ages 5-12

ages 5-12

robotics

Build real machines, using real materials and learn to think like an inventor.

Build real machines, using real materials and learn to think like an inventor.

Build real machines, using real materials and learn to think like an inventor.

  • indiranagar

  • sadashivanagar

  • jayanagar

  • jp nagar

  • sarjapur

  • whitefield

  • hsr layout

  • hrbr layout

  • haralur

  • sahakar nagar

At Openhouse,



robotics is not about flashy builds. It’s about first-principles thinking — learning how humans made the mechanical world, testing ideas through experiments, and applying those learnings in real, functioning models.

🧒🏻 5–10 years

👥 max 10 kids/batch

⏰ 2 hours/week

the openhouse method

the openhouse method

Expert-built curriculum to help kids start early & stay consistent. Our method has 3 components

build machines with model manuals™

build machines with model manuals™

Start with simple machines, progress to code.


We follow the same arc the world followed: start with motion (simple machines), supercharge it with electricity, then add intelligence with code. Children do this via our Model Manuals that support independent building and differentiated depth — some children follow the guide closely, others upgrade, redesign, and make decisions as they grow:

Start with simple machines, progress to code.


We follow the same arc the world followed: start with motion (simple machines), supercharge it with electricity, then add intelligence with code. Children do this via our Model Manuals that support independent building and differentiated depth — some children follow the guide closely, others upgrade, redesign, and make decisions as they grow:

level 1: mechanics

Build simple machines and see how parts like wheels, levers, and pulleys bring movement to life. Some of the models we build are:





Seesaw – A fun balancing build that shows how levers lift and move weight.


Tow Truck – A pulling machine that uses pulleys to lift and move loads.


Rickshaw – A rolling build that shows how wheels make movement smooth and easy.

  • Level 1 - Seesaw

  • Level 1 - Tow Truck

  • Level 1 - Rickshaw

level 1: mechanics

Build simple machines and see how parts like wheels, levers, and pulleys bring movement to life. Some of the models we build are:





Seesaw – A fun balancing build that shows how levers lift and move weight.


Tow Truck – A pulling machine that uses pulleys to lift and move loads.


Rickshaw – A rolling build that shows how wheels make movement smooth and easy.

  • Level 1 - Seesaw

  • Level 1 - Tow Truck

  • Level 1 - Rickshaw

level 1: mechanics

Build simple machines and see how parts like wheels, levers, and pulleys bring movement to life. Some of the models we build are:





Seesaw – A fun balancing build that shows how levers lift and move weight.


Tow Truck – A pulling machine that uses pulleys to lift and move loads.


Rickshaw – A rolling build that shows how wheels make movement smooth and easy.

  • Level 1 - Seesaw

  • Level 1 - Tow Truck

  • Level 1 - Rickshaw

level 2: electronics

level 3: programming

develop concepts via experiment lab™

develop concepts via experiment lab™

A practical way to build foundations


We use a library of life-sized, hands-on experiments to help children infer concepts like load, distance, balance, and speed. These are done in small groups to encourage peer learning — compare results, debate what happened, and try again. They are designed in a way that even our youngest students understand intuitively

A practical way to build foundations


We use a library of life-sized, hands-on experiments to help children infer concepts like load, distance, balance, and speed. These are done in small groups to encourage peer learning — compare results, debate what happened, and try again. They are designed in a way that even our youngest students understand intuitively

  • lever experiments

    Test, observe, and record how balance and force change with position and weight.

  • gear experiments

    Observe effort and movement, and record how different pulley setups affect lifting.

  • pulley experiments

    Track motion and speed, and record how gears change direction and rotation.

  • lever experiments

    Test, observe, and record how balance and force change with position and weight.

  • gear experiments

    Observe effort and movement, and record how different pulley setups affect lifting.

  • pulley experiments

    Track motion and speed, and record how gears change direction and rotation.

competitions

and hackathons

competitions

and hackathons

Solve real world problems with friends


Children participate in competitions and hackathons to solve real world problems using technology with their friends.

Solve real world problems with friends


Children participate in competitions and hackathons to solve real world problems using technology with their friends.

Our kids performing at our showcase

FAQs

Do you offer a trial class?

What is the cost of the program?

Is my child too young for Robotics?

What if I miss a class?

What is Openhouse, I’ve never been there?

experience it yourself

Please select age first

for any questions reach out to us

Whatsapp

Call Us

about

openhouse

Openhouse is a childrens' learning centre in Bangalore and Kolkata, offering preschool, daycare, co-curricular programs, and workshops—all under one roof. Bringing global standards of learning and childcare to your neighborhood.

openhouse.school

hello@openhouse.study

+91 88611 15000

Privacy policy

Privacy policy

Terms & conditions

Terms & conditions

starting from

₹4000/month

book

starting from

₹4000/month

book a trial

public speaking

music

art design

robotics

public speaking

music

art design

robotics

public speaking

music

art design

robotics