STEM, Robotics & Coding

Future skills need a lab, a curriculum and a trained teacher — not just a kit.

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The challenge

What schools are dealing with

Labs are purchased but underused after the first term.

Teachers are not trained to run project-based technology learning.

Coding and robotics sit outside the main timetable.

The EMI approach

How we work on it

✓ Hands-on coding and robotics programmes aligned with future-ready learning.

✓ Micro and mega robotics lab setup with equipment and layout guidance.

✓ Teacher training and ongoing support so the lab keeps running.

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Hands-on coding and robotics education with micro and mega robotics lab setup, equipment and teacher training.

What we deliver

Inside the engagement

Robotics labs

Micro and mega robotics laboratory setup and equipment.

Coding curriculum

Grade-wise, project-based coding and robotics learning.

Teacher training

Capability building for the teachers who will run the lab.

Ongoing support

Continued support so the programme is sustained.

How it works

The process, step by step

STEP 01

Plan

Assess space, grades and objectives.

STEP 02

Set up

Install the lab and equipment.

STEP 03

Curriculum

Map programmes to the timetable.

STEP 04

Train

Train and certify teachers.

STEP 05

Sustain

Review usage and student projects.

Outcomes

What your school should see

✓ A functioning, timetabled robotics programme
✓ Teachers able to run the lab independently
✓ Student projects as visible evidence of learning

Measurable targets are agreed with each school; EMI does not publish unverified performance figures.

Who it's for

Designed for these stakeholders

School owners Principals STEM teachers Students

FAQ

Questions schools ask

What is the difference between micro and mega labs? ⌃

The two formats differ in scale, equipment and space requirements; the right choice is decided during the planning stage.