Design Professionals Research Articles

80 Improving policy and practice for cyclists with a disability in The Netherlands

Abstract Purpose Cycling is known to have great health benefits and to contribute to the autonomy and independence in mobility of people with a disability. However, Dutch streets and cycling lanes are not designed for adapted bicycles, and other traffic users often do not know how to react to cyclists with an adapted bicycle. Furthermore, there is a lack of cycling policy that accounts for disabled cyclists. This raises the following questions: - Why, when, and where do people with a disability cycle? - What challenges do cyclists with a disability experience when cycling? - How can these challenges be addressed, according to people with a disability themselves and professionals in the field? This study will help to gain insight into the practice of cycling among Dutch adults with a disability, in order to better understand their challenges and needs. A better understanding of these challenges and needs is necessary to make cycling more accessible. We also aim to raise awareness amongst designers and policy officials of the great diversity within cyclists’ needs and the types of bicycles used. We ultimately hope to contribute to greater cycling participation among people with a disability. Methods We conducted ten interviews with Dutch adults with different disabilities who shared their experiences of cycling in their neighborhood environment and beyond. The interview transcripts were coded and analyzed based on main themes we identified: characteristics of general cycling behavior, motivation(s) to cycle, challenges in cycling and possibilities to improve the cycling experience. We discussed these results for improvement in a workshop with professionals in spatial and traffic design. Results We will present the experiences of cyclists with a disability, the challenges they face and suggestions for improvements. Conclusions With this study, we hope to contribute to a better understanding of the needs and experiences of cyclists with a disability. Applying these insights will help policy officers and other professionals in the field in making their policies and designs more effective and improve road designs for cyclists with a disability. Funding This research project is funded by the Dutch Ministry of Health, Welfare and Sport (VWS).

The Role of Artificial Intelligence in Fashion Design

This research investigates the role of artificial intelligence (AI) in fashion design, focusing on its potential to foster innovative and aesthetically striking designs. The study explores the level of interest among emerging fashion designers, including students from design and arts colleges, as well as individuals keen on distinctive and avant-garde fashion. The research aims to achieve its objectives using descriptive, analytical, and quasi-experimental methodologies. Findings reveal that while there is significant interest among fashion design students and professionals in AI-based design, challenges arise from the limited availability of learning resources, hindering their ability to fully grasp and apply this technology. The study concludes that there is an urgent need to integrate AI into fashion design education, as it can significantly benefit the industry and its practitioners. Recommendations include expanding specialised research connecting AI with fashion design, enhancing university curricula with crucial AI concepts, and focusing on technological advancements and AI applications in fashion design and forecasting.

The impact of digital technologies on public life: a critical examination of perspectives from spatial design experts

ABSTRACT This study explores the influence of digital technologies on public life and evaluates spatial design professionals’ perceptions of these impacts. The research involved surveying architects, urban planners, and landscape architects to comprehend the ramifications of digital technology on public life. In total, 356 spatial design experts participated in the study. The analysis utilised descriptive statistical methods, t-tests and ANOVA tests for independent samples. The findings reveal that social isolation was rated highest among the spatial design experts’ scale, whereas social anxiety scored lowest among the elements comprising the spatial design experts’ scale. A comparison between participants’ socio-demographic characteristics and their scores on the impact of digital technologies in public life showed variances in gender, employment status, profession, and daily usage of digital technology, but found no significant differences in marital status, level of education, or professional experience. Consequently, this research sheds light on the repercussions of digital technology usage in public life, offering invaluable insights for all stakeholders, particularly spatial design professionals and social scientists. By understanding these impacts, the study highlights the importance of adopting more informed and conscious approaches to fostering positive social interactions and enhancing community well-being in public life.

