ManoCity
ManoCity

ManoCity for Schools

Bring codinginto the physical classroom.

ManoCity gives schools a practical way to teach Python, robotics and physical computing through structured lessons and real-world missions.

ClassroomSTEM ClubRobotics LabCompetition
Students learning robotics with ManoCity

What Schools Get

More than a robot kit.A complete learning system.

Hardware, city environments and learning materials work together so schools can deliver a connected STEM experience.

ManoBot Kits

ManoBot Kits

Hands-on robotics kits that students assemble, program and use across ManoCity missions.

ManoCity Maps

ManoCity Maps

Physical city maps with roads, junctions, destinations and spaces for programmable challenges.

Structured Learning

Structured Learning

A guided pathway from Python fundamentals to robotics, sensors and autonomous missions.

Flexible Delivery

One platform.Different school models.

Schools can adopt ManoCity in the way that best fits their timetable, resources and STEM priorities.

01

Classroom Module

Curriculum

Use ManoCity as a structured computing, coding or robotics module within the school timetable.

02

STEM & Robotics Club

Enrichment

Run ManoCity as an after-school club, enrichment activity or school robotics programme.

03

School Challenge

Competition

Turn missions into a school-level engineering challenge or competition between student teams.

Learning Outcomes

Skills students cansee themselves using.

ManoCity combines coding and engineering concepts in a physical setting where student decisions produce visible outcomes.

Python programming
Computational thinking
Sensors and actuators
Robotics systems
Problem solving
Logical decision-making
Physical computing
Engineering design

Implementation

From deliveryto first mission.

Schools can move from setup to structured student activity through a clear implementation pathway.

01

Choose your setup

Select the number of learners, teams and kits that fit your classroom or programme.

02

Prepare teachers

Use the teaching guidance and structured learning pathway to plan delivery.

03

Learn + build

Students learn Python concepts while assembling and understanding ManoBot.

04

Run missions

Students move from basic control to sensors, junctions and physical ManoCity challenges.

05

Extend the programme

Progress into school challenges, team projects and more advanced autonomous missions.

For Teachers

You do not need to design the programme from scratch.

ManoCity provides a structured learning sequence, mission progression and implementation guidance so teachers can focus on supporting learners rather than building a complete robotics curriculum themselves.

Structured lesson pathway
Build guidance
Mission activities
Progressive challenge design

For School Leaders

Build a visible, repeatable STEM experience.

A repeatable STEM programme rather than a one-off activity.

Visible student outcomes through physical robot behaviour.

Suitable for curriculum support, enrichment and competitions.

Combines coding, electronics, robotics and problem solving.

Bring ManoCity to Your School

Turn your classroominto a coding city.

Explore school packages, classroom delivery options and implementation support for your learners.

Explore the Kit