Eurecat is the second Research & Technology Organisation in Spain and one of the largest applied research and technology transfer organisation in Southern
Europe. It brings together the experience of more than 800 professionals who generate an annual turnover of 69 million euros and provides services to more than 2,000 companies. Eurecat integrates advanced digital capabilities and experience in biotechnology, industry and sustainability and collaborates with industry in R+D+I activities and projects, offering advanced scientific and technological services and specialized knowledge to respond effectively to the technological needs of very different business sectors, accelerating innovation, reducing both risks and spendings on scientific and technological infrastructures. The technology center participates in more than 200 large national and international consortium projects of high strategic R&I, has 230 patents and 10 spin-offs. Eurecat has eleven centers in Catalonia and presence in Madrid, Malaga and Chile.
Our Robotics and Automation Unit has been involved in several of the most successful European Robotics Projects for over 15 years. The Robotics and Automation Unit is specialized in research and development on ground, aerial, and industrial robotics . With a strong focus on our customers and partner’s needs, our mission is to enhance the capabilities and reliability of autonomous systems operating in realistic scenarios, improving the existing technology, and enabling new applications.
The Eurecat Robotics and Automation Unit is currently looking for a highly motivated researcher to develop a PhD on affective human-robot interaction. This thesis will focus on the scientific challenges related to the natural and efficient human-robot interaction (HRI). To achieve natural interaction the challenges are, on one hand, the mutual understanding of robots and human intentions and decisions. And, on the other hand, the emotional insights generated by this experience, such as for instance, the level of affection and engagement. Affective robotics aims at exploiting multimodal channels to communicate with the user or patient, combining the voice, screen, body, and other means to express themselves. Likewise, humans naturally transmit relevant information in very subtle details such as grins and noises. This thesis will study and propose an efficient approach to develop a social interaction that improves the level of engaging and efficiency of the communication between a human and a robot that could be deployed and evaluated both in several human-robot interaction applications.
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Besides, it is a great opportunity to apply robotics research to real applications working in National or Horizon Europe research projects or hand by hand with our customers in several of our private contracts with industry.
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