The Problem of Visual Complexity: Criteria for Analysis and Evaluation

The article analyses the concept of visual complexity, highlighted by different researchers as a significant characteristic of contemporary visual communication and culture. The problem of ambiguity of the concept and its dependence on different objective and subjective factors and perception variables is posed. Formal categories and criteria for assessing visual complexity are defined, its stable patterns in the subject area of corporate identity —logo, are revealed. With the help of the identified categories visual complexity is analyzed through specific formal universal attributes that can be systematized, which makes it possible to answer the question of what makes a logo complex. The concept of complexity of corporate identity is meaningfully revealed from the point of view of designers — its direct developers, who determine the visual-graphic, constructive and plastic character of the brand logo. For the first time in the Russian-speaking scientific space, an empirical study of the position of professional designers regarding the significance of the proposed criteria was conducted. The quantitative survey method allowed objectifying the point of view of the professional audience: the data is characterized by stability in comparison with the data obtained from the general audience. Visual complexity is thus conceptualized and empirically operationalized without a gap between the theory and practice of visual communication. It is concluded that, as an expressive design tool, visual complexity is a positive characteristic in contemporary media communication.

The Acceptance of AI Tools Among Design Professionals: Exploring the Moderating Role of Job Replacement

This study proposes a hypothetical model combining the unified theory of acceptance and use of technology (UTAUT) with self-determination theory (SDT) to explore design professionals’ behavioral intentions to use artificial intelligence (AI) tools. Moreover, it incorporates job replacement (JR) as a moderating role. Chinese-speaking design professionals in regions influenced by Confucian culture were surveyed. An analysis of 565 valid cases with AMOS (Analysis of Moment Structures) supported the structural model hypothesis. The model explains 52.1% of the variance in behavioral intention to use (BIU), proving its effectiveness in explaining these variances. The results further validate the importance of performance expectancy (PE) over effort expectancy (EE) in influencing BIU. Additionally, it has been shown that the impact on intrinsic motivation (IM) and extrinsic motivation (EM) can be either amplified or diminished by anxiety about JR. For individuals experiencing higher levels of JR anxiety, there is a marked increase in IM. They may perceive adopting AI tools as an opportunity to enhance their skills and job security. Conversely, this anxiety also significantly boosts EM, as the potential for improved efficiency and productivity with AI use becomes a compelling incentive. These findings suggest new paths for academic researchers to explore the psychological impacts of AI on design professionals’ roles. For practitioners, especially in human resources and organizational development, understanding these dynamics can guide the creation of training programs that address job replacement anxiety.

Investigating the correlation between visual representation flow, physical prototyping, and designers’ creativity

This study aims to explore how prototypes, sketches and CAD models supported designers during the designers during the early ideation, idea development in the engineering design process flow. Using a mixed-methods study, the designer’s roles and contributions were evaluated with respect to the achieved design quality. 81 Professional industrial designers were observed and interviewed after participating in five workshop sessions. After exploring different permutations of sketching, prototyping and CAD modelling, results indicate that starting with ‘Prototyping’ in the early ideation stage contributed significantly to more ideas of higher quality, broadening the ideation space. Using CAD modelling too early in the engineering design process constrains ideation and prematurely limits solution spaces.

An AI-Powered Product Identity Form Design Method Based on Shape Grammar and Kansei Engineering: Integrating Midjourney and Grey-AHP-QFD

Product Identity (PI) is a strategic instrument for enterprises to forge brand strength through New Product Development (NPD). Concurrently, facing increasingly fierce market competition, the NPD for consumer emotional requirements (CRs) has become a significant objective in enterprise research and development (R&D). The design of new product forms must ensure the continuity of PI and concurrently address the emotional needs of users. It demands a high level of experience from designers and significant investment in R&D. To solve this problem, a generative and quantitative design method powered by AI, based on Shape Grammar (SG) and Kansei Engineering (KE), is proposed. The specific method is as follows: Firstly, representative products for Morphological Analysis (MA) are selected, SG is applied to establish initial shapes and transformation rules, and prompts are input into Midjourney. This process generates conceptual sketches and iteratively refines them, resulting in a set of conceptual sketches that preserve the PI. Secondly, a web crawler mines online reviews to extract Kansei words. Factor Analysis (FA) clusters them into Kansei factors, and the Grey Analytic Hierarchy Process (G-AHP) calculates their grey weights. Thirdly, after analyzing the PI conceptual sketches for feature extraction, the features are integrated with CRs into the Quality Function Deployment (QFD) matrix. Experts evaluate the relationships using interval grey numbers, calculating the optimal ranking of PI Engineering Characteristics (PIECs). Finally, professional designers refine the selected sketches into 3D models and detailed designs. Using a Chinese brand as a case study, we have designed a female electric moped (E-moped) to fit the PI and users’ emotional needs. Through a questionnaire survey on the design scheme, we argue that the proposed innovative method is efficient, applicable, and effective in balancing the product form design of PI and user emotions.

