Six core research areas where we push the boundaries of human-machine interaction and industrial innovation.
Refers to the communication and interaction between a human and a machine via a user interface. When interacting with a system, be it an industrial application or a rehabilitation device, users play different roles (for example operators and maintainers, or patients and physiotherapists), use a variety of interface types (graphic, voice, gesture-based, or even brain-computer interfaces), and — maybe most importantly — face different cognitive loads and cognitive barriers while performing their tasks. Within our research group, we explore each of these dimensions of human interaction with systems.
Refers to integrating the latest achievements in artificial intelligence, IoT, mechanics and control, in smart ways. Beyond this, integration of robots with other smart systems to meet the challenges of smart factories leads to the consideration of new communication protocols, standardization and remote monitoring and control. Within our research group, we explore each of the challenges associated with industrial robotics and automation systems.
Refers especially to that type of robots — mainly exoskeletons — that can deliver structured physical exercise, education, and risk reduction to cardiac patients in a cost-effective manner. The exoskeleton for cardiac rehabilitation is designed to support motor recovery of patients following a cardiac surgery or a major cardiac event, to ensure a normal, active and independent life. Within our research group, we explore each of the dimensions of the design and development of a rehabilitation robotic system.
Refers to industries using their products to sell "outcome as a service" rather than a traditional sale. Known in academia as Product-Service System, it's a business model potentially generating stronger customer relationships, constant or recurring income streams, or value creation via new services. Customers get access to higher quality products, avoid initial investment costs, and pay for a service better aligned to their needs. Within our research group, we explore the adaptations of the product and the business model required for a PSS to stand out.
Denotes a process to transform user requirements, in an industrial context, into a form which helps software developers in coding and implementation. In our research group, we focus on those particularities driven by the industrial context that influence how users interact with the software.
Are essential ingredients of an effective and efficient interaction of a user with a system. Learning curve, visceral reactions, motivation, productivity, brand loyalty — all are influenced by the usability and aesthetics of a system. Within our research group, we explore how to build systems with an increased level of usability.
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