Manufacturers need to have smarter, flexible, digitalized, and collaborative facilities. ROS4DEV offers flexible training courses on advanced topics in ROS solution development with frugal AI (low latency and low power processing), supervised learning, learning by demonstration, and cybersecurity software engineering methodologies (testing and deployment strategies).
This project is led by Dr. Richard Béarée, Associate Professor in the LISPEN Laboratory (Lille Campus).

Robot programming made simple

Robotic Operating System (ROS) is a flexible and collaborative open-source framework for developing robotic software.
ROS provides a collection of tools, libraries, and conventions, to accelerate and simplify the creation of complex and robust robot functionalities across a wide variety of robotic platforms.

THE PROJECT

AI and roboticstiare seen as key factors to ensure conticontinuous productiontion during pandemics, European sovereignty regarding production automation, and to reduce the environmental impact of European factories. Thanks to its open-source community, interoperability, and easy commissioning, ROS can be considered as a softlever to foster the development of current and future robotiapplicationstions.

Because of this, many SMEs in the European manufacturing industry have started using ROS. Engineers ofthave basic integrationtion skills but require a more in-depth skillset to start making a true impact with reliable, secure, and intelligent solutions.onsons. The ROS4DEV project intends to provide engineers already developing ROS solutions in companies, start-ups & SMEs training content that fimeetstheir needs. Flexible trainings focus on advanced topics of ROS solution development with frugal AI (low latency and low power processing), supervised learning, learning by demonstrationtion, and security software engineering methodologies like testing and deployment strategies.

• The first training stage will consist of an adapted online training course using the nuggets developed during the E-ROS4PRO project and during the current project. Trainees will have access through the skills.move platform to learning paths (from basic presentationstiof ROS concepts to advanced presentations) customized to fit with their initialtilearning level and expected learning outcomes.

• The second training stage will consist of organizing three hands-on training sessions (one in Estonia, one in Spain, and one in Austria) around real use cases and problems.tithat ROS4DEV can solve.

Trainees are engineers already developing ROS solutionssolutionsand graduates from the E-ROS4PRO project as the online program will provide them with outcomes from different advanced ROS topics. The value of the training is the focus on use cases relevant to the trainees' applications.tidomains.

OUR NETWORK

The ROS4DEV network brings together two academic partners: Arts & Metiers Institute of Technology (France), University of Tartu (Estonia); a research institution, Joanneum Research (Austria); and one robotics cyber security company, Alias Robotics (Spain):

• JOANNEUM RESEARCH Forschungsgesellschaft mbH (JR) is an Austrian Research and Technology Organisation. The institute for robotics and mechatronics of JR is specialised in human-robot collaborations and flexible production processes with particular attention to robot safety and robot security as well as software- and systems engineering for robotic systems. JR contributes with its extensive knowledge in ROS security and know-how of developing production ready ROS applications for industry. Notably, JR operates a learning factory (hands-on area including stationary and mobile collaborative manipulators) that is integrated for practical training in the courses provided through its Robotics Training Center. As a member of the ROS-Industrial consortium, JR is connected to technology leaders extending the power of ROS to the manufacturing sector.
   
• The University of Tartu  is the oldest and largest higher education institution in Estonia and has been the center of Estonian academic life for almost four centuries. It is ranked in the top 1.2% of the world's universities, making it one of the leading universities in Northern Europe. 13,000 students and 3,000 staff members study and work in a diverse range of fields connected by the power of curiosity. Research is conducted at the University of Tartu in the Faculty of Arts and Humanities, Faculty of Social Sciences, Faculty of Medicine, and Faculty of Science and Technology. More than 1,000 researchers are employed at the university's 31 institutes. This is where cutting-edge research is done, contributing through international cooperation to sustainable development and innovation.
   
• Alias Robotics is a world-leading robot security firm, leveraging more than 10 years' experience in the robotics industry. Their track record in robot cybersecurity includes relationships with more than 20 robot vendors and end users, including large robot end users, multinationals, and governments. Alias Robotics is a ROS-Industrial member and an ECSO member.

All partners benefit from an environment rich in innovation and entrepreneurship, gathering incubators, national and European technological clusters and platforms. This environment of scientific and technological innovation is in permanent contact with start-ups and SMEs, thereby providing the excellence and complementarity required to anticipate the new challenges of European manufacturing.