Presenting a Framework to Professionalize Health Supply Chain Management.

Many countries have an insufficient supply of adequately skilled supply chain workers to manage health commodities, and no global standards in education or experience exist for the supply chain management (SCM) workforce managing health products. We present a professionalization framework for the health SCM workforce that provides a systematic process that countries can use to standardize and elevate the health SCM profession. In 2019, semistructured interviews were conducted with individuals from 10 leading organizations supporting in-country public health supply chains to explore approaches for an SCM professionalization framework. Interview data were analyzed using direct thematic analysis. Findings were then validated through a validation workshop with 11 individuals from 8 leading SCM organizations. Four associated components of this framework were developed: (1) The Library of Competencies and Designations contains management competencies grouped in 7 domains and supply chain technical competencies assigned to 5 professional designations; (2) The Collection of Roles and Job Descriptions contains 96 sample job descriptions; (3) The Mapping of Education displays the education offerings relevant to each competency across the 5 professional designations; and (4) The Implementation Approach for Health Supply Chains leads project teams to systematically apply these 3 tools in the supply chain context of a country. The SCM Professionalisation Framework provides a valuable tool to increase the supply of and demand for health SCM workers, increasing the recognition and use of SCM professionals within national health systems. Its utilization is a critical step in addressing the current workforce gap, particularly in low- and middle-income countries, and ensuring that the health SCM workforce possesses the right competencies, skills, and qualifications to fulfill its roles. The comprehensive framework can be used by governments, employers, and education institutions to define and align SCM professional standards, competencies, and curricula with job requirements.

Home boundaries: a socio-spatial analysis of Cairo’s housing market. Using justified plan graph (JPG) theory

Purpose This paper aims to define the socio-spatial considerations of apartment users in Cairo, during their decision-making process. It provides a set of socio-spatial guidelines for professional architecture designers that are based on regionalist sociological theories and the evaluation of participant responses. These guidelines can also help users choose better plan configurations or make socially conscious adjustments as formal residential interiors in Egypt are not arranged based on social interaction at home or the cultural specificity of the region. On the other hand, users have little clue about choosing better plan configurations for sustainable social relationships. Moreover, the private housing sector has mostly neglected the social boundaries that traditionally shaped home interiors. This is because the designers focus on physical attributes to satisfy market demand and economic aspects. Design/methodology/approach The research reviewed past literature on the impact of different home arrangements relative to inhabitant and social relationships. Simultaneously, preliminary open-ended sorting surveys were undertaken at the Cityscape 2020 exhibition. Based on the results, a comprehensive online survey was developed to map the socio-spatial preferences of users. Finally, a sample of 150 apartment plans was analyzed by using the justified plan graph (JPG) theory to reveal the most common arrangements in the speculative market, measuring unit depth. Findings The findings of this study will benefit the following: practitioners, including architects and real estate developers, will be able to learn about end-user preferences and offer better products (residential units). Designers can rely on a reference that visualizes recommended home arrangements in the form of justified graphs. This research will expose the academic theories that currently shape residential plans and those that are overlooked and need to be applied. Academics, on the other hand, will learn about the market, and the extent of the influence of architectural theory. Originality/value The value of this paper lies in the gathering of theoretical recommendations on traditional home arrangements and investigating the preferences of both professionals and laypeople when choosing between apartments. The open-ended study in this research will test its efficiency in the Egyptian context and serve as a reference for future social studies. It highlights the importance of cultural adequacy and how to design homes related to local residents’ natural lifestyle, by doing so, people will be able to overview the options available in the market and how to manipulate their own houses to control or encourage different social interactions.

Generative Artificial Intelligence in Graphic Design Education: A Student Perspective

Generative Artificial Intelligence (GenAI) is re-defining the way higher education design is taught and learned. The explosive growth of GenAI in design practice demands that design educators ensure students are prepared to enter the design profession with the knowledge and experience of using GenAI. To facilitate GenAI’s introduction in a project-based context, it is suggested that design educators use critical engagement as a starting point to assure students understand the strengths and weakness of GenAI in the creative design process. There is little guidance on how to systematically integrate GenAI in design studio practice while maintaining a critical perspective of the ethical issues it has engendered. This research explores student attitudes toward GenAI, frequency of its use, and student perception of its impact on their future design careers. A survey of a representative cohort of graphic design students (n = 17) reveals a pragmatic acceptance that GenAI will change how design is practiced and a concurrent willingness to learn more on how to use it effectively and ethically. The survey validates the need for design educators to engage and guide students critically in their understanding and use of GenAI within studio and professional practice.

