top of page
Untitled design (46).png
Frame 2147224979.webp
Frame 2147225010 (1).png
Frame 2147225011.png
Frame 2147225012 (1).png
Frame 2147225009 (3).png

Stemi Bot

Hands-On Robotics and Coding for the Modern Classroom

StemiBot brings robotics programming into the classroom through a physical robot students can see, code, and interact with directly. Powered by MIT Scratch, it gives students from elementary through high school a real coding environment where their programs drive a real robot.

Built for STEM Learning Through Direct Interaction

StemiBot combines an autonomous robot with MIT Scratch programming. Students write block-based code and see it run in real time. Abstract concepts become visible and immediate. Teachers get a classroom-ready robot. No complex setup. No specialist technical knowledge required.

Start with one robot in a single class. Scale to multiple classrooms with ease. Manage everything through HelloGard Intelligence without complex setup or additional technical staff.

Where StemiBot Belongs

K-12 Classrooms and Schools

After-School and STEM Programs

University and Research Labs

Corporate Training Environments

What Students Actually Do With StemiBot
From contactless drops in busy corridors to routine staff support, StemiBot handles the moves that keep your operation flowing.

01

Coding Lessons

Students write block-based programs in MIT Scratch that control StemiBot's movement, speech, and screen in real time

02

Coding Competitions

Challenge groups to program StemiBot to complete a task, navigate a route, or solve a problem within a set time

03

Interactive Storytelling

Students build stories where StemiBot acts as a character, combining creative writing with programming logic

04

Real-World Problem Solving

Present real scenarios for students to solve using code and robotics, building critical thinking alongside technical skills

05

Virtual Presentations and Tours

Use StemiBot to guide guests, present projects, or run automated tours during open days or school events

06

Career Readiness

Give students practical coding and robotics skills that map directly to careers in technology, engineering, and operations

Component 2.png
What Powers the Learning Experience
Purpose-built for environments that demand agility, awareness, and easy day-one deployment.

MIT Scratch Integration

Students program StemiBot using Scratch, the block-based visual coding environment developed at the MIT Media Lab

Autonomous Navigation

StemiBot maps its environment and moves between locations without manual guidance, responding directly to student code

Interactive Touchscreen

A full HD display allows students to add visual outputs, content, and interfaces to their programs

Voice and Audio Interaction

StemiBot speaks, listens, and responds, allowing students to build conversational programs

Open SDK

Advanced students can go beyond Scratch into deeper customisation through the open developer platform

Classroom-Ready Setup

Operational in a standard classroom without infrastructure changes or specialist installation

Technical Specifications

Category
Specification
Programming Interface
MIT Scratch, block-based drag-and-drop coding
Advanced Programming
Open SDK for deeper customisation and application development
Navigation
Autonomous indoor navigation with obstacle avoidance
Speed
Up to 1 m/s
Display
13.3 inch Full HD IPS touchscreen, 1920 x 1080
Battery Life
Up to 8 hours
Charging
Autonomous docking
Connectivity
Wi-Fi 5, Bluetooth 5.0
Interaction
Voice commands, touchscreen, two-way audio and video
Dimensions
35 cm wide, 45 cm deep, 100 cm tall
Weight
12 kg
Platform Integration
Manageable through HelloGard Intelligence for schools with multiple units
Cta.jpg
Explore How StemiBot Fits Into Your Program
Robots
​Other Products
Resources
Explore articles, case studies, and technical resources designed to help teams deploy, manage, and scale autonomous systems effectively.
Why StemiBot Works When Simulators Don't
Four reasons operators choose StemiBot to move items through spaces that never sit still.
image 2657.png

Code a Real Robot, Not a Simulation

Students see the direct result of their code on a physical robot that moves, speaks, and navigates. That connection between code and outcome is what makes the learning stick

image 2658.png

Built for Educators, Not Technicians

StemiBot runs on a platform teachers can configure and manage without needing a technical background

image 2659.png

Scales from Beginner to Advanced

Block-based Scratch keeps entry simple for younger students, while the open SDK keeps advanced learners challenged within the same robot

image 2660.png

Ready for the Classroom Today

No infrastructure changes, no long setup, no specialist staff required to get StemiBot running in a classroom

02

Temi Run

Fast, contactless delivery in healthcare facilities, hospitality environments, and commercial spaces where agile navigation and guest interaction are essential.

Frame 2085665764.png

03

Ottobot

Autonomous last mile delivery across large campuses and mixed indoor–outdoor environments such as enterprise complexes, retail destinations, and public spaces.

Frame 2085665764 (2).png

02

Keenon W3

Automated transport of supplies, meals, and operational items across structured indoor facilities with multi-point delivery requirements.

Frame 2085665764 (1).png
Resources
Explore articles, case studies, and technical resources designed to help teams deploy, manage, and scale autonomous systems effectively.
image (22).png

What Changes in the Classroom

​Measurable gains across teams, spaces, and workflows.

Give students hands-on programming experience with a robot they can see and interact with

Build coding confidence from beginner level through to advanced application development

Connect classroom learning to real-world robotics and technology careers

Run STEM programs without specialist technical staff or complex infrastructure

bottom of page