Botixbo School Solution
Multiple Technologies. One Learning Space.
A multi-disciplinary, future-ready learning lab bringing together practical experiences across robotics, AI, coding, electronics and emerging technologies in one integrated space.
Many schools run practical learning through separate, disconnected activities — a robotics session here, a coding class there, an occasional electronics workshop — with no single space tying these experiences together. Botixbo's Composite Lab brings multiple practical technology experiences into one adaptable learning environment, so a school's hands-on education feels like one connected ecosystem rather than a set of isolated activities. Depending on the school's curriculum and implementation, a Composite Lab can include robotics, artificial intelligence, coding, electronics, STEM experimentation, IoT learning, drone awareness and innovation projects — configured to match each school's goals, space and student strength, not applied as a fixed package.
The Full System
Space planning and layout tailored to your school’s room and student capacity.
Sourcing, supply and installation of every kit, tool and component required.
A structured, grade-mapped curriculum aligned to the lab’s technology.
Hands-on training so teachers can confidently lead every session.
Ready-to-run programs that bring students into the lab from day one.
A pipeline of real, hands-on projects for students to build and present.
End-to-end delivery, from consultation through to student launch.
Ongoing technical and curriculum support after the lab goes live.
Curriculum
Explore — get hands-on with foundational building blocks across electronics, coding and STEM.
Connect — combine devices, sensors and code into working, integrated systems.
Build — apply robotics, AI or IoT concepts to a real, multi-disciplinary project.
Showcase — present a finished project that draws on more than one lab domain.
Implementation
Understanding your school's space, goals and student strength.
A layout and equipment plan matched to your available space.
Sourcing, delivery and installation of every lab component.
Grade-mapped curriculum configured for your school's classes.
Hands-on training so your teachers can run the lab independently.
The lab opens for students, with Botixbo support on-site.
Continued technical, curriculum and maintenance support.
For Teachers
A lab is only as strong as the teachers running it — every composite lab implementation includes structured training, curriculum support and ongoing resources.
For Students
Outcomes
A broader educational implementation approach bringing hands-on STEM, electronics and innovation-based learning into schools.
Case Studies
Where implemented, these initiatives have supported a more hands-on, project-based approach to STEM learning in participating schools.
Beyond Installation
Who It’s For
Starting Out
Schools introducing a broader, multi-disciplinary lab space for the first time, rather than a single dedicated technology lab.
Expanding
Schools that already run one or more labs and want to bring practical experiences across several domains into one shared, integrated space.
What Schools Say
Botixbo has made robotics and AI learning much more engaging for our students. The hands-on projects encourage them to experiment, build, and solve problems with confidence.
FAQ
No — the mix of robotics, AI, coding, electronics, STEM, IoT, drone awareness and innovation activities depends on each school's curriculum, space and implementation plan, not a fixed package.
No — it is a separate, broader solution alongside labs like the AI & Robotics Lab, STEM Lab and Innovation Lab, for schools that want multiple practical technology experiences in one integrated space.
Bring It to Life
Design, build and program robots that sense, move and respond to the real world.
Understand how AI works and build simple AI-powered projects, including introductory computer vision and machine learning concepts.
Learn computational thinking and programming — from block-based logic to text-based coding — by building real applications and projects.
Learn how connected devices, sensors and microcontrollers work together to build smart, data-driven systems.
Learn drone technology, flight principles and safe practical flying through hands-on sessions.
Apply science, technology, engineering and math through hands-on experiments, electronics and project-based learning.
Complete the Journey
Talk to Botixbo about bringing a composite lab to your school.