Promoting global alliances for sustainable architectural education, training, and practice in Nigeria

The field of architecture in Nigeria is experiencing dynamic growth and development, driven by urbanisation, infrastructure demands, and a growing awareness of sustainability. To navigate these challenges and contribute to sustainable development, the study aimed to explore the potential of global alliances that enhance architectural education, training and professionalism. The study combines literature reviews, six case studies of successful international architectural alliances and 34 interviews with architectural professionals to explore the significance of promoting global alliances for sustainable architectural training, practice, and profession in Nigeria. The findings suggest that many countries, like the United Kingdom, Australia, New Zealand, Canada, the United States of America, and Hong Kong, have formed alliances with architectural regulatory bodies in other nations to simplify international architectural practice. The benefits of a global architectural alliance enable architects to practice worldwide, promoting reciprocity and enhancing competitiveness and professional enhancement. Such alliances enrich architectural education, fostering the development of well-rounded professionals capable of addressing the complex challenges of the built environment. This research provides valuable insights for architectural education, training, and professional stakeholders seeking to elevate sustainable development in Nigeria. By cultivating global alliances, Nigeria can develop a thriving architectural landscape that addresses societal challenges, preserves cultural heritage, and leads the way in sustainable architectural practices.

Are you thinking what I’m thinking? The role of professionals’ imaginaries in the development of smart home technologies

This article draws on a co-design workshop with professionals working in the field of smart energy in the UK, to explore their imaginaries of smart homes and how these are (in)formed by their everyday ‘lay’ experiences. Smart home technologies (SHTs) are fundamentally embedded in future visions of energy transitions as they are expected to support actions to tackle climate change. Nevertheless, literature and adoption rates reveal an apparent gap between householders’ needs, expectations, and uses of SHTs, and how professional designers and developers view the same technology. Previous studies on SHTs imaginaries coming from industry and experts have focused on how users are represented in institutional visions, however, they routinely neglect the individual subjectivities of professionals producing such representations. The article presents three core results on the role of SHTs in digital energy futures: (1) it generates visual and textual conceptualizations of professionals’ imaginaries around smart domestic environments; (2) it identifies empirical insights on the formative role of professionals’ personal imaginaries for smart energy transitions; and (3) it calls for an alternative and more reflexive co-design practice to envision a fairer and more inclusive energy future.

Design for excellence (DfX) for high-rise modular buildings: from DfX considerations to module design guidelines using the case of Hong Kong

ABSTRACT Design for excellence (DfX) presents a significant opportunity for early design to ensure the efficiency and buildability of high-rise modular buildings and realize their multidimensional benefits. Previous DfX contributions have primarily concentrated on its conception, offering various considerations from downstream construction stakeholders. Little research has integrated and transformed them into more practical, ready-to-use guidelines for upstream design professionals. This research, therefore, aims to incorporate prevailing piecemeal DfX considerations and establish module design guidelines. The guidelines were initially developed based on prior literature and case study, and their alignment with existing practices was subsequently tested. They recommend 1) a simplified rectangular module shape, 2) suggested module size, 3) standardized space across projects, and 4) dimensional coordination among modules and spaces. By utilizing them to analyze 39 high-rise module designs in Hong Kong, the results reveal some similarities between the proposed guidelines and real-world practices, affirming their concurrent validity and creating warrant assertions. This research bridges the knowledge gap between upstream and downstream practitioners, offers transformed DfX knowledge to systematically guide future implementations, and finally explains changes in architectural design. Future studies are advised to fine-tune the guidelines and incorporate findings with computational technologies to enhance generative DfX.

