Meet Betabox Projects:

STEM should be in
students’ hands — not Storage.

K12 Resource from Betabox Learning

Reinventing The STEM Kit

Too often, schools invest in expensive hands-on learning equipment and curriculum using grant funding—only to find those materials collecting dust a year later. Maybe the equipment broke and the supplier offered little support. Maybe the teacher who knew how to use it moved on. Or maybe the experience just wasn’t engaging enough.

Betabox Projects offers a better way to bring hands-on STEM projects into the classroom. Instead of purchasing kits outright, schools can check them out on demand. Simply request a set of school project kits, and return them when you're done. We handle all the logistics so you can focus on guiding students through engaging, skill-building hands-on STEM projects.

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Meet the new way to bring STEM into Class

Betabox Hands-On STEM Projects

All-In-One School Project Kits

Self-contained, chargeable project kit complete with a computing device build materials, and tools shipped to you just before the project start date.

STEM Competency Building Curriculum

15 hours of student-facing videos, coding challenges, activities, and project-based curriculum. An internet connection is not required.

Student-Led Personalized Learning

Most students can complete a Betabox Project with limitedguidance or technical interventions.

Streamline Procurement & Reduce Equipment Costs

Your district does not need to procure expensive equipment orprofessional development trainings to implement these projects.

options you can get with projects.

Project Add Ons

Take your Onsite Field Trip to the next level with these valuable add-ons, designed to deepen learning and maximize engagement.

Self-Driving Car

Prepare students for their field trip with pre-lesson materials and reinforce their learning afterward with post-trip lessons. These lessons help students connect the dots between the experience and curriculum goals.

Robot Arm

Encourage meaningful reflection with our Fleck Reflection Tool. This interactive platform allows students to document their thoughts, share insights, and solidify key takeaways from the field trip.

Electrician Smart Home

Measure the impact of the field trip with pre and post surveys. These tools provide valuable data to assess learning outcomes and gather evidence for reporting and improvement.

Self-Driving Car

While our team is onsite, request a walkthrough of your school to get suggestions on how to better use your STEM resources to sustain engagement

Robot Arm

While our team is onsite, request teacher trainings on leveling up in stem

Electrician Smart Home

After your field trip, get setup on Classbox.com to keep STEM going and get a curated list of lesson plans and supplies to use

Curriculum Options

10+ Contact Hours

Start implementing STEM projects dierently, in order to prepare studentsfor a future where they will need to think differently.

Choose between two captivating project-based STEM experiences guaranteed to engage and challenge your students.

1. AI-POWERED SELF-DRIVING CAR

Solve real-world engineering challenges by building and programming a self-driving car.

2. ROBOT ARM FUTURE FACTORY

Solve real-world engineering challenges by building and programming a self-driving car.

3. ELECTRICIAN: FOUNDATIONS & FUTURES

Design, operate, and code a robotic arm to reimagine the future of manufacturing.

Personalised to interests

Curriculum is dynamically configured to student interests so that STEM becomes relavent to all.

Standards Aligned

Curriculum is aligned to middle and high school CS, CTE, and engineering standards.

Teach In Any Environment

Great for STEM kits middle school and high school use—including computer science, CTE, afterschool robotics clubs, and summer programs.

Flexible Pacing And Pricing

Student can complete the 15 hour project in a a week at summer camp, or over a few months inclass.

Get Started - Betabox for districts

Betabox for Districts

We help you every step of the way, from the idea all the way to the memory

01
Create Your Blueprint

Work with a Betabox team member to design a custom implementation plan tailored to your district's unique needs and goals.

02
Secure Funding for Your Plan

Watch as your Betabox expert collaborates with your district or our funding partners to ensure your plan is fully funded and ready for implementation.

03
Implement the Resources

Work with a Betabox School Success Manager to ensure schools receive the full value of the resources provided.

04
Measure Impact

Receive detailed reports on the success of your program, including insights into increased STEM interest, awareness, and career connections.

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Join Us

Curious about Betabox Projects?

To learn more about how to get Betabox Projects in your program,schedule a call with our instructional team by scanning the QR code.

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Request a Quote

While we are often able to enroll schools in our funded programs, we priorize funding to Title 1 public schools. if you are looking to scheudle your Onsite Field Trip quickly, consider requesting a quote to bring Onsite Field Trips into your schools

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Frequently Asked Questions
1. What are STEM project-based learning programs?
‍
STEM project-based learning programs are hands-on educational experiences where students solve real-world problems through building, coding, and engineering rather than traditional lecture-based instruction. Instead of learning concepts in isolation, students apply science, technology, engineering, and math skills to complete a tangible project — like programming a self-driving car or wiring a smart home. Betabox Projects are built around this approach, providing schools with self-contained STEM kits and over 15 hours of student-facing curriculum that guide learners through project-based challenges aligned to middle and high school CS, CTE, and engineering standards.

2. What STEM projects for high school students does Betabox offer?
‍
Betabox Projects provides engaging STEM projects for high schoolers in grades 7 through 12, including advanced options ideal for high school computer science, CTE, and engineering courses. Students tackle real-world challenges by building a self-driving car, programming a robotic arm, or designing a smart home electrical system. Each hands-on learning kit ships directly to your school with all materials, computing devices, and tools included. The curriculum is student-led and flexibly paced — perfect for semester classes, after-school robotics clubs, or summer programs.

3. Can schools order custom STEM kits tailored to their curriculum needs?
‍
Yes. Betabox Projects are designed with flexibility in mind, and the curriculum is dynamically configured to align with student interests and district priorities. Schools working through a Betabox District Implementation can collaborate with the Betabox team to create a custom blueprint that maps hands-on STEM projects to their specific standards — including middle and high school CS, CTE, and engineering frameworks. Whether you need custom STEM kits for a robotics elective or a summer enrichment program, the Betabox team tailors the experience to your goals.

4. How do Betabox student STEM projects work?
‍
Betabox Projects follow a simple check-out-and-return model designed to keep hands-on STEM learning accessible without the burden of purchasing and maintaining equipment. Schools request a set of project kits through Betabox, and the kits ship directly to your campus with all materials, computing devices, and tools included. Students then work through the self-paced, student-led curriculum at a schedule that fits your program — whether that's a weeklong summer camp or a few months in class. When the project wraps, schools return the kits to Betabox, and we handle all maintenance, repairs, and updates so the equipment is ready for the next classroom.
Educators:
Impact Partners:
Betabox, Inc.

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