Bio
I am an Assistant Professor in the Department of Computer Science at the University of Northern British Columbia (UNBC) in Canada.
Prior to joining UNBC, I was a specially appointed assistant professor at the Tokyo Institute of Technology (Tokyo Tech) in Japan. I was a postdoctoral research fellow at the Social and Intelligent Robotics Research Lab (SIRRL) at the University of Waterloo in Canada. I hold a Joint PhD degree in Electrical and Computer Engineering from École Polytechnique Fédérale de Lausanne, Switzerland and Instituto Superior Técnico, Portugal.
Research Area
My research focuses on leveraging social robots to enhance people’s well-being, with a strong emphasis on practical and real-world applications. My work is deeply rooted in three essential domains: human-centred design, autonomous and interactive systems, and the dynamics of social interactions.
Pronouns: she/her
Conference Program Committee
Workshop Organization
This project aims to develop adaptive and autonomous robotic systems integrated with a wearable heart-rate sensor to promote physical, emotional, and psychological well-being of users in real time.
Keywords: Wellbeing, Physiological sensors, Social robots, Autonomous, Adaptive systems,
Publications: 2023
This project sets a new research direction in the field of human-robot interaction to support people with stuttering. It aims to develop social robots to mitigate stereotypes about stuttering and help speech-language pathologists support their clients using social robots. Using the human-centred approach, a team of speech-language pathologists and HRI researchers is developing social robots to deploy them in clinical settings.
Keywords: Stuttering, Speech-language pathologists, Social robots, human-centered design
Collaboration: 1. Institute for Stuttering Treatment and Research, University of Alberta. 2. KidsAbility, Ontario
This project aims to develop social robots to support therapists and people with speech and language disorders. Using the human-centred approach, a team of speech-language pathologists and HRI researchers is developing social robots to deploy and assess at the therapy centre.
Keywords: Speech-language pathologists, Speech disorder, Language Disorder, Social robots, human-centered design
Collaboration: KickStart Therapy, Ontario
Learning is more challenging for students with learning disabilities, and they can frequently display off-task behaviours to avoid attempting or completing challenging learning tasks. This project aims to explore the impact of integrating a socially assistive robot as an educational tool for instructors to provide redirection strategies to students.
Keywords: Learning disabilities, Social robots, Education, Human-centered design
Collaboration: Learning Disability Society, Vancouver, Canada
This project lies at the intersection of game design and human-robot interaction, and aims to explore the roles of social robots in intergenerational gameplay. . By integrating a social robot into the gameplay, this
research aims to bridge the communication gap between generations, facilitating not just collaboration but also enhancing the educational and recreational experience of participants across all ages.
Keywords: Intergenerational population, Social robots, Game design.
Publications: 2020
This research aims to explore the attitudes of individuals across various professional sectors such as healthcare and educational centers regarding the implementation of social robots in their respective fields. By gathering public opinions on whether, how or when to utilise social robots, the research highlights the current needs, willingness and expectations of society towards these technologies.
Keywords: Public opinions, Attitudes, Social robots, Real-world settings.
Publications: 2024 (in review), 2023
This research attempts to find the gaps in the existing HRI field and aims to advance, develop and expand the existing methodologies used in this field.
Keywords: Methodologies, Human-robot interaction
Publications: 2024 (in review), 2023
Learning handwriting is a complex skill that has been associated with children’s learning and development. This project aims to develop a social robot that can help children in the acquisition of handwriting skills. It lies at the intersection of three research domains: education, pedagogic sciences and social human-robot interaction.
Keywords: Handwriting, Social robots, HRI, Education, Pedagogy
Collaboration: Different schools in Switzerland and Portugal.