Bloqi gives students hands-on practice in exactly that — plus the block coding and robotics that make it real. One platform, ages 5 to 16, English and Arabic.
In May 2025 the UAE Cabinet approved Artificial Intelligence as a mandatory subject in every government school, kindergarten through Grade 12 — taught hands-on and project-based, with no written exams. It's one of the first national K–12 AI curricula anywhere.
Practical, not theoretical: comparing machines and humans in early grades, algorithmic bias by middle school, prompt engineering and real-world AI scenarios in senior years — assessed through projects, not exams.
The federal mandate currently covers government schools. KHDA, ADEK and SPEA haven't made it compulsory for private schools yet — but their inspection frameworks already reward AI provision, and it's becoming a factor in which schools tech-aware families choose.
Teaching computer science across grades K-12 shouldn't require fragmented tools, high prep overhead, or expensive isolated robotics kits.
Designed by computer scientists and curriculum specialists. CSTA, ISTE, and NGSS aligned with lesson plans, teacher rubrics, and project kits.
Transition from icon blocks to full scratch-style visual blocks. Students build multi-level games, explore variables, and train basic Machine Learning models.
Every unit is pre-loaded into the platform and maps to a specific grade-level learning outcome on your board's syllabus — nothing for your team to write from scratch. Full crosswalk available on request.
Core concepts return across multiple assignments in new contexts through the year — spaced, interleaved practice — instead of one-and-done coverage.
Instant roster synchronization, single sign-on, and assignment workflows.
Every block a student places writes real Python — including the AI blocks and the robot blocks. Tap Show Code and the workspace splits: blocks on one side, code on the other, highlighted line by line. Hover either side and the other lights up.
Bloqi is four purpose-built interfaces — a pre-reader's first blocks, a full block IDE, a machine-learning sandbox and a robotics workspace — sharing one account, one portfolio and one way of thinking about building.
Picture-blocks that snap with a single tap. Icon-based commands with spoken audio feedback.
Full drag-and-drop studio with sprite editors, logic variables, and built-in vision & AI blocks.
Interactive machine learning. Collect data, train models, and test accuracy and bias in real time.
Pair visual blocks with hardware kits. Run live commands wirelessly or flash autonomous code.
A block that moves a character and a block that drives a robot behave the same way and compile to the same language. Moving between the four interfaces costs a child nothing — no new login, no new grammar, no starting again.
Spark is our own robotics kit, and it arrives fully built. A child unboxes it, taps Connect, and drives it from the same workspace they already know — first block by block in live mode, then as a finished program saved to the robot itself.
Ours, built for this. A kit we designed around the way children actually learn — pairing wirelessly, running programs on its own, and capable enough that it never becomes the thing holding them back.
Its own command palette. Robotics blocks appear in the same workspace as everything else: drive, turn, read a sensor, wait until, light up.
Live mode. Click a block and the robot moves that instant. No compile, no upload, no waiting — the loop between an idea and a wheel turning is about a second.
Solo mode. When the program is finished, save it to Spark. The robot runs it on its own, with no tablet and no computer anywhere near it.
Sensors that answer back. Distance, line, light and motion readings stream live into the workspace, so a child can watch the numbers move while they move the robot.
Ready out of the box. Pre-assembled and pre-paired. No wiring, no soldering, no driver installs — batteries in, and go.
Most platforms hand your child off to a different tool every two or three years — a new login, a new vendor, and a portfolio left behind. The four Bloqi interfaces are steps on one road instead, and a child crosses between them without noticing.
The first wobbly character a five-year-old paints is still in the same portfolio when they are sixteen and shipping a Python project. Same login, same teachers, same history — which turns out to be exactly the thing that makes children keep going.
Block platforms stop being interesting around ten. Text platforms assume a confident reader and a tolerance for syntax errors. The gap between them is where most children quit.
Whether you lead a school district, teach in the classroom, or run an after-school STEM center.
Zero prep time needed. Slide decks, rubrics, and automated code grading out of the box.
"[Quote from a partner-school head of computing or principal goes here.]"
Browser-based and iPad-friendly, with nothing to install on school devices. Priced per school, not published — every school's grade spread is different.
Licence the platform, curriculum and reporting as one bundle — nothing to build or integrate separately. Your teachers deliver it, using the dashboards and training included.
Platform, curriculum and Cognifi Labs certified master instructors, scheduled into your timetable — a full turnkey program.
Tell us your grades, timetable and which track fits.
Run it in one grade before committing school-wide.
Your teachers onboarded, or your instructors scheduled.
Every grade, one account, one portfolio.
Have a custom district requirement?
Book a demo, or send us your grade levels and we'll put together a proposal.