STEM CURRICULUM · DUBAI

STEM Curriculum Provider for Schools in Dubai That Fits Alongside Your Existing Curriculum

Dubai schools already follow demanding academic standards. As a STEM curriculum provider for schools in Dubai, we don't ask a school to replace what's working. We add coding, robotics and applied science as one connected strand, backed by the training a teacher needs to deliver it.

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STEM curriculum and AI robotics kit for schools in Dubai
ConnectedCoding, Robotics & Science
ZeroInfrastructure Changes
FullTeacher Training
100%Browser-Based Lab
TIER COMPARISON

What Changes Between the Two Tiers

Not every school needs the full range. Here's what changes between the standard AI Robo Suite and the STEM version:

What's Included AI Robo Suite STEM Tier
Projects included 6 16
Domains covered AI and Robotics AI, Robotics, IoT, Web, Coding
Robotics components Standard Advanced
Custom projects Not included ✓ Included
Free AI lab consultation Not included ✓ Included
Teacher training Standard Enhanced
International Digital Fest entry Paid Free
CORE ADVANTAGES

What Our STEM Curriculum for Schools in Dubai Adds

A Single Connected Strand

Coding, robotics and applied science sit inside a single connected programme.

Built for Non-Specialist Teachers

Every lesson is designed for teachers without a background in engineering or AI.

Refined Through Repeated Use

The curriculum has been shaped by ongoing classroom feedback, not written once.

One Connected Package

Lesson plans, kits and teacher training are delivered together, not separately.

TEACHER SUPPORT

A Teacher's Daily Toolkit

Bringing in a STEM curriculum provider for schools in Dubai should mean a teacher never has to connect the subjects alone. It breaks down into three groups:

Teacher delivering a STEM lesson using Cyber Square toolkit
Planning
Lesson plans covering coding, robotics and applied science together
Presentations built to slot into an existing timetable
A guide that walks a non-specialist teacher through each lesson
Delivery
Videos on hand for the trickier concepts
Results marked and returned automatically
Everything running in the browser, with nothing to install
Recognition
Certification from the UK that counts toward real professional development
Fully funded international travel for teachers
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PROGRAMME STRUCTURE

The Building Blocks of the Programme

A Shared Pool of Ready-Made Projects
01

A Shared Pool of Ready-Made Projects

A shared pool of ready-made projects means a teacher doesn't have to invent a brand new STEM project completely from scratch every single term, drawing instead on builds that other classes elsewhere have already tried, tested and refined across a full school year of active, ongoing classroom use.

Robotics Kits for the Engineering Strand
02

Robotics Kits for the Engineering Strand

The build list runs from a radar unit and a clap-activated switch to a parking-assist system and a full home automation setup on IoT, with every build tying straight back to the engineering and maths behind it, coded in Scratch or Python along the way as students move through the grades.

Explore Our Robotics Kits
Coding With MIT App Inventor
03

Coding With MIT App Inventor

Among the coding tools already available is MIT App Inventor, letting students build simple mobile-app style projects as part of the applied science and coding strand, not just the website or robotics code that usually gets most of the attention in a typical STEM class.

Automatic Marking Through the AI Cloud Lab
04

Automatic Marking Through the AI Cloud Lab

Every assignment across the STEM subjects is marked the moment it's submitted, through the AI Cloud Lab, with one dashboard tracking coding, robotics and applied science together in real time. A teacher can assign that same work to a class through our own Android and iOS app in a few taps.

Explore the AI Cloud Lab
CONTINUOUS SUPPORT

Support That Doesn't Stop at Launch

Ongoing Teacher Development

Regular training so methods keep pace with new tools across every STEM subject.

A Plain Briefing for Parents

Sessions that explain what STEM adds to their child's usual timetable.

Something for Parents to Contribute

Webinars aimed at parents who want more than a term-end report.

Extra Time on Harder Topics

Workshops for students who need more practice than one lesson allows.

A Club Beyond the School Day

An informal group for students who want to keep building after hours.

Backing for STEM Competitions

General guidance for students who want to compete beyond school, in the UAE's wider STEM and robotics competition scene.

A Bigger Audience for Projects

Digital Fest gives student work a stage beyond their own classroom.

Any-Hour Technical Assistance

Round-the-clock support for students and teachers across every subject.

PHILOSOPHY

Not Four Subjects, One Skill Set

A robotics build here needs engineering to plan it, coding to run it, and applied maths to get the measurements right. None of that fits neatly inside a single-subject timetable slot, which is exactly why the lessons are built to move between subjects rather than stay inside one.

500+
Schools
400K+
Students
10+
Countries
12
Years in Classrooms
FAQs

Frequently Asked Questions

Yes. It runs independently of whichever syllabus is already in place, whether that's British, CBSE, ICSE, or IB, without needing a separate version for each.
Not a requirement. Our own training programme, alongside lesson plans already written and marking already automated, closes the background gap fast regardless of where a teacher started.
Separate subjects rarely reference one another. This curriculum is built so a robotics lesson also reinforces the coding and maths sitting behind it.
Yes. The curriculum is built to introduce STEM to a school that's never taught it, not just extend an existing programme.
A single build ties the subjects together rather than separating them: wiring and sensors for the engineering side, a script in Scratch or Python to make it respond, and the maths needed to work out a timing or a threshold. One project, not four separate worksheets.
No. The whole platform runs online, with nothing to set up locally.
Yes, through Digital Fest. The UAE also has a wider STEM and robotics competition scene, including events like the World Robot Olympiad, for students who want to go further.
Because the connected lesson plans, kits and teacher training already exist and already work in schools, without a school having to design the links itself.
A help desk by phone or WhatsApp, plus regular training sessions held outside school hours.
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Work with a STEM curriculum provider for schools in Dubai that treats the subjects as one programme, not four.

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