Bring robotics, coding, engineering, 3D design and real-world problem solving into your school without the burden of building everything from scratch.
Students develop practical technical and problem-solving skills using industry-standard tools and technologies.
Build, program and automate real robots using LEGO® SPIKE™, EV3 and micro:bit-powered creations.
Move from block-based coding with Scratch and MakeCode to text-based programming with Python.
Design functional prototypes using Tinkercad, AutoCAD and Fusion 360 and turn them into physical creations.
Prepare teams for national and international challenges such as FIRST LEGO League and World Robot Olympiad.
Explore circuits, sensors, motors and engineering principles through practical projects and experimentation.
Introduce learners to artificial intelligence, machine learning and emerging technologies through age-appropriate projects.
Transform your school hall or classroom into a buzzing innovation hub. Students participate in weekly, term-long sessions covering robotics, coding and engineering challenges.
Start an Innovation Club →A high-energy 2-to-5-day intensive where students move from ideation to functional prototypes through robotics, coding and engineering challenges.
Plan a Bootcamp →A single-day experience designed to ignite curiosity across the entire school through fast-paced, age-appropriate STEM workshops.
Book a Spark Day →A comprehensive curriculum-aligned program integrating robotics and coding into your school's regular learning schedule.
Build Your Robotics Pathway →Build a permanent STEM facility with robotics kits, electronics, 3D printers, furniture, teacher training and ongoing support.
Build Your STEM Lab →Students progress through increasingly advanced technologies and challenges while following the same PIRPOSAL problem-solving framework.
Explore All Learning Tracks →
For most programs, we bring the equipment, laptops and instructors.
Workshops are designed around competency-based learning outcomes.
Students learn to iterate, experiment, fail forward and justify their designs.
Teachers can co-teach with our instructors and develop their own STEM capabilities.
Weekly, monthly, termly or one-off programs built around your school's schedule.
Students progress from introductory building tools to Raspberry Pi, Python and professional CAD.
No. For our standard programs, MechaBlox brings the necessary kits, laptops and instructors. Schools that want to build their own lab can also purchase equipment and training from us.
We maintain a low student-to-instructor ratio. For larger groups, we deploy additional instructors and rotate students through stations.
Yes. Our workshops are mapped to relevant competency-based learning outcomes.
We provide resources, lesson plans and ongoing support. Schools can also access teacher training and mentorship to help sustain their programs.
Absolutely. We can adapt the program around your school's timetable, student age groups, budget and specific goals.