and explore circuits without the need for wiring or soldering. These hands-on tools help students learn the basics of electronics, including inputs, outputs, and how circuits function. By experimenting with different combinations, students can design and build interactive projects that incorporate light, sound, and motion. Teachers can use littleBits in STEM lessons, centers, or project-based learning to support creativity, problem-solving, and engineering skills. Designed for a range of grade levels, littleBits make learning about circuits and electronics engaging and accessible for all learners.

How do I access littleBits?
littleBits can be checked out by teachers by reaching out to Erin Brown at the Innovation Center. There are 5 littleBits sets available at the Innovation Center.

What skills can students build with Little Bits?

• Understanding of basic electronics and circuitry, such as inputs, outputs, and energy flow
• Problem-solving and critical thinking as they design, test, and refine their creations
• Creativity and innovation through building interactive projects using light, sound, and motion
• Engineering and design skills by experimenting with different component combinations
• Collaboration and communication when working with peers on builds and challenges
• Perseverance and resilience as they troubleshoot and improve their designs

What age are littleBits best for?
littleBits are best suited for students in upper elementary through middle school, typically ages 8–14. The components are easy to use and snap together magnetically, making them accessible for beginners, while still offering enough complexity for older students to design more advanced circuits and projects. This range allows teachers to use littleBits across grade levels to introduce and extend concepts in electronics, engineering, and design thinking.

What are Rubik's Cubes?
Rubik's Cubes are three-dimensional puzzle cubes that challenge users to align colors on all sides by rotating and rearranging smaller sections of the cube. This classic puzzle encourages logical thinking and pattern recognition as students work to solve it through a series of strategic moves. Teachers can use Rubik's Cubes in the classroom to promote problem-solving, perseverance, and critical thinking skills. Rubik's Cubes provide an engaging way to build cognitive skills through hands-on exploration.

How do I access Rubik's Cubes?
Rubik's Cubes can be checked out by teachers by reaching out to Erin Brown at the Innovation Center. There is a class set of 30 Rubik's Cubes and solution guides available for checkout. 

What skills can students build with Rubik's Cubes?

• Problem-solving and critical thinking as they analyze patterns and plan strategies
• Logical reasoning by following sequences of moves to achieve a solution
• Perseverance and resilience as they work through challenges and learn from mistakes
• Spatial awareness by visualizing how different rotations affect the cube
• Memory and concentration when learning and applying solving algorithms
• Patience and focus as they practice and refine their skills over time

What age are Rubik's Cubes best for?
Rubik's Cubes are best suited for students in upper elementary through high school. Typically grades 3-12. Younger students can explore the cube as a hands-on puzzle, while older students can learn more advanced solving strategies and algorithms, making it a versatile tool across grade levels.

What are Straw Rockets?
Straw Rockets are a hands-on STEM activity that allows students to design, build, and launch their own paper rockets using a simple launcher system. Through this interactive experience, students explore the principles of motion and forces, including Newton’s Third Law of Motion—that for every action, there is an equal and opposite reaction. As students test and modify their rocket designs, they gain an understanding of basic rocketry concepts and how design impacts performance.

How do I access Straw Rockets?
Straw Rockets can be checked out by teachers by reaching out to Erin Brown at the Innovation Center. There are 6 Straw Rockets available for checkout at the Innovation Center. 

What skills can students build with Straw Rockets?

• Understanding of physics concepts such as force, motion, and Newton’s Third Law
• Problem-solving and critical thinking as they design, test, and improve their rockets
• Scientific inquiry skills by making predictions, observing results, and drawing conclusions
• Engineering and design skills through building and modifying rocket structures
• Creativity and innovation when experimenting with different designs and materials
• Collaboration and communication when working with peers during building and testing

What age are Straw Rockets best for?
Straw Rockets are best suited for students in grades 3–8. The activity can be adapted to support a range of learners, with younger students focusing on basic concepts of force and motion, while older students can engage in more detailed exploration of rocketry and design principles.

What are Weather Lab Kits?
Weather Lab Kits are hands-on science tools that allow students to observe, measure, and track different aspects of the weather. Using instruments such as a compass and weather vane, students can determine wind direction, while a thermometer measures temperature in both Fahrenheit and Celsius. The kit also includes a rain gauge to measure precipitation and an anemometer to track wind speed. With additional resources like an activity booklet, cloud chart, and weather tracker, students can record data and deepen their understanding of weather patterns.

How do I access Weather Lab Kits?
Weather Lab Kits can be checked out by teachers by reaching out to Erin Brown at the Innovation Center. There are 6 Weather Lab Kits available for checkout at the Innovation Center. 

What skills can students build with Weather Lab Kits?

• Scientific observation and data collection by measuring and recording weather conditions
• Understanding of weather and climate concepts such as temperature, wind, and precipitation
• Problem-solving and critical thinking as they analyze patterns and make predictions
• Use of scientific tools and measurement skills through hands-on experience with instruments like thermometers and anemometers
• Data analysis and interpretation by tracking and comparing weather over time
• Collaboration and communication when sharing observations and discussing results

What age are Weather Lab Kits best for?
Weather Lab Kits are best suited for elementary students in grades 3–5. The tools and activities are developmentally appropriate for this age group, allowing students to explore weather concepts through hands-on observation, measurement, and data collection.