The Robotics, Vision and Control Group (GRVC) is a large group consisting of more than 70 members, including 13 professors from the Universities of Seville and Pablo de Olavide, researchers and engineers. GRVC plays a relevant international role in robotics, and particularly in aerial robotics and unmanned aerial systems.

GRVC combines scientific research with technology development, technology transfer to companies and applications in collaboration with these companies.

In the last 5 years the GRVC members of the Group have authored more than 160 publications, including about 50 papers in SCR Journals. Moreover, the members of the Group have authored or edited 20 books.

The GRVC researchers have been distinguished with 15 national and international awards. In the last 8 years the GRVC has presented 13 Thesis that have obtained 6 awards up to now.

Moreover, in the last 5 years,  GRVC has had more than 55 research projects and contracts obtaining an external funding of more than 12 million euros of funding from the Eurpean Commission, companies, the Spanish Research Programme and Regional Research Programme in the topics

  • Unmanned Aerial Systems (UAS) and aerial robotics
  • Autonomous systems for aerial, ground and marine vehicles
  • Unmanned Ground Vehicles (UGV)
  • Distributed systems and wireless sensors and actuator networks
  • Robotics for aircraft manufacturing and other manufacturing applications
  • Social robotics

GRVC is very active in the Framework Programmes of the European Commission. In the last 5 years have led/participated or is leading/participating in the following 9 projects of the seven Framework Programme (FP7) and Horizon 2020 (H2020):

  • H2020 AEROARMS on aerial robots with multiple arms for inspection and maintenance (coordination of the project)
  • H2020 International Training Network  MARINE UAS on unmanned aerial systems for marine and coastal monitoring
  • FP7 large scale integrated project ARCAS aerial robots for cooperative assembly (the principal investigator of GRVC is the coordinator of the project)
  • FP7 large scale integrated project EC-SAFEMOBIL on the coordination and control of high mobility systems and particularly unmanned aerial systems (the principal investigator of GRVC is the coordinator of the project)
  • FP7 People MUAC-IREN on Multi-UAV cooperation for long endurance missions
  • FP7 large scale  integrated project PLANET on networked cooperating systems, and particularly unmanned aerial systems cooperating with unmanned ground systems and wireless sensor networks (the principal investigator of GRVC was the associated coordinator of the project)
  • FP7 excellence network CONET on networked cooperating systems ((the principal investigator of GRVC was the associated coordinator of the project)
  • FP7 FROG on robotic outdoor guide
  • FP7 TERESA on telepresence robot for helping people.

Moreover, GRVC led and participated in many projects of the five and sixth Framework Programmes, leading the projects FP5 COMETS on the coordination and control of multiple unmanned aerial vehicles with application to forest fire fighting,  and FP6 AWARE on the integration of unmanned aerial systems with sensor and actuator networks by including the deployment of the network and the load transportation by one and several autonomous helicopters. GRVC also participated on the project URUS on urban robotics in  the projects INFLAME and SPREAD dealing with forest fire fighting, in the project DEDICS devoted to distributed detection systems for environmental application and in the project FAMIMO devoted to multi-variable fuzzy control.

In Spain GRVC has also a long list of successful projects funded by companies and the Spanish Research Programmes including the participation in CENIT, INNPRONTA e INNTERCONECTA projects.

Thus, the Spanish project CLEAR developed technologies for long-endurance multi-UAV missions, the project ROBAIR produced results on the reliability and safety of aerial robots and unmanned aerial systems and the project AEROSENS developed methods for the integration of unmanned aerial systems with wireless sensor networks and the project CROMAT for the cooperation of aerial and ground robots. Currently the projects AEROMAIN deals with turbine generators using aerial robots and the project SAVIER, funded by AIRBUS DS, is researching on situational awareness and interfaces for multiple unmanned aerial systems.