Robotics & Automation Global Competitiveness Awareness Drive

Robotic Sir AI India Pvt. Ltd. conducted a three-day Robotics & Automation Global Competitiveness Awareness Drive at ASPAM Scottish School in Sector 62, Noida, from 8 to 10 November 2025. The programme was designed to introduce students and educators to the importance of practical STEM education and explore how progressive robotics and technology learning can prepare students for a rapidly changing global technology landscape.

The programme focused on robotics, electronics, programming, automation, and emerging technologies through a structured K–12 learning perspective. Discussions explored how students can progressively develop skills ranging from computational thinking and basic electronics to microcontrollers, autonomous robotics, Robot Operating System (ROS), computer vision, and Edge AI.

Key takeaway: Early and progressive exposure to practical robotics, electronics, programming, and AI can help students develop the technical foundation needed for future innovation and engineering.

Event Highlights

The three-day awareness programme explored a progressive approach to robotics and STEM education for school students.

• Global robotics and automation awareness
• Practical STEM education and hardware exposure
• Progressive K–12 robotics curriculum
• Electronics and microcontroller learning
• Autonomous robotics and sensor systems
• ROS, computer vision, and Edge AI
• Connecting classroom learning with practical engineering

Global Robotics and Automation Awareness

The programme introduced students to the growing importance of robotics and automation in modern industries and discussed the need for stronger practical technology exposure in education.

Understanding Global Technology Competitiveness

Students explored how countries with strong technology ecosystems invest in engineering education, practical experimentation, manufacturing capabilities, and robotics development. The discussion encouraged participants to think about how Indian schools can strengthen practical STEM learning.

• Key learning point: Technology competitiveness depends on education, practical skills, research, manufacturing, and innovation ecosystems
• Application: Schools can provide students with earlier opportunities to experiment with electronics, programming, and robotics
• Result: Students gained greater awareness of the relationship between education and technological innovation

K–12 Robotics Learning Roadmap

A progressive robotics learning framework was presented to demonstrate how students can develop technical skills according to their educational level.