Workshops

Age Group: 4-6 Years

  • Total Duration: 6 hours
  • Focus: Introduction to basic robotics concepts through play and simple construction.
  1. Theory & Practical Session (3 hours)
    • Introduction (30 minutes): Basic concepts of robotics. Explain what robots are and how they help in daily life.
    • Activity 1 (30 minutes): Story-based learning with animated videos about robots.
    • Activity 2 (1 hour): Guided assembly of simple robot kits, focusing on large parts that are easy to handle.
    • Break (15 minutes)
  2. Hands-on Experience (2 hours)
    • Activity 3 (1 hour): Interactive play with assembled robots (e.g., robots that follow lines or respond to claps).
    • Activity 4 (1 hour): Creative session where kids decorate their robots and personalize them with stickers.
  3. Exam & Prize Distribution (1 hour)
    • Exam (30 minutes): A simple quiz with visual aids to assess basic understanding.
    • Prize Distribution (30 minutes): Every participant receives a certificate and small prizes like stickers or badges.
 

Age Group: 6-10 Years

  • Total Duration: 6 hours
  • Focus: Introduction to basic programming and more complex robot assembly.
  1. Theory & Practical Session (3 hours)
    • Introduction (30 minutes): Introduction to robotics and simple programming concepts.
    • Activity 1 (45 minutes): Introduction to block-based programming (e.g., Scratch) to control robots.
    • Activity 2 (1 hour): Assembly of mid-level complexity robots using kits like Lego-compatible blocks.
    • Break (15 minutes)
  2. Hands-on Experience (2 hours)
    • Activity 3 (1 hour): Programming robots to perform simple tasks like moving through a maze.
    • Activity 4 (1 hour): Group challenge where teams compete to solve a problem using their robots.
  3. Exam & Prize Distribution (1 hour)
    • Exam (30 minutes): Multiple-choice questions and a practical demonstration.
    • Prize Distribution (30 minutes): Awards for best team, most creative design, and best programming.

Age Group: 11-16 Years

  • Total Duration: 6 hours
  • Focus: Advanced robotics concepts, programming, and real-world applications.
  1. Theory & Practical Session (3 hours)
    • Introduction (30 minutes): In-depth discussion on robotics, sensors, and their applications in industries.
    • Activity 1 (1 hour): Introduction to text-based programming (e.g., Python) for controlling robots.
    • Activity 2 (1 hour): Assembly of complex robots using metal kits or high-end robotics kits.
    • Break (15 minutes)
  2. Hands-on Experience (2 hours)
    • Activity 3 (1 hour): Programming robots for complex tasks, like obstacle avoidance or following a pre-set path.
    • Activity 4 (1 hour): Team-based project where students design a solution to a real-world problem using robots.
  3. Exam & Prize Distribution (1 hour)
    • Exam (30 minutes): A written test and a practical evaluation of the robots they built.

Prize Distribution (30 minutes): Certificates and awards for top performers, innovation, and teamwork.