Kymeng Tang

dblp:228/5881 · DBLP profile ↗
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3ranked-venue papers
3as first author
3since 2021 · last 2023
0000-0002-8221-2677ORCID · corroborated

Domains — the database's venue-derived domains; a paper can count in several

Human-computer interaction and ubiquitous computing · 3 · 3 first-author · 3 since 2021
YearPublicationVenuePosition
2023 Playful Reflection: Impact of Gamification on a Virtual Reality Simulation of Breastfeeding
abstract
Gamification is a popular technique to improve task engagement, and has broadly been deployed in health and education to a point where many users now expect gameful experiences in these settings. However, gamification has been criticised for being a potential obstacle to the experience of reflection. Motivated by this tension, our work examines how the addition of gamification to a Virtual Reality simulation of breastfeeding impacts player experience and reflection. Using a within-subjects design, we invited 34 participants to take part in a mixed-methods evaluation of a gamified and non-gamified variant of the simulation that included questionnaires and semi-structured interviews. Results show that gamification improved player experience and encouraged players to reflect on goal achievement and performance. However, it also diverted players’ attention from nuances within the act of nursing. Drawing on our findings, we contribute considerations for the application of gamification in personal and sensitive settings such as breastfeeding.
Kymeng Tang, Kathrin Maria Gerling, Vero Vanden Abeele, Lucca Geurts, Maria Aufheimer
CHI1
2022 Virtual Feed: Design and Evaluation of a Virtual Reality Simulation Addressing the Lived Experience of Breastfeeding
abstract
Breastfeeding can be challenging, but it is difficult for antenatal education to convey issues associated with the lived experience of breastfeeding. In our work, we explore the potential of interactive simulations to support antenatal education, and present Virtual Feed, a Virtual Reality breastfeeding simulation for parents-to-be developed following a three-step process. (1) We created an experience prototype that features basic VR scenarios and a tangible baby, (2) we engaged in design sessions with 19 parents and parents-to-be to derive design implications to further refine the simulation, and (3) we evaluated the system through case studies to examine the perspectives of parents and parents-to-be on the simulation. Our results show that the simulation successfully engaged users and sparked curiosity, while also encouraging reflection about the challenges of breastfeeding. On this basis, we discuss challenges for the design of simulations with the purpose of supplementing antenatal education.
Kymeng Tang, Kathrin Maria Gerling, Lucca Geurts
CHI1
2021 Understanding the Role of Technology to Support Breastfeeding
abstract
Breastfeeding brings benefits for newborns and parents, but can be a challenging process. In this paper, we leverage a mixed-methods approach that builds on the Integrated Behavioural Model (IBM) to explore parents’ perspectives toward breastfeeding along with their lived experiences, and examine the role of technology in this setting. Results of twelve semi-structured interviews and 175 online survey responses suggest generally positive attitudes toward breastfeeding and good theoretical knowledge. This is combined with a complex lived experience of breastfeeding where main challenges are situated in practical, emotional, and environmental/societal aspects, which are currently not sufficiently recognised by technology that seeks to support breastfeeding. Building upon our findings, we present points for reflection for the design of technology to support breastfeeding, focusing on the importance of drawing from the lived experience of parents, and ensuring that technology not only casts breastfeeding as an individual but also as a collective effort.
Kymeng Tang, Kathrin Maria Gerling, Lucca Geurts, Katta Spiel
CHI1