For schools & colleges

Engineering, taught inside your institution.

A structured coding, robotics and AI programme delivered on your campus — two school bands from Grade 6 upward, and semester-aligned cohorts for colleges. Instructors, curriculum, kits and reporting included.

Grade 6 onward2 classes / week · Band 1100 classes / year · Band 250 classes / semester · Colleges
Indian school students working on computers during a classroom sessionA school student coding on a laptop in classCollege students working together in a computer lab
# Programme structure

Two school bands. One college track.

Each track has a fixed class cadence so your academic calendar stays predictable from day one.

Band 1 · Schools

Grade 6 to Grade 8

2 classes per batch, per week

Holiday weeks excluded from the timetable

Computational thinking, block-to-code transition and a built project every term — slotted into the school week.

  • Scratch to typed code
  • Web basics & design thinking
  • Term-end showcase project

Band 2 · Schools

Grade 9 to Grade 12

100 classes per academic year

Scheduled around your board calendar

Python, robotics, IoT and applied AI — taught as a full-year engineering sequence with a judged capstone.

  • Python & data literacy
  • Robotics, sensors, IoT
  • AI foundations + capstone

Colleges

Diploma, UG & PG cohorts

50 classes per semester

Credit-mappable, semester-aligned delivery

Industry-aligned AI, cloud and full-stack modules delivered on your campus, with internships and placement prep.

  • AI / Cloud / Full-stack tracks
  • Live industry projects
  • Interview & internship prep

3

Delivery tracks

Two school bands + colleges

100

Classes per year

Band 2 full-year sequence

50

Classes per semester

College cohorts

1:20

Instructor ratio

Plus a teaching assistant

# How we deliver

We bring the programme. You keep the calendar.

Everything from instructors to kits to reporting is handled by our team, inside the schedule your institution already runs on.

Small, teachable batches

A trained instructor plus a teaching assistant per batch, so quiet learners get heard and fast learners get stretched.

1 : 20 batch ratio

Fits your timetable

Sessions slot into your existing periods or lab hours — holiday weeks and exam blocks are worked around, not through.

Zero calendar clashes

Labs, kits and setup

Hardware kits, lab configuration and software access are set up by our team before the first class runs.

Ready before day 1

Reporting for faculty

Term-wise progress reports, attendance, project portfolios and outcome dashboards shared with your academic team.

Termly reporting
Students presenting their project to peers and faculty

Taught in your own classrooms

No student travel, no separate infrastructure. Our instructors arrive, teach and report — your faculty stay in the loop throughout.

# Rollout

From first call to first class.

A five-step onboarding that typically completes in three to four weeks.

01

Discovery call

We map your grades, timetable, lab capacity and academic goals in a 30-minute call with your leadership team.

02

Pilot session

A live demo class with a real batch of your students, so faculty can see the pedagogy before committing.

03

Delivery plan

A written plan: batch sizes, class cadence, kit list, instructor roster and the term-by-term scope & sequence.

04

Setup & onboarding

Lab configuration, kit delivery, student accounts and a teacher-enablement workshop before the first class.

05

Run & review

Classes run on your calendar with monthly check-ins, attendance dashboards and a term-end showcase.

# What's included

Support that stays after the class ends.

Teacher enablement

Your faculty co-deliver from term two with our training workshops, lesson plans and classroom playbooks.

Assessment framework

Rubric-based grading for projects, plus periodic skill checks that map cleanly to your internal marking scheme.

Student learning platform

Every student gets a login with lessons, practice problems, submissions and an auto-built project portfolio.

Kits & lab support

Robotics and electronics kits, spares, and on-call technical support so no class is lost to setup issues.

Delivered at your institution

What students finish with.

Catch-the-star game

First game with score, collisions and win states — built by 7-year-olds.

Scratch · Design thinking

Line-following rover

Sensor-driven robot built, printed and raced in the classroom challenge.

Arduino · Sensors · Tinkercad

Study-buddy AI app

Teen-built revision assistant with safe prompts and fact-checking built in.

Python · LLM API · Streamlit

ScratchPythonmicro:bitArduinoRaspberry PiTinkercadTeachable MachineApp InventorMakeCodeLEGO SPIKEp5.jsCanva
# Scope & sequence

What each track covers.

Band 1 · Grade 6–8

2 classes / week
  • Computational thinking
  • Scratch to typed code
  • HTML, CSS & design basics
  • Term showcase project

Band 2 · Grade 9–12

100 classes / year
  • Python programming
  • Data literacy & charts
  • Robotics, sensors, IoT
  • Applied AI + judged capstone

Colleges

50 classes / semester
  • AI engineering foundations
  • Cloud & DevOps practice
  • Full-stack build sprints
  • Internship & interview prep

He used to ask for one more level. Now he asks for one more feature. The demo day was the first time I saw him explain something technical to a room.

Sushma R.

Parent · Grade 5 learner

Institution questions.

Our trained instructors teach on your campus, alongside your faculty. We also run teacher-enablement sessions so your staff can co-deliver over time.

Run one pilot batch. Then decide.

We'll run a demo session with your students and share a delivery plan mapped to your academic calendar.