Steven Houben’s research while affiliated with Eindhoven University of Technology and other places

... In Figure 1, we propose that if the clinical requirement for wearability is not integrated into the user functional specifications (represented by step T 1 ), the design process will advance to an output design (represented by step T 2 ) that fails to fully address the comprehensive needs of the clinical lifecycle. Issues related to design considerations for longer-term wear need to be considered in the device design process [32,33]. If on-body comfort is missing in the set of functional specifications, the device's ability to meet both user and clinical demands effectively is compromised. ...

Reference:

Exploring the Design for Wearability of Wearable Devices: A Scoping Review

... With new technology support, workspaces are increasingly empowered to interact with people to improve and support the health status of office workers [39,44]. Workplaces are being used to collect environmental and user contextual data [4] to monitor and regulate the sensory pleasure of employees [12] and to improve physical and mental states. Environmental interactions can improve the effectiveness of user attention and health interventions. ...

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DistKey: Incorporating Physical Activities into Daily Workflow through Spatially Distributed Hotkeys

... Despite the poster exclusion criteria, two short conference papers were kept since they reported on seemingly relevant innovations like the use of candy [83] and the collaboration between academia and creative industry [86]. Multiple artefacts that were conjunctively discussed in a single record [21,70] were considered singular, for the exception of one record that discussed two data physicalisation artefacts, one as part of a conference and one as part of a series of workshops [98]. As our research concentrated on mature academic contributions, our corpus intentionally comprises records detailing artefacts, given that academic papers generally document the associated construction processes. ...

Reference:

Disentangling the Power Dynamics in Participatory Data Physicalisation

... However, data-driven healthcare technologies often face tremendous challenges in transitioning from the design stage to real-world implementation [28]. These technologies often fail in practice due to poor contextual fit or disruption of established clinical workflows [21,28]. For instance, a tool that does not integrate seamlessly with existing electronic systems can create additional administrative burdens for clinicians, distracting them from patient care. ...

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Assembling the Puzzle: Exploring Collaboration and Data Sensemaking in Nursing Practices for Remote Patient Monitoring

... However, the BCTTv1 was not specifically developed from a technological perspective, and according to Wang et al. [188], HCI researchers often additionally use terminology from Persuasive System Design (PSD) [132] and Persuasive Technology [55]. One review incorporates the BCTTv1 with other frameworks [85], while others use different classifications and terms for behavior change techniques, such as processes of change [21], persuasive design [135], or a combination of sources [45]. While the lack of consistent terminology can make reporting on techniques difficult, we will use the BCTTv1 by Michie et al. [124] as it is established and comprehensive. ...

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Designing Behavior Change Technologies for Workplace Wellbeing Dissertation

... Although easy to use, suitable parametric models can be difficult to source, so we enable users to create custom designs directly in XR via woodworking-specific modeling utilities. Finally, we acknowledge that real world measurements are crucial for creating designs that fit in space and accommodate available material [42]. ...

Reference:

XR-penter: Material-Aware and In Situ Design of Scrap Wood Assemblies

... For instance, Tweak is a digital system that integrates customized and context-aware health recommendations into users' work calendars to encourage healthful breaks [17]. Re-cafeen and Whiff uses different scent modalities based on various data types and spatial placements to create olfactory ambiences for encouraging break taking and standing work [5]. In addition to creating triggers to support healthy work breaks, there have been several design research projects focusing on developing motion-based interactions to facilitate the exercise flow in the office routine. ...

Reference:

DistKey: Incorporating Physical Activities into Daily Workflow through Spatially Distributed Hotkeys

... Though physical representations of data have been produced for centuries (Dragicevic and Jansen 2012;Dragicevic, Jansen, and Moere 2019), it has recently been recognised as an emergent research area (Jansen et al. 2015) across many domains including sustainability, physical activity, and personal informatics (Sauvé et al. 2023) as it promotes embodied learning (Lindrup, Menon, and Biørn-Hansen 2023), interactivity (Stegers, Sauvé, and Houben 2022), aesthetically pleasing visuals (Antifakos and Schiele 2003;Degraen et al. 2022;Hong et al. 2015;Yoon et al. 2013), engagement with different senses (Eslambolchilar et al. 2023;Jansen and Hornbaek 2016), use of non-visual perception (Jansen and Hornbaek 2016;Katzeff, Wessman, and Colombo 2017), and enables democratisation of data (Houben et al. 2016;Lindrup, Menon, and Biørn-Hansen 2023). Through Figure 1. ...

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Exploring the design of physical artefacts to visualise household consumption for encouraging sustainable practices

... Unfortunately, such 2D touch input does not support direct manipulation of virtual 3D objects in 6 DOFs [9]. Also, multitouch gestures can obstruct user's view [10], and the gesture sets are typically rather complex [11], need to be learned, and often require mode switches during interaction. As an alternative, some previous work has explored haptic props, which can provide direct 3D input [9]. ...

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Investigating the Potential of Haptic Props for 3D Object Manipulation in Handheld AR

... Entrepreneurial education, which plays a crucial role in nurturing talent with innovation and entrepreneurial capabilities, has seen significant model innovation that greatly enhances learners' practical skills and innovative thinking [6,7]. Through their unique modes of interaction and learning environments, mobile interaction technologies are capable of effectively fostering deep learning of knowledge and efficient collaboration among teams, which is particularly vital for entrepreneurial education [8][9][10][11]. However, the effective integration of mobile interaction technologies with entrepreneurial education to promote innovation in educational models remains a topic worthy of in-depth exploration. ...

Reference:

Exploring Pathways for Mobile Interaction Technologies to Foster Innovation in Entrepreneurial Education Models