Build your robot from start to finish

After-school robotics in Qatar — Spring 2026

A structured pathway from block coding to CAD, 3D printing, and autonomous robots. Designed around practical challenge formats.

Grades 3+ • Small school cohorts • Stage-based learning

Enroll for Spring 2026 Programs & pricing

Stage 01 · BlockBots Adventures: QR 750 per term
Stage 02 · Build Your First Robot: QR 900 per term
Stage 03 · Build Your Wall-E Robot: QR 900 per term

Per-term tuition by stage — details and outcomes below.

Maze-navigation course with a robot entering a turn

Wall-E themed robot build with sensors and tracked chassis

Student hand placing a robot into a maze-navigation course

Wall-E robot navigating an overhead maze challenge

3D printed robot parts and tools on a fabrication bench

Why families choose Roboticscool

We're not a one-off workshop or a box of parts. We run stage-based cohorts with clear outcomes—so students, parents, and school partners know what "good" looks like at every step.

A real engineering pathway

CAD, 3D printing, electronics, and programming—not disconnected workshops. Each stage is built around a visible project or challenge so progress is easy to see.

Coach-led cohorts

Students learn in structured classes with instructor guidance and peers—like serious athletics or music, applied to robotics.

Built for competitions

Line and maze formats are inspired by RoboCup Junior-style milestones, giving students useful practice for school and community robotics events.

Transparent term pricing

Tuition is shown by stage in QR so families—and partners—know exactly what each term costs before they enquire.

View programs, pricing, and end-of-stage challenges

How we teach

You move through the full build cycle: design, fabricate, wire, program, and test—so when you reach a challenge, you understand how your robot actually works.

1. CAD: Students learn how to personalize robot ideas through Computer Aided Design (CAD).
2. Construction: Students use 3D printing, controllers, sensors, and electronic components to turn robot designs into working prototypes.
3. Code: Students learn to code robot behaviors and test how those programs perform in real challenges.
4. Competitions: Students can test their robots through in-class challenges and formats inspired by school robotics competitions.

Your Robotics Journey

A staged pathway from your first robot to more advanced challenge formats. New students usually start at Stage 1.

BlockBots Adventures

Gr 3–5

Build Your First Robot

Gr 6+

Build Your Wall-E Robot

Gr 6+

Competition Prep

Coming Soon

Competition Pathway

School robotics formats

Programs & term pricing

Tuition is per term by stage. New to robotics? Start at Stage 1 (BlockBots Adventures).

QR 750

BlockBots Adventures (Grades 3-5)

Students in Grades 3–5 build and program their first robots using block coding. By the end of the term, they work toward a mini challenge — their first taste of structured robot testing.

Ends with: Mini Challenge

QR 900

Build Your First Robot (Grades 6+)

Students in Grades 6+ build a working robot from core parts and prepare for a simplified line-following challenge inspired by RoboCup Junior formats.

Ends with: RoboCup Junior Line Challenge

QR 900

Build Your Wall-E Robot (Grades 6+)

Students in Grades 6+ design a maze-navigating Wall-E robot using sensors and programming, practicing skills used in RoboCup Junior-style maze challenges.

Ends with: Maze Navigation Challenge

Testimonials

Hear from our parents and students

"I like that Roboticscool gives children opportunities to develop original robotics ideas and think beyond standard kits."

Student, 11 years old

"Our school only implemented robotics very late so we could only use the kits provided for us. I think it's cool that kids are given more creative freedom and have the opportunity to learn outside of the kits."

Student, 17 years old

"Awesome concept! Step by step learning robotics courses at a young age will give an enormous aperture to the next generation. Building such a thing at a young age will create intelligent future scientists and engineers."

University Student

"The future would likely include robotics. Creating Roboticscool is a brilliant idea to help our kids enhance their knowledge, creative thinking, critical thinking skills in providing solutions"

Parent

"It would also be nice if there is a way for parents to be involved in the learning process, so that they can be aware of their children's progress and the importance of such work."

Parent