Centre for Industrial Robotics (CIR) 



Mission


The Center for Industrial Robotics is dedicated to accelerating the progress and impact of indu. We achieve this by fostering innovation in robot design, control systems, and human-robot collaboration. Through research, education, and industry partnerships, the CIR empowers businesses to leverage robotics for increased efficiency, safety, and productivity. We strive to unlock the full potential of industrial robotics to transform manufacturing, enhance competitiveness, and shape a future where robots work alongside humans for the benefit of society.


Roles and Responsibilities


  • Develop and deliver courses related to industrial robotics, covering areas like robot mechanics, control systems, sensors, and programming languages.
  • Provide training in industrial robotics for both students and industrial personnel in three levels of training in basic, advanced, and expert.
  • Stay up-to-date on the latest advancements in industrial robotics and integrate them into the curriculum.
  • Mentor and advise students pursuing degrees or research in industrial robotics.
  • Various Use cases can be handled and involve the students to resolve the problem statement for Industries.


Research and Development


  • Conduct research on various aspects of industrial robotics, potentially including robot design, control algorithms, human-robot interaction, and safety.
  • Secure funding for research projects through grants and industry partnerships.
  • Publish research findings in academic journals and conferences.
  • Collaborate with colleagues and students on research initiatives.


Centre Operations and Outreach


  • Contribute to the overall growth and direction of the CIR.
  • Participate in outreach activities to promote the centre and industrial robotics to industry, government agencies, and the public.
  • Build partnerships with companies in the robotics sector for research collaboration, student internships, Workshops and technology transfer like Student Exchange Programs,
  • Advise on the acquisition and maintenance of robotic equipment for the centre’s labs.


Project Outcomes


  • Development of a different robot gripper and design with improved grasping capabilities.
  • Creation of a new control algorithm that enhances robot dexterity or efficiency.
  • Insights into the effectiveness of human-robot collaboration in manufacturing environments.
  • Safety protocols for human-robot interaction in industrial settings.


Additional Responsibilities


  • Contribute to making students involved in student competitions, research works and Paper Publications related to robotics.
  • As a member of The Robotics Society (TRS) the Workshop and Technical Knowledge transfer, professional development programs for External College students and Industrial Engineers working in Different industries.
  • Staying current on safety regulations and best practices for Industrial robots.