The STEM club
An after-school activity, a small regular group, one lead teacher. A few shared kits are enough to start.
- Kits shared between participants
- Printed guides
- Platform access for the group
- Onboarding for the lead teacher
Primary, middle and high schools, training centres Equipping a class,
Equipping a class,
not just one child.
One kit for two or three pupils, printed guides in quantity, training for your teachers and a certificate for every pupil. Tell us your numbers and we will quote.
The curriculum Robotics does not add a subject.
Robotics does not add a subject.
It serves the ones you already teach.
Every build is teaching material. The pupil handles, measures and verifies what they learned at the board.
01
Physics
Speed, distance, forces, light, temperature. The pupil takes real readings and checks their predictions against the values the robot reports.
02
Mechanics
Transmission, fixing points, stability. The build comes apart and can be modified, which makes the link between a constraint and a solution visible.
03
Electronics
Sensors, actuators, power, wiring. The pupil reads a datasheet, wires it correctly and learns to diagnose a fault without panicking.
04
Programming
The same algorithm is written in blocks, re-read in Python and compiled in C++. One concept, three levels of difficulty depending on the year group.
Three situations Your needs are not
Your needs are not
the same as another school's.
Tell us which of these three situations looks like yours, and we start there.
The equipped class
One kit for two or three pupils, across a full school year. The equipment stays in the school from one cohort to the next.
- One kit for two or three pupils
- Printed guides in quantity
- Platform access for every pupil
- Teacher training
- Named certificates
The whole school
Several year groups, several teachers, a progression from primary to high school. We support the rollout and what follows.
- Progression across several year groups
- Full training for the teaching team
- Partner school certificate
- Priority support
- Spare parts at school pricing
Volume pricing according to the number of kits.
The school offer What is not
What is not
in the consumer box.
- Teacher training
- Printed teaching guides in quantity
- Platform access for every pupil
- Named certificates for pupils
- Partner school certificate, verifiable online
- Priority support
- Spare parts at school pricing
A 120-hour taught curriculum per kit — Smart Car and Smart Home.
- 40 h MoBot Blocks
- 40 h MicroPython
- 40 h C++
The certificates
Every pupil receives a named certificate at the end of the track. The school receives its partner school certificate, verifiable online, for the entrance hall.
Already teaching with MoBot Private schools
and training
Private schools
and training
centres.
Primary schools, middle schools, high schools, international schools and training centres, across several wilayas.
Quote
Tell us your numbers. We will quote.
A quote within a few days, with the number of kits recommended for your class sizes.
Frequently asked questions
No. The training starts from scratch and covers the build, the app and the blocks. Teachers who want to move on to Python do so afterwards, at their own pace.
We recommend one kit for two or three pupils, so ten to fifteen kits. Working in pairs is part of the learning: one wires, the other checks.
Yes, it is included in the class and whole-school options. It takes place in your school, with your equipment.
Every component is available separately, at school pricing. The 12-month warranty covers manufacturing defects on the electronic board.
Yes. Quotes, purchase orders and invoices are issued in the school's name.