R.A. Price
Please Note
35 records found
1
Design of a syringe extension device (Chloe SED®) for low-resource settings in sub-Saharan Africa
A circular economy approach
In this paper, we explore how resilience and wellbeing can integrate into, and improve design pedagogy. We establish 10 principles for designer resilience from workshops with students, educators and design practitioners. Each principle offers a platform to develop subsequent learning activities that remedy hollow didactic statements observed in education and research discourse (embrace complexity, navigate uncertainty and ambiguity). Future research will report on the results of integrating these principles and subsequent learning activities into a revised Master of Science design curriculum.
From gas to green
Designing a social contagion strategy for the energy transition in Rotterdam, the Netherlands
A review of resilience in higher education
Toward the emerging concept of designer resilience
Higher education (HE) students experience rates of depression and anxiety substantially higher than those found in the general population. Many psychological approaches to improving wellbeing and developing student resilience have been adopted by HE administrators and educators, especially during the Covid-19 pandemic. This article aims to review literature regarding integration of resilience and wellbeing in HE. A subsequent aim is to scope toward developing foundations for an emerging discipline specific concept–designer resilience. A literature scoping review is applied to chart various conceptual, theoretical and operational applications of resilience and wellbeing in HE. Twenty-seven (27) articles are identified and analysed. The scoping review finds that two general approaches to implementing resilience and wellbeing training exist in HE. First, articles reacting to a decline in student mental health and remedying this decline through general extra-curricular resilience or wellbeing programmes. Second, articles opting for a curricula and discipline-specific approach by establishing why resilience will be needed by future graduates before developing and testing new learning experiences. The presence of cognitive flexibility, storytelling, reframing and reflection lie at the core of the practice of resilience and design and therefore offer preliminary opportunities to develop ‘designer resilience’ training. Future research opportunities are identified throughout the article.
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Asking Effective Questions
Awareness of Bias in Designerly Thinking
Initiating a Multi-Party Collaboration for Adaption and Resilience to Urban Heatwaves
A Report Prepared for the Netherlands Organisation for Scientific Research : NWO Grant Number KI.18.043
A heatwave can be defined as a three-day mean temperature that is significantly above average temperatures of a region for the time of year1. There is a clear correlation between urban heatwaves, periods of excessive heat and high humidity, and national mortality rates (See Figure 2). Yet because urban heatwaves do not leave a trail of visible destruction like earthquakes, tsunamis and pandemics, these crises are often termed ‘silent-killers’.
Urbanisation, climate change, wealth disparity and an aging population mean that the veracity to which heatwaves effect society will increase leading to increased humanitarian risks and needs. There is now acknowledgment amongst the medical, climatic and humanitarian community that novel approaches to the development of strategies to mitigate the devastating effects of urban heatwaves are required2. The Netherlands Red Cross in collaboration the International Red Cross are increasingly focused on urban heatwaves as an identified humanitarian problem3.
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A heatwave can be defined as a three-day mean temperature that is significantly above average temperatures of a region for the time of year1. There is a clear correlation between urban heatwaves, periods of excessive heat and high humidity, and national mortality rates (See Figure 2). Yet because urban heatwaves do not leave a trail of visible destruction like earthquakes, tsunamis and pandemics, these crises are often termed ‘silent-killers’.
Urbanisation, climate change, wealth disparity and an aging population mean that the veracity to which heatwaves effect society will increase leading to increased humanitarian risks and needs. There is now acknowledgment amongst the medical, climatic and humanitarian community that novel approaches to the development of strategies to mitigate the devastating effects of urban heatwaves are required2. The Netherlands Red Cross in collaboration the International Red Cross are increasingly focused on urban heatwaves as an identified humanitarian problem3.
Positive student wellbeing is intrinsically connected to positive learning outcomes. Students learn more when they feel well, and the way we shape education influences the way students feel. The COVID-19 crisis has forced us to radically change our design education and is having a large impact on student wellbeing and learning. While some students manage well to adapt to the new circumstances, others struggle and face challenges such as risk of burnout, lack of motivation, and social isolation. In this paper we describe how we approached this challenge by applying methods and principles from strategic human-centred design and systems thinking. The strategic design approach included researching values and patterns in student and staff experiences. The systems approach meant that we saw the university as a complex adaptive system, which focused our activities on connecting staff and students who were and are running multiple creative experiments to promote student wellbeing. This approach is strategic because it supports continuous design and implementation of initiatives to promote wellbeing. While this is work in progress, we here present a number of design principles that we developed through this work that enable future designs that promote student wellbeing in (pandemic) higher education.
This article presents empirical findings and recommendations from a survey of 100 industrial design engineering students from the Faculty of Industrial Design Engineering at Delft University of Technology, the Netherlands. The article adopts a self-deterministic motivation lens to present findings from a qualitative survey (N=100 respondents) and two member check workshops with design students and educators regarding motivations to study during COVID-19 restrictions. We identify that COVID-19 lockdown measures compromise three psychological prerequisites for motivation: ‘relatedness’, ‘autonomy’ and ‘competency’. We find that resilient students who have a sense of ‘purpose’ remain highly motivated. The article reveals creative approaches students are applying to build and sustain motivation during the COVID-19 pandemic. The article contributes recommendations for educators and administrators to promote student motivation in pandemic and post-pandemic higher education. This article contributes novel insights regarding how students in particular are remaining motivated to study during COVID-19.
