Our kits are made for learning new STEM skills. We're providing you with materials, instructions, and ideas, but it's up to you to build it and code it yourself. We strongly believe that once you make something with your hands, you're not only accomplishing something new, but also learning sought-after skills.
Curriculum-Based Science Kits for K-12 STEM Education
Hands-on Science Kits for Curriculum Use that teach electronics, engineering, robotics, and computer science through structured instruction.
Curriculum-Based Science Kits for K-12 STEM Education
Hands-on Science Kits for Curriculum Use that teach electronics, engineering, robotics, and computer science through structured instruction.
NGSS Alignment
CircuitMess science kits are designed to support Next Generation Science Standards (NGSS) through hands-on, structured learning. Each kit aligns with Middle School Engineering Design and Physical Science standards, helping students build real-world skills in electronics, engineering, robotics, and computer science. Our curriculum-based approach makes these kits suitable for classroom instruction, homeschool programs, and education savings accounts (ESA).
ENGINEERING DESIGN (MS-ETS1)
PHYSICAL SCIENCE
WAVES, ENERGY & INFORMATION TRANSFER
HANDS-ON, PROJECT-BASED LEARNING
Science Kits Designed Specifically for Curriculum Integration
CircuitMess develops Science Kits for Curriculum Use, enabling students to explore core STEM concepts through structured, standards-aligned activities.
Each kit is a curriculum-based
science tool used to teach:
scientific principles
engineering concepts
electronics
robotics
computer science
Hands-On Instructional Materials for STEM Curriculum
Every CircuitMess product is built as a Science Kit for Curriculum Use, containing:
step-by-step instructional guides
structured science explanations
practical engineering activities
student-use components
educational software supporting STEM curriculum
These materials make each kit suitable as a Science Kit used within formal STEM curriculum, including home-based and school-based instructional environments.
Advanced Science & Engineering Kits (Flagship Line)
Each device is a Science Kit for Curriculum Use designed to teach applied science and engineering topics.
JAY-D
Aligned with NGSS Middle School Engineering Design and Physical Science standards, including sound waves, digital audio, and energy conversion
-- MS-ETS1-1, MS-ETS1-2, MS-ETS1-3, MS-ETS1-4, MS-PS4-1, MS-PS4-3 (Sound & Digital Signals), MS-PS3-3 (Energy Conversion), (HS-PS4-5 - Advanced learners)
NASA MARS PERSEVERANCE ROVER
Aligned with NGSS Middle School Engineering Design and Physical Science standards
-- MS-ETS1-1, MS-ETS1-2, MS-ETS1-3, MS-ETS1-4, MS-PS2-2 (Forces & Motion), MS-PS3-3 (Energy Conversion), (HS-ETS1-2 - Advanced learners)
CHATTER
Aligned with NGSS Middle School Engineering Design and Physical Science standards, including wireless communication and information transfer
-- MS-ETS1-1, MS-ETS1-2, MS-ETS1-3, MS-ETS1-4, MS-PS4-3 (Waves & Information Transfer), MS-PS3-3 (Energy), (HS-PS4-5 - Advanced learners)
Introductory STEM Curriculum Kit
(STEM Adventure Line)
Wacky Robots
Introductory Electronic Components Science Kit for Curriculum Use
Sparkly
Light-Sensing Robotics Science Kit for Curriculum Use
Bit
Beginner Coding & Electronics Science Kit for Curriculum Use
Coding Instruction Kits
CircuitBlocks is a student-friendly, block-based coding environment designed for instructional use.It is included as part of the Science Kits for Curriculum Use and supports structured learning in coding, computational thinking, and engineering concepts.
STEM Tools Pack
A set of student-ready tools designed to support hands-on Science Kit curriculum activities.The STEM Tools Pack enables safe assembly, testing, and experimentation as part of structured, standards-aligned instruction.
Science Learning Outcomes Aligned with STEM Curriculum
Students using our Science Kits for Curriculum Use develop:
- understanding of circuits and electronic components
- engineering problem-solving
- robotics fundamentals
- computational thinking
- algorithmic reasoning
- foundational programming skills
Science Learning Outcomes Aligned with STEM Curriculum
Students using our Science Kits for Curriculum Use develop:
- understanding of circuits and electronic components
- engineering problem-solving
- robotics fundamentals
- computational thinking
- algorithmic reasoning
- foundational programming skills
Where Curriculum-Based Science Kits Are Used
Our Science Kits for Curriculum Use are appropriate for:
- individual student instruction
- home-based science curriculum
- after-school educational programs (science-based)
- structured STEM lessons
- classroom instruction and lab-based learning
Where Curriculum-Based Science Kits Are Used
Our Science Kits for Curriculum Use are appropriate for:
- individual student instruction
- home-based science curriculum
- after-school educational programs (science-based)
- structured STEM lessons
- classroom instruction and lab-based learning
Curriculum-Based Science Kits for K-12 STEM Education
Hands-on Science Kits for Curriculum Use that teach electronics, engineering, robotics, and computer science through structured instruction.
Curriculum-Based Science Kits for K-12 STEM Education
Hands-on Science Kits for Curriculum Use that teach electronics, engineering, robotics, and computer science through structured instruction.
Have questions?
Check out our FAQs!
We have two product lines. One is for kids, and it includes STEM toys for ages 7+. The other product is for teens & adults. It consists of products for ages 11+, 14+, as well as more advanced kits for adults.
You will learn all the essential STEM skills that could define your future. You'll learn everything from electronics and robotics to coding and problem-solving.
We offer a variety of kits. You can build robots small and big, gaming consoles, AI-powered cars, NASA-themed rovers, smartwatches, and much more. For full product list, visit our official store.
We ship worldwide - you can get a kit no matter where you are in the world. You get a free tracked shipping for orders over $99. For orders below $99 shipping fee starts at $15. Your packages will be shipped from the EU, and if you have any questions about import charges, please check this. Within EU, You get a free tracked shipping for orders over $99. For orders below $99 shipping fee starts at $8.
No. But now you can buy whichever CircuitMess STEM kit you want and you'll even find bundles to get more kits at once while saving money. If you still have an active CircuitMess subscription, you will get all the STEM boxes you have subscribed to. After that, you'll be able to buy each product separately or in a bundle.
You can access anatomy, build, coding, and usage guides on our learning platform, CircuitMess Resources, under the Guides section. All our projects are open-source, and additional product details are available on our GitHub repository. If you still can't find the answer you're looking for, you can always reach out to us at contact@circuitmess.com, and we'll be happy to help!