14th International Workshop
RoMoCo 2027
Robot Motion and Control at Poznan University of Technology, bringing together researchers and practitioners working on robotics, motion planning, sensing, control and autonomy.
Date
June 30 – July 2, 2027
Location
Poznan, Poland
Host
Poznan University of Technology
Conference News
Latest information from the organizing and programme committees.
Conference update
IEEE RAS Technical Co-Sponsorship
We are pleased to announce that RoMoCo 2027 has received technical co-sponsorship from the IEEE Robotics & Automation Society (RAS).
Call for Papers
Submission dates, scope and publication information are available for authors.
Young Author Competition
RoMoCo ’27 will include a Young Author Competition. Details and eligibility rules will be announced after the competition format is confirmed.
Plenary sessions
Ming Cao and Dario Bauso are confirmed plenary speakers. Full talk details are available on the Plenary Sessions page.
Plenary Sessions
Meet the confirmed RoMoCo 2027 plenary speakers and explore their talk abstracts and biographies.
MC
Ming Cao
University of Groningen, The Netherlands
DB
Dario Bauso
University of Palermo, Italy
MD
Mariagrazia Dotoli
Talk details to be announced
Technical Co-Sponsor
RoMoCo 2027 is technically co-sponsored by the IEEE Robotics & Automation Society (RAS).
Important Dates
Key milestones for submissions, decisions and revised papers.
- Opening of submission system
- Paper submission deadline
- Notification of acceptance
- Revised paper submission deadline
- Workshop dates
Topics
The scope covers control, planning, perception, autonomy and applications of robotic systems.
- Control design for nonholonomic and underactuated robots
- Optimal and constrained control design for robotic systems
- Multi-robot systems: networked control, collision avoidance, synchronization
- Motion planning for robots and robotic systems
- Control, planning and sensing issues in teleoperation and telemanipulation
- Localization and perception for robots and autonomous systems
- Modeling and data-based identification of robotic systems
- Machine learning methods in robot motion and control
- Robust and adaptive autonomous systems under uncertainty
- Control system architectures in robotics
- Safety issues of robotic systems
- Human-robot cooperative systems
- Robust and adaptive autonomous systems under uncertainty
- Control system architectures in robotics
- Safety issues of robotic systems
- Human-robot cooperative systems
- Robotic cars and autonomous vehicles
- Sensors, devices and tools for robots
- Applications of robotics in agriculture, space, underwater, air, medicine, civil engineering, services and manufacturing
IEEE RAS Diversity Statement
The IEEE Robotics and Automation Society is committed to advancing diversity in Robotics and Automation, and to promoting an inclusive and equitable culture that welcomes, engages, and rewards all who contribute to the field, without regard to ethnicity, religion, gender, disability, age, national origin, sexual orientation, gender identity, or gender expression.