“Learning through play supports the development of early literacy and numeracy skills in an integrated approach, while also cultivating children’s social, emotional, physical, and creative skills” – Marbina, Church & Tayler, 2011


Junior Level 1 (JL1)

(Building, Design)

Duration: 12 hrs

Fee: 3,000/-

Playing with LEGO® is known to have amazing benefits for the development of fine motor skills, developing dexterity and strength in the fingers. Numerous studies have shown that kids show improvement on spatial reasoning tests after spending time with LEGO Bricks and other kinds of construction play. ... Offer and encourage plenty of hands-on activities, and you can give your kids a genuine brain boost!

Junior Level 2 (JL2)

(Easy programming)

Duration: 10 hrs

Fee: 2,500/-

The children learn programming basics in Scratch, a language designed for kids. Our students create simple projects, from basic animations to real games and cartoons. We teach students to understand the logic behind coding without complicated programming languages. The kids get to develop their own programs in Scratch.

Junior Level 3(JL3)

(Easy Robotics)

Duration: 12 hrs

Fee: 3,500/-

With WeDo, students will explore, create, and share their scientific discoveries as they build, program, and modify projects. As they collaborate, they deeply engage with science, engineering, technology, and coding, sparking a love for experimentation and investigation.

Junior Level 4 (JL4)

(Building, foundational mechanics)

Duration: 16 hrs

Fee: 4,500/-

Here, students will investigate the principles of simple machines, mechanisms, and structures; experiment with balanced and unbalanced forces and friction; measure distance, time, speed, and weight; and much more.

Junior Level 5 (JL5)

(Building, Advanced mechanics)

Duration: 16 hrs

Fee: 4,500/-

This level is about exploring design engineering with more advanced mechanisms, structures, and forces. Using this course promotes students' fundamental STEM understanding of simple and powered machines, structures, and mechanisms.

Junior Level 6,7 (JL6, JL7)

(Intermediate Robotics)

Duration: 16 hrs (each)

Fee: 4,500/-

Key learning values of this course:

• Investigating, modelling and designing solutions

• Engage students in science by making it real and relevant

• Basic programming skills

• Collaboration and presentation skills

• Critical thinking and problem-solving


Senior Level 1 (SL1)

(Building, Design components)

Duration : 12 hrs

Fee: 4,000/-

Senior Level 2 (SL2)

(Building, Advanced Design)

Duration : 12 hrs

Fee: 4,000/-

Senior Level 3 (SL3)

(Basic EV3 Programming)

Duration : 12 hrs

Fee: 5,000/-

Senior Level 4 (SL4)

(Advanced Programming)

Duration : 12 hrs

Fee: 5,000/-

Senior Level 5 (SL5)

(Easy Robotics - build and program 5 core models)

Duration : 20 hrs

Fee: 5,000/-

Senior Level 6 (SL6)

(Advanced Robotics - Build and program 5 complex models)

Duration : 20 hrs

Fee: 5,000/-


World Robot Olympiad is an event for science, technology and education which brings together the young people all over the world to develop their creativity and problem solving skills through challenging and educational robotics competitions. Schools are invited to enter a team of three students to participate in this competition. Participating teams need to create, design and build a robot model that look or behave like a human athlete. The competition starts from preliminary to the final judging.

World Robot Olympiad is a challenge-based competition. Students must design, construct and program an autonomous robot that can solve specific challenges on a field. Because the field is set up randomly each round, the robot needs to be able to make its own decisions during the run. The competition is held in different age groups : 6-9 (Young Engineers), 9-12 (Elementary), 13-15 (Junior High) and 15-18 (Senior High).

WRO (6-9 years)

WRO (Elementary)

WRO (Junior High)

Android/ iOS App Development

Learn to build App through visual programming environment that allows everyone – even children – to build fully functional apps for Android and iOS smartphones and tablets. You can have a simple first app up and running in less than 30 minutes. And what's more, the blocks-based tool/ easy interface facilitates the creation of complex, high-impact apps in significantly less time than traditional programming environments. This effort above all motivates young people to move from technology consumption to technology creation.


  • ✓ Understanding App Design process

  • ✓ MIT App Inventor Environment

  • ✓ Introduction to UI Design

  • ✓ Importing files

  • ✓ Data export to files

  • ✓ Basics of Coding


  • ✓ Understanding App Design process

  • ✓ MIT App Inventor Environment

  • ✓ Introduction to UI Design

  • ✓ Arithmetic Operators

  • ✓ Importing files

  • ✓ Data export to files

  • ✓ Basics of Coding

  • ✓ Introduction to Graphical User

  • ✓ Interface (GUI) platform - Pencil Project

  • ✓ UI Design with Pencil Project

  • ✓ Variables for Data Storage

  • ✓ Managing Lists

  • ✓ Decision Making Functions

  • ✓ Understanding Loops

  • ✓ Notifiers

  • ✓ Procedure functions

  • ✓ Data Handling

  • ✓ Multiscreen Data Transfer

  • ✓ Introduction to sensors

  • ✓ Data Acquisition

  • ✓ Android app publishing guidelines"



This is a program designed to develop young entrepreneurs. During these 8 weeks, children will learn digital skills and create a state of the art sellable product- it could be an App, a chatbot, iot product, something linked with social media, AR/VR or solving a real world problem using any of the available digital tools. The idea is to inculcate a sense of entrepreneurship in the kids at an early age. If the seeds of business and what all it takes to succeed in the real world are planted early, their chances of getting it right early, acquiring the right skills, finding their true passion and learning from their mistakes and stepping up to the occasion and grabbing any available/ potential opportunities with both hands will increase multi folds. Happy tinkering!! Here is a week-wise curriculum.

Week 1 : Acquire Digital Skills

Week 2: Build a digital product

Week 3: Refine your digital product

Week 4: Create a business model of online product business

Week 5: Develop digital marketing collaterals to market product

Week 6: Set up an online store to sell a digital product

Week 7: Learn business Finance

Week 8: Set up your online business