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Submitted by Priyanshu on
Overview / Summary

The Centre for Robotics and Intelligent Systems (CRIS) at BITS Pilani is a multidisciplinary initiative aimed at developing advanced robotic systems with enhanced intelligence and adaptability. The centre emphasizes indigenous research and innovation to enhance India’s competitiveness in robotics and automation through collaborative, student-led projects and real-world simulations.

Vision

To position BITS Pilani as a national leader in robotics research by fostering innovation and developing autonomous systems that solve real-world challenges under dynamic conditions.

Mission

To build cutting-edge robotic systems that combine intelligence, adaptability, and efficiency, while promoting interdisciplinary collaboration, student involvement, and industrial partnerships.

Aim & Objectives
  • Develop indigenous robotic prototypes tailored to industry needs
  • Equip students with practical experience through hands-on project work
  • Promote cross-disciplinary research in robotics and embedded intelligence
  • Collaborate with global institutions to enhance research outcomes
Campus
Pilani Campus
Focus areas or Specializations of Center
Intelligent automation and robotic systems

Real-time control and automation

Machine learning and computation in robotics

Path planning, robotic perception, and decision-making

Virtual cognitive systems and simulated environments
Key facilities or Resources provided by the Center
Design and fabrication labs for SCARA and robotic arms

DSP and microcontroller-based development boards

Tools for modeling, simulation, and real-time testing

Collaborative infrastructure for neural/fuzzy logic control, ultrasonic sensing, and robotic vision

Services
  • Project mentorship and infrastructure support for UG and PG thesis work
  • Real-time simulation and hardware testing environment
  • Consultancy and prototyping services for industry-academic collaborations
Training & Workshops
Workshops in robotic design, AI integration, and embedded control

Hands-on sessions with national and international experts

Collaborative research events with CAIR, BARC, and University of Michigan