Practices contributing to building sustainability: Investigating opinions of architecture students using partial least squares structural equation modeling

Owing to the significant contribution of the architecture profession towards a more sustainable built environment, architecture students need to possess sound knowledge of building sustainability. Identifying gaps in the sustainability understanding of these students is critical to recommend improvements in course curriculum. Even though sustainability related awareness of architecture students has been determined previously, the earlier studies have been limited in terms of their focus on individual institutions and their reliance on simplistic analysis approaches. Accordingly, this study investigates the viewpoint of architecture degree students regarding key sustainability practices in buildings. A questionnaire survey is conducted primarily among undergraduate students of architecture, across eight institutions in six countries, resulting in 203 responses. Survey responses indicate that students find ‘Energy’, ‘Passive and Biophilic’, and ‘Indoor Environmental Quality (IEQ)’ practices highly relevant to building sustainability. For investigating relationship of various building practices with building sustainability, quantitative modelling is conducted using Partial Least Squares Structural Equation Modelling (PLS-SEM). Significant relationships are found between building sustainability and ‘building materials’, ‘health interventions', ‘energy’, ‘safety and security’ and ‘passive and biophilic’ constructs. This implies that for these building practices having significant relationships with sustainability, students have better understanding and clarity. However, for other building attributes, their understanding may be lacking and needs attention. Based on these findings, recommendations for the enhancement of architecture curriculum design are proposed. The study findings are expected to support the sustainability learning outcomes for architecture degree students and their agency to contribute to a more sustainable built environment.

Pemanfataan Aplikasi Canva Sebagai Media Desain Promosi Produk Bagi Guru SDN 18 Kampung Durian

The community service program titled "Utilization of Canva Application as a Promotional Design Media for Teachers of SDN 18 Kampung Durian" aims to enhance the graphic design skills of teachers through intensive training using the Canva application. This program was implemented to address the challenges faced by teachers in promoting their side business products and creating engaging teaching materials. Through lectures, discussions, Q&A sessions, and intensive mentoring, the program successfully improved the technical abilities of the teachers in using Canva. Evaluation results show that 85% of the teachers feel more confident and capable of producing more professional designs. This program also positively impacted the quality of school promotional materials and the teachers' side businesses, as well as increased their technological literacy and creativity. In conclusion, this training successfully achieved its goals and made a positive contribution to enhancing the quality of education and economic welfare of the teachers at SDN 18 Kampung Durian.

Professional architects’ design trade-offs in reinforcement learning-powered agent-based simulation

While emphasising play-based approaches in early childhood education, there is a deficiency in the practical understanding of play integration into children’s learning environment design. To support methodological limitations, this study developed a play behaviour model using reinforcement learning agents to generate children’s unpredictable behavioural responses during physical and social play, including unforeseen injuries. In comparative laboratory experiments, 14 professional architects engaged in design tasks before and after using the simulation. The design results were assessed through external expert evaluations, with a focus on the optimal trade-offs between facilitating play behaviours while ensuring safety considerations and on the level of effective design decision making and completeness. The statistical analysis demonstrated that the simulation facilitated optimal trade-offs, enhanced decision making and improved the overall completeness of children’s learning environment design. This research addressed the capabilities of simulation to support a child-centric design, with potential implications for improving early childhood education environments.

Design of hospitals for the post-pandemic era: an international survey of design professionals on infection control design strategies

ABSTRACT The COVID-19 pandemic placed unpreceded stress on healthcare systems, highlighting their deficiencies and vulnerabilities. The risk of cross-infection among patients and healthcare workers increased significantly, hindering the overall healthcare process. Hospital design should meet the challenges that will be posed by future pandemics, especially infection control. This paper reports on the results of an online survey for healthcare design professionals and academics from across the globe. The questionnaire addressed how hospital design can contribute to the infection control during future pandemic situations. Respondents agreed that the benefits of designing hospitals to meet the needs of pandemic/emergency situations outweigh the additional cost, and that infection control should play a more pronounced role when designing hospitals for the coming era. Results indicate that the overall organization of hospitals should allow for the compartmentation of critical/isolation departments/units and the creation of separate circulation routes to suit this compartmentation during pandemic times. The circulation system of the emergency departments and Intensive Care Units (ICU) should allow for the separation of infectious patients from others during pandemic times. 20–30% of the ICU beds of tertiary level care hospitals should be designed as single patient rooms. 53% of these rooms should be easily convertible to Air-Borne-Infection Isolation (AII) rooms, 44% should have an additional space for adding anterooms during pandemics, and 55% of these rooms should have permanent storage spaces for Personal Protective Equipment. The inpatient units should also be designed to support infection control. AII rooms should be grouped in designated inpatient units.

