PRR Project

Summary

Job DescriptionThe prospective employee will lead and participate in innovative research and development projects within the field of Robotics. Responsibilities include designing, analyzing and implementing robotic systems, with special attention to areas that increase the flexibility and intelligence of robotic systems, such as advanced perception, artificial intelligence, cyber-physical systems, real-time control, interaction with humans, etc.Additionally, the prospective employee will contribute to the teaching and supervision of undergraduate and postgraduate students. Scientific ProfileThe prospective employee must possess a Ph.D. in Electrical and Computer Engineering, or a closely related field (embedded systems, control systems, perception, artificial intelligence, …), with a strong focus on Robotics. A good publication record in journals and conferences in the field is also required. The prospective employee should demonstrate expertise in one or more of the following areas applied to Robotics: Artificial Intelligence; Perception and Control; Human-centric robotics; Cyber-Physical Systems; Computing Architectures; Real-Time Control. Experience with grant writing, research and developments projects, project management, and the ability to secure research funding is highly desirable. RationaleRobotic systems face major challenges as a result of the new capabilities of computer systems and, consequently, more complex and precise perception systems, cyber-physical systems, digital twins and, of course, artificial intelligence applications. The new ways of designing and producing goods are evolving and becoming more sophisticated. This calls for innovative approaches related to the need for greater flexibility and adaptability. Hiring a candidate with a strong scientific profile in the design and conception of intelligent robotics will allow our university to remain at the forefront of research and teaching in robotic systems. This addition to our staff will not only improve our research capabilities, but will also enrich our teaching staff, preparing students to excel in a highly competitive and evolving technological landscape. In addition, the ability to collaborate effectively with industrial partners and end users will bridge the gap between academic research and practical applications, promoting innovation, technological advancement, and social and economic impact. The proposed position is therefore essential to maintaining the institution´s reputation as a leader in the teaching and research of robotic systems.