“FutureMech Robotics, AI & Smart Automation”

About the Program

Objectives of the Program

• Foundational knowledge in Robotics and Artificial Intelligence, enabling students to understand core concepts, architectures, and real-world applications.
• Develop practical skills in working with sensors, actuators, and robot control systems for designing and implementing intelligent robotic solutions.
• Introduce smart robotics and AI techniques, helping students apply basic machine intelligence to enhance robotic behaviour and decision-making.
• Enable hands-on experience with autonomous robots and data integration, preparing students to create systems capable of perception, navigation, and autonomous operation.
• Foster innovation, teamwork, and problem-solving abilities through a Robotics & AI Hackathon, encouraging students to design, prototype, and present real-world solutions.

Expected Outcomes of the Program

• Explain core concepts of Robotics and Artificial Intelligence, including system architectures and practical applications across various domains.
• Demonstrate hands-on proficiency in integrating sensors, actuators, and control systems to build and operate functional robotic prototypes.
• Apply basic AI techniques to develop smart robotic behaviors, enabling decision-making and adaptive responses in real-time environments.
• Design and implement autonomous robotic systems by integrating data from multiple sources for perception, navigation, and independent operation.
• Showcase innovation and collaborative problem-solving skills by successfully participating in a Robotics & AI Hackathon, presenting practical solutions to real-world challenges.