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Open exclusively to tie-up school students aged 7–15*

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Course Overview

Artificial Intelligence (AI) introduces students to the technology that powers robots, smart apps, and digital assistants. This beginner-friendly program teaches students how machines think, learn, and make decisions through simple tools and activities.

Course Outline

  1.  Introduction to AI & real-world applications
  2.  AI types: Vision, Speech, Chatbots
  3.  Training models using student-friendly tools
  4.  Building mini AI projects
  5.  Responsible & ethical use of AI

Course Outcome

Students will understand the fundamentals of AI, train simple models, and create AI-powered mini projects like image recognition, storytelling bots, or simple games.

Course Benefits

  1.  Builds strong future-ready tech skills
  2.  Enhances logical thinking & innovation power
  3.  Practical hands-on learning with fun AI tools
  4.  Helps students explore early STEM careers

Developing the 4Cs

  1. Creativity: design your own AI solutions
  2. Critical Thinking: understand how machines make decisions
  3. Collaboration: group-based AI projects
  4. Communication: explain your project ideas confidently

Course Overview

Machine Learning teaches students how computers learn patterns and make predictions using data. This course simplifies ML concepts through visual tools and fun experiments.

Course Outline

  1.  What is Machine Learning?
  2.  Understanding datasets
  3.  Training ML models
  4.  Prediction-based projects
  5.  Real-life ML applications

Course Outcome

Students build simple ML models like number prediction, pattern recognition, and decision-making systems.

Course Benefits

  1.  Develops analytical thinking
  2.  Encourages curiosity about how technology works
  3.  Builds foundational skills for AI & Data Science
  4.  Makes students industry-ready from school level

Developing the 4Cs

  1.  Creativity: designing ML experiments
  2.  Critical Thinking: interpreting predictions
  3.  Collaboration: group data project
  4.  Communication: presenting data insights

Course Overview

Data Science helps students understand how data works. They learn to collect, analyse, visualise, and interpret information to make smart decisions.

Course Outline

  1.  What is Data Science?
  2.  Data collection & organization
  3.  Charts, graphs & data visualization
  4.  Making predictions using data
  5.  Real-world data projects

Course Outcome

Students create visual reports, dashboards, and storytelling projects that convert numbers into insights.

Course Benefits

  1.  Improves analytical & reasoning skills
  2.  Makes students data-smart
  3.  Helps in academics (Maths, Science, Social)
  4.  Early exposure to one of the highest-paying careers

Developing the 4Cs

  1.  Creativity: presenting data visually
  2.  Critical Thinking: identifying patterns
  3.  Collaboration: data projects with peers
  4.  Communication: explaining data stories

Course Overview

Students learn to build and program robots using sensors, motors, circuits, and child-friendly coding platforms.

Course Outline

  1.  Basics of robotics & electronics
  2.  Working with sensors & motors
  3.  Block-based programming
  4.  Building autonomous robots
  5.  Robotics challenges & competitions

Course Outcome

Students design and build functional robots capable of movement, sensing, and problem-solving.

Course Benefits

  1.  Hands-on STEM learning
  2.  Improves engineering mindset
  3.  Encourages innovation & creativity
  4.  Real robotics challenges build confidence

Developing the 4Cs

  1.  Creativity: designing robot models
  2.  Critical Thinking: troubleshooting robot issues
  3.  Collaboration: team robotics activities
  4.  Communication: explaining robot functions

Course Overview

A foundation course that teaches students essential computer and digital skills needed for academics and future careers.

Course Outline

  1.  Computer fundamentals
  2.  Internet & digital literacy
  3.  Cyber safety & digital security
  4.  Document creation tools
  5.  Real-world tech applications

Course Outcome

Students become digitally confident and equipped with basic to intermediate IT skills.

Course Benefits

  1.  Strong digital foundation
  2.  Essential academic and career skill
  3.  Safe and smart internet usage
  4.  Improves productivity and creativity

Developing the 4Cs

  1.  Creativity: using digital tools
  2.  Critical Thinking: solving tech problems
  3.  Collaboration: shared online projects
  4.  Communication: digital communication skills

Course Overview

Design Thinking teaches students how to solve problems creatively, think differently, and develop innovative solutions.

Course Outline

  1.  Understanding problems
  2.  Brainstorming & idea generation
  3.  Prototyping
  4.  Testing & improving solutions
  5.  Real-world innovation challenges

Course Outcome

Students create practical, creative solutions to real-life problems using structured thinking.

Course Benefits

  1.  Boosts creativity & innovation
  2.  Enhances logical decision-making
  3.  Encourages leadership & teamwork
  4.  Builds confidence through problem-solving

Developing the 4Cs

  1.  Creativity: idea generation
  2.  Critical Thinking: analyzing problems
  3.  Collaboration: team solution building
  4.  Communication: pitching solutions

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Coimbatore – Saibaba Colony

Second Floor, Aruna Avanthika Building, 280-3/4, B4, NSR Rd,
Saibaba Colony, Coimbatore, Tamil Nadu – 641025

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