Design and Additive Manufacturing of Medical Face Shield for Healthcare Workers Battling Coronavirus (COVID-19).

During the coronavirus disease-19 pandemic, the demand for specific medical equipment such as personal protective equipment has rapidly exceeded the available supply around the world. Specifically, simple medical equipment such as medical gloves, aprons, goggles, surgery masks, and medical face shields have become highly in demand in the health-care sector in the face of this rapidly developing pandemic. This difficult period strengthens the social solidarity to an extent parallel to the escalation of this pandemic. Education and government institutions, commercial and noncommercial organizations and individual homemakers have produced specific medical equipment by means of additive manufacturing (AM) technology, which is the fastest way to create a product, providing their support for urgent demands within the health-care services. Medical face shields have become a popular item to produce, and many design variations and prototypes have been forthcoming. Although AM technology can be used to produce several types of noncommercial equipment, this rapid manufacturing approach is limited by its longer production time as compared to conventional serial/mass production and the high demand. However, most of the individual designer/maker-based face shields are designed with little appreciation of clinical needs and nonergonomic. They also lack of professional product design and are not designed according to AM (Design for AM [DfAM]) principles. Consequently, the production time of up to 4 – 5 h for some products of these designs is needed. Therefore, a lighter, more ergonomic, single frame medical face shield without extra components to assemble would be useful, especially for individual designers/makers and noncommercial producers to increase productivity in a shorter timeframe. In this study, a medical face shield that is competitively lighter, relatively more ergonomic, easy to use, and can be assembled without extra components (such as elastic bands, softening materials, and clips) was designed. The face shield was produced by AM with a relatively shorter production time. Subsequently, finite element analysis-based structural design verification was performed, and a three-dimensional (3D) prototype was produced by an original equipment manufacturer 3D printer (Fused Deposition Modeling). This study demonstrated that an original face shield design with <10 g material usage per single frame was produced in under 45 min of fabrication time. This research also provides a useful product DfAM of simple medical equipment such as face shields through advanced engineering design, simulation, and AM applications as an essential approach to battling coronavirus-like viral pandemics.

A Collaborative, Interactive and Context-Aware Drawing Agent for Co-Creative Design.

Recent advances in text-conditioned generative models have provided us with neural networks capable of creating images of astonishing quality, be they realistic, abstract, or even creative. These models have in common that (more or less explicitly) they all aim to produce a high-quality one-off output given certain conditions, and in that they are not well suited for a creative collaboration framework. Drawing on theories from cognitive science that model how professional designers and artists think, we argue how this setting differs from the former and introduce CICADA: a Collaborative, Interactive Context-Aware Drawing Agent. CICADA uses a vector-based synthesis-by-optimisation method to take a partial sketch (such as might be provided by a user) and develop it towards a goal by adding and/or sensibly modifying traces. Given that this topic has been scarcely explored, we also introduce a way to evaluate desired characteristics of a model in this context by means of proposing a diversity measure. CICADA is shown to produce sketches of quality comparable to a human user's, enhanced diversity and most importantly to be able to cope with change by continuing the sketch minding the user's contributions in a flexible manner.

How do BPoC design professionals pursue environmental justice considerations when planning and designing recreational spaces?

ABSTRACT Recreational spaces like parks and playgrounds play a vital role in community development. They serve as avenues for important experiences like physical activity, social interaction, and shared cultural expressions. However, BPoC (Black Person, and Person of Color) communities face disparate unjust environmental barriers to utilizing such spaces. Yet not much is known about how BPoC professionals in dedicated professional associations, could address such barriers through the pursuit of environmental justice when planning and designing recreational spaces. This study aims to address this lacuna in research. Findings from in-depth interviews demonstrate that in the design and planning of spaces for recreation, BPoC design professionals drew on their lived experiences from community history and personal encounters to: (1) foster opportunities for participation in design and planning processes (procedural justice), (2) address location-related concerns pertaining to systemic strains in resource allocation (distributive justice), and (3) integrate features that support socio-cultural relationships (interactional justice).