Courses

Age Group: 4-6 Years

Focus: Early exploration of STEAM concepts through play, creativity, and basic problem-solving.

3-Month Course

  • Duration: 12 weeks (2 hours per week)
  • Core Topics:
    • Week 1-4: Introduction to STEAM – Understanding shapes, colors, and simple tools.
    • Week 5-8: Basic Robotics – Hands-on activities with simple robots (like line-following robots).
    • Week 9-12: Creative Expression – Integrating arts with technology, building and decorating simple models.
  • Final Project: Create a simple robot with personalized decorations.

6-Month Course

  • Duration: 24 weeks (2 hours per week)
  • Core Topics:
    • Week 1-4: Introduction to STEAM – Exploration of everyday objects and their functions.
    • Week 5-8: Robotics Foundations – Basic assembly and understanding of robot components.
    • Week 9-12: Programming Basics – Introduction to simple block-based programming.
    • Week 13-16: Science and Nature – Simple experiments to understand the environment.
    • Week 17-20: Math and Engineering – Building basic structures using Lego-compatible blocks.
    • Week 21-24: Integrated STEAM Project – Creating a story-driven robotic model.
  • Final Project: Build and program a robot to perform a specific task (e.g., moving objects).

1-Year Course

  • Duration: 48 weeks (2 hours per week)
  • Core Topics:
    • Week 1-12: Comprehensive STEAM Exploration – In-depth exploration of science, technology, engineering, arts, and math.
    • Week 13-24: Robotics and Programming – Progression from simple robots to more complex models, enhancing programming skills.
    • Week 25-36: Project-Based Learning – Creating multiple small projects integrating all STEAM components.
    • Week 37-48: Capstone Project – Design and build a robot with a specific purpose, involving creativity and problem-solving.
  • Final Project: Capstone project presentation, including robot design, function, and artistic elements.
 

Age Group: 6-10 Years

Focus: Deeper understanding of STEAM concepts, introduction to basic programming, and problem-solving through projects.

3-Month Course

  • Duration: 12 weeks (2 hours per week)
  • Core Topics:
    • Week 1-4: Introduction to Robotics – Understanding different types of robots and their applications.
    • Week 5-8: Basic Programming – Block-based programming to control robots.
    • Week 9-12: Project-Based Learning – Building a simple robot and programming it to complete tasks.
  • Final Project: Design a robot that can navigate a simple maze.

6-Month Course

  • Duration: 24 weeks (2 hours per week)
  • Core Topics:
    • Week 1-4: Robotics Foundations – Assembly and understanding of robot components.
    • Week 5-8: Introduction to Programming – Block-based programming with more complexity.
    • Week 9-12: Engineering Basics – Building structures and understanding mechanics.
    • Week 13-16: Science Exploration – Conducting experiments to understand physical principles.
    • Week 17-20: Integrated STEAM Projects – Combining art, technology, and engineering in creative projects.
    • Week 21-24: Robotics Challenges – Solving real-world problems with robotics.
  • Final Project: Team-based project to build and program a robot that can perform a series of tasks.

1-Year Course

  • Duration: 48 weeks (2 hours per week)
  • Core Topics:
    • Week 1-12: Advanced Robotics – In-depth exploration of robot design, including sensors and basic AI.
    • Week 13-24: Programming and Engineering – Progression to more advanced programming and understanding engineering principles.
    • Week 25-36: Science and Mathematics – Application of scientific concepts and mathematical principles in robotics.
    • Week 37-48: Capstone Project – Comprehensive project that integrates all STEAM disciplines, encouraging innovation and problem-solving.
  • Final Project: Design, build, and program a robot to solve a real-world challenge, followed by a presentation.