Robot Technology and Human Care

In the evolving landscape of service innovation, introducing social robots represents a significant leap forward in providing emotional support and functional aid for engaged actors.

The FII Smart Innovation lab and the Maastricht Center for Robots (MCR) have a family of robots. Each of them, with its unique design and functionality, addresses the specific needs of its user. These robots illustrate the potential of technology to enhance actors’ experience and well-being.

The interdisciplinary team of researchers cover the following research areas: Marketing, Service Design, Supply Chain, Information Management, and Psychology. This article presents some of the robots that this team has been working with.

Friendly robots for children

Imagine a children’s hospital where young patients face not only physical ailments but also the emotional stress of being away from home. Enter PEPPER, a friendly robot designed to provide comfort and entertainment. The robot can even recognise and respond to human emotions.

Pepper engages children through interactive games, conversations, and storytelling, thereby helping reduce anxiety. This improves the children’s emotional well-being and potentially aids in their recovery process, creating a more positive hospital experience.

Helping vulnerable children

In the educational sector, AI-based service robots are making strides in supporting vulnerable children via the ABii project. These robots offer personalised assistance, adapting to each child’s unique needs and learning pace.

By fostering cognitive and socio-emotional development, they can help to level the playing field in education, ensuring that children with special needs or challenging circumstances do not fall behind.

Supporting the elderly

Social robots are robots that offer companionship in addition to functional tasks such as agenda reminders. They offer new hope for our ageing population, particularly those battling dementia and isolation.

The HIRO project introduces a minimalist robot that uses sound as a non-verbal communication tool. The robot helps to alleviate feelings of loneliness and confusion. By taking care of the Hiro robot, the elderly clients relate to parenting roles in earlier stages of their lives. The robot is programmed to make positive baby noises, so no crying!

This innovative approach has shown promising results in improving mood, cognitive function, and social interaction among elderly patients. In a world where dementia cases are on the rise, such technological interventions could significantly enhance the quality of life for millions of seniors. They could also provide much-needed support to their caregivers.

Beyond individual care

The impact of social robots extends beyond individual care to addressing systemic challenges in healthcare and education. With many countries facing critical shortages in healthcare workers, robots are stepping in to handle routine tasks.

In mental health facilities, for instance, social robots are being integrated into care ecosystems, allowing human staff to focus on more complex and emotionally demanding aspects of patient care.

Improving competitiveness

Social robots offer significant added value for Europe by potentially enhancing productivity, innovation, and competitiveness across key sectors such as healthcare, education, and hospitality. In healthcare, social robots can alleviate workforce shortages, support aging populations, and improve patient care through personalized and consistent assistance, potentially reducing long-term costs.

By integrating advanced robotics, Europe can position itself as a leader in cutting-edge technology, fostering economic growth and technological sovereignty. Additionally, this shift creates opportunities for a skilled workforce, driving education and training in robotics, AI, and human-machine collaboration.

However, this transformation must balance economic benefits with ethical considerations to ensure that social robots augment human-centered care and interactions in a responsible way. This is crucial to avoid dehumanising care. Robot technology offers much hope to support the well-being of humans, yet it brings up ethical and moral questions about which should not be ignored.

Story and illustrations submitted by Maastricht University (EASSH member).
Researchers: Prof. Dr. Gaby Odekerken-Schröder and Prof. Dr. Dominik Mahr, School of Business and Economics, Maastricht University.
Research Communications Officer: Nima Hassanloo, Marketing & Communications, School of Business and Economics, Maastricht University.