The Future of Robots

Empower young minds to design innovative robotic solutions that address real-world challenges as outlined in the WRO 2025 Future Innovators Mission.

Day 1: Introduction to the Future of Robots

• Morning Session:
  • Welcome and team-building activities to foster collaboration.
  • Overview of the WRO 2025 theme: "The Future of Robots."
  • Presentation on the three main areas:
    1. Robots Organizing Future Cities
    2. Robots Supporting Life in Space
    3. AI Enabling Robots to Improve Life
• Afternoon Session:
  • Hands-on workshop: Basics of robotics, sensors, actuators, and controllers.
  • Exploring the potential of robotics in global challenges (e.g., urbanization, space exploration, and AI integration).
• Activity: Brainstorming session for problem identification in future cities, space, or AI-assisted daily life.

Day 2: Deep Dive Into Robotics Design

• Morning Session:
  • Introduction to designing robotic systems: Mechanisms, functionality, and autonomy.
  • Real-world examples of robotics in urban transportation, resource saving, and manufacturing.
• Afternoon Session:
  • Hands-on workshop: Building simple robotic prototypes using controllers and sensors.
  • Group discussion: Identifying the SDGs (Sustainable Development Goals) that their robotic solutions could align with.
• Activity: Teams finalize their chosen problem area and begin drafting their robotic solution concepts.

Day 3: Prototyping and Problem-Solving

• Morning Session:
  • Advanced robotics workshop: Programming autonomous decision-making using AI.
  • Focus on sub-themes:
    • Optimizing urban environments (e.g., traffic, energy management).
    • Space robotics (e.g., habitat building, resource mining).
    • AI integration in daily life (e.g., adaptive learning robots, virtual pets).
• Afternoon Session:
  • Teams start building their robotic prototypes based on their concepts.
  • Mentors provide guidance on mechanics, programming, and AI integration.
• Activity: Midday check-in: Teams present their progress and receive feedback.

Day 4: Testing, Refining, and Presentation Skills

• Morning Session:
  • Testing robotic prototypes for functionality, autonomy, and efficiency.
  • Troubleshooting common issues with sensors, actuators, and AI algorithms.
• Afternoon Session:
  • Workshop on presentation skills:
    • How to explain the robot’s purpose, design, and potential impact.
    • Demonstrating robot capabilities effectively.
  • Teams refine their prototypes and prepare for final presentations.
• Activity: Mock presentation and peer feedback session.

Day 5: Showcase and Celebration

• Morning Session:
  • Final team presentations: Each team showcases their robotic solution.
  • Demonstration of how their robot addresses a specific challenge and aligns with the UN SDGs.
  • Judges evaluate based on creativity, functionality, and potential impact.
• Afternoon Session:
  • Awards ceremony recognizing innovative designs, teamwork, and problem-solving.
  • Reflection and discussion: How the skills learned can be applied to future challenges.
  • Camp wrap-up and group photo session.
• Activity: Robotics showcase for parents and visitors.

Key Outcomes:

• Understanding of robotics design and AI integration.
• Hands-on experience in building functional robotic prototypes.
• Enhanced problem-solving, teamwork, and presentation skills.
• Awareness of how robotics can contribute to sustainable development and global progress.

This camp aligns with the goals of the WRO 2025 Future Innovators Mission and inspires participants to shape the world of tomorrow through robotics and innovation.