Focus:
Early introduction to STEM concepts through gamified challenges and simple robotics projects.

Activities:

• Basic coding (e.g., block-based platforms like Scratch).
• Interactive, hands-on activities like assembling pre-designed robots or simple engineering kits.

Builds foundational skills and sparks interest in STEM from an early age.

Focus:
Intermediate STEM challenges involving problem-solving, team collaboration, and basic engineering.

Activities:

• Designing and programming simple robots.
• Exploring entry-level STEM topics such as renewable energy or smart devices.

Bridges the gap between curiosity and structured learning, encouraging creativity and critical thinking.

Focus:
Advanced STEM challenges emphasizing technical skills, innovation, and collaboration.

Activities:

• Designing, building, and programming robots to solve thematic challenges.

Addressing real-world problems aligned with SDGs (e.g., robotics for sustainability).

Focus:
Innovation-driven projects and entrepreneurial problem-solving.

Activities:

• Creating scalable solutions using AI, IoT, or advanced robotics.
• Developing market-ready prototypes or conducting STEM-based research.

Provides a platform for young adults to showcase advanced skills and create industry-level solutions.

Focus:
STEM enthusiasts, educators, and professionals collaborating to solve thematic challenges or mentor younger participants.

Activities:

• Industry-focused innovation challenges.
• Cross-disciplinary collaborations involving mentorship for student teams.

Encourages lifelong learning and cross-generational collaboration in STEM.