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'Not Invented Here’
Organizational Misalignment as a Barrier to Innovation Implementation in Service Organizations
organizational conditions function as barriers to innovation implementation in the context of a large service organization. We present findings from a 14-month action research study. The first author immersed himself in a large airline and engaged with employees from different levels of the organization to conduct actions as part of reflective, collaborative research cycles and to perform formal and conversational interviews. We find that implementation requires collaboration between three instead of two
organizational units: (1) an exploration hub; (2) a support partner and; (3) an operational unit. We reveal how conflicting organizational logics between these units obstructs implementation, not at a specific hand-over moment, but throughout the innovation process. Misalignment between units regarding what constitutes a legitimate priority, design approach and project scope results from these conflicts. This misalignment informs a not-invented-here response from units whose resources are required for implementation. We suggest that managing misalignments between organizational units requires institutional work in various layers of the
organization and that organizations take a risk when they leave the challenge of managing these conflicts completely to individual champions. ...
organizational conditions function as barriers to innovation implementation in the context of a large service organization. We present findings from a 14-month action research study. The first author immersed himself in a large airline and engaged with employees from different levels of the organization to conduct actions as part of reflective, collaborative research cycles and to perform formal and conversational interviews. We find that implementation requires collaboration between three instead of two
organizational units: (1) an exploration hub; (2) a support partner and; (3) an operational unit. We reveal how conflicting organizational logics between these units obstructs implementation, not at a specific hand-over moment, but throughout the innovation process. Misalignment between units regarding what constitutes a legitimate priority, design approach and project scope results from these conflicts. This misalignment informs a not-invented-here response from units whose resources are required for implementation. We suggest that managing misalignments between organizational units requires institutional work in various layers of the
organization and that organizations take a risk when they leave the challenge of managing these conflicts completely to individual champions.
Business Empathy
A Systems Thinking Perspective
Overcoming the Valley of Death
A Design Innovation Perspective
A design approach to innovation is presented as a solution to the problem. However, practice shows that teams that use this approach nevertheless encounter this problem due to the larger infrastructure of the organisation they are part of. This research aims to explore which factors contribute to the valley of death for design innovation. Additionally, this paper presents first insights into how design practices help to mitigate this phenomenon.
An embedded multiple case study at a large heritage airline is used to study this phenomenon. A thematic analysis of the data finds that organisational design, departmental silo’s and dissimilar innovation strategies contribute to the valley of death. The issues with resource-assignment that result from these factors are displayed. Last, materialization, user-centeredness and holistic problem-framing are indicated as practices that help to mitigate this problem. ...
A design approach to innovation is presented as a solution to the problem. However, practice shows that teams that use this approach nevertheless encounter this problem due to the larger infrastructure of the organisation they are part of. This research aims to explore which factors contribute to the valley of death for design innovation. Additionally, this paper presents first insights into how design practices help to mitigate this phenomenon.
An embedded multiple case study at a large heritage airline is used to study this phenomenon. A thematic analysis of the data finds that organisational design, departmental silo’s and dissimilar innovation strategies contribute to the valley of death. The issues with resource-assignment that result from these factors are displayed. Last, materialization, user-centeredness and holistic problem-framing are indicated as practices that help to mitigate this problem.
Track 5.b Introduction
Strengthening the Design Capabilities of Professional Organisations in a Complex World
To address the complex nature of today’s societal and economic problems, professional organisations now recognize that traditional tools and approaches may not provide the required solutions. To address complex challenges, many managers and business leaders have consciously turned to design approaches over the past decade, including both public and private sectors. To increase design capabilities, these organisations have established innovation labs with designers, have recruited designers in strategic positions, and/or have started building the design competence of existing staff through educational programs, often provided by design consultancies. Yet to date, describing the resultant impact of teaching. Individual design competencies on organisational design capabilities has proven elusive. ...
To address the complex nature of today’s societal and economic problems, professional organisations now recognize that traditional tools and approaches may not provide the required solutions. To address complex challenges, many managers and business leaders have consciously turned to design approaches over the past decade, including both public and private sectors. To increase design capabilities, these organisations have established innovation labs with designers, have recruited designers in strategic positions, and/or have started building the design competence of existing staff through educational programs, often provided by design consultancies. Yet to date, describing the resultant impact of teaching. Individual design competencies on organisational design capabilities has proven elusive.
Advancing Industry through Design
A Longitudinal Case Study of the Aviation Industry
Design educators and industry partners are critical knowledge managers and co-drivers of change, and design graduate and post-graduate students can act as catalysts for new ideas, energy, and perspectives. In this article, we will explore how design advances industry development through the lens of a longitudinal inquiry into activities carried out as part of a Dutch design faculty-industry collaboration. We analyze seventy-five (75) Master of Science (MSc) thesis outcomes and seven (7) Doctorate (PhD) thesis outcomes (five in progress) to identify ways that design activities have influenced advances in the Dutch aviation industry over time. Based on these findings, we then introduce an Industry Design Framework, which organizes the industry/design relationship as a three-layered system. This novel approach to engaging industry in design research and design education has immediate practical value and theoretical significance, both in the present and for future research.