Robotic Sir AI Showcase: 2-Day Robotics & AI Workshop at Galgotia Techfest, Noida

Robotic Sir AI India Private Limited organised a two-day technology showcase at Galgotia Techfest 2025 in Noida, Uttar Pradesh, on 9–10 May 2025. The event was designed to give Galgotia students practical exposure to emerging robotics, artificial intelligence, and hardware prototyping through an interactive 2-hour lecture and live robotic demonstrations.

The session combined AI and robotics concepts with demonstrations of the VIREX humanoid robot, a portable power station, a compressor-free refrigerator, and a precision robotic arm. Students explored how robotics, embedded systems, intelligent interaction, energy technology, cooling systems, and automation can be applied to real-world challenges across healthcare, infrastructure, agriculture, and manufacturing.

Key takeaway: The event demonstrated how combining AI software with physical robotics and hardware systems can turn theoretical concepts into practical solutions for real-world problems.

Event Highlights

The two-day Galgotia Techfest showcase connected classroom learning with practical robotics and AI demonstrations.

• 2-hour interactive lecture on robotics and artificial intelligence
• Live demonstration of the VIREX humanoid robot
• Portable power station prototype demonstration
• Compressor-free refrigeration technology demonstration
• Precision robotic arm demonstration
• Exposure to practical applications of AI, automation, embedded systems, and robotics

VIREX Humanoid Robot

The VIREX humanoid robot demonstrated how servo-based mechanical systems, voice interaction, gesture recognition, and AI can work together to create interactive robotic platforms. Its architecture includes a 10-servo motion system, voice recognition, programmed movement sequences, gesture-based interaction, multilingual voice output, and an AI assistant.

Live Humanoid Robot Demonstration

During the demonstration, students observed how the humanoid robot could perform programmed movements, respond to voice interaction, and reproduce predefined physical actions. The session introduced learners to concepts including robotic kinematics, servo control, natural language processing, and human-robot interaction.

• Key learning point: AI becomes more useful when connected to physical sensors, actuators, and robotic mechanisms.
• Application: Interactive education, reception assistance, STEM learning, and future assistive robotics.
• Result: Students gained a practical understanding of how mechanical movement and intelligent software can be integrated into a humanoid platform.