Digital Process Research Articles

Digital product development team external knowledge processes and ambidexterity: a multi-mediation analysis of the absorptive capacity framework

PurposeThe purpose of this study is to examine the mechanisms of absorptive capacity (ACAP) in the specific context of digital product development teams. More precisely, it explores the process of internalizing and utilizing external knowledge from sources outside the team to promote the development of innovative ambidexterity.Design/methodology/approachThe study employs the ACAP framework and directs specific attention to the concept of knowledge assimilation, encompassing comprehension, documentation and dissemination. Seventy-five employees of one of Indonesia’s largest commercial banks were surveyed about two initiatives they participated in. To this end, 12 research hypotheses are formulated, tested and analyzed using structural equation modeling.FindingsKnowledge comprehension, documentation and dissemination are found to mediate between knowledge acquisition and knowledge exploitation. At the same time, the relationship between knowledge acquisition and knowledge transformation is mediated by knowledge comprehension and dissemination, but not documentation. The authors also found that knowledge transformation positively mediates between knowledge comprehension and dissemination on the one hand and ambidexterity on the other hand. Importantly, knowledge exploitation negatively mediates between knowledge comprehension and documentation on the one hand and ambidexterity on the other hand.Originality/valueThis study contributes to the existing body of knowledge by offering nuanced insights into the interplay of knowledge assimilation processes within ACAP, particularly in the context of digital product development. The identification of mediating factors and their impacts on ambidexterity provides valuable implications for both theory and practice in this domain.

Determinant Factors Affecting the Development of Digital Competencies of Primary School Students

The global trend of Industry 4.0 has significantly accelerated the digital transformation process. In the field of education, digital transformation is bringing substantial changes to the educational policies and orientations of many countries, especially developing nations. This necessitates equipping students with comprehensive knowledge, skills, and digital competencies to enhance teaching quality and meet future societal demands, even starting from primary education. Although the development of digital competence is expected to yield positive outcomes, it also poses considerable challenges for educators in terms of thorough preparation and policy formulation. The purpose of this study is to explore the factors influencing the development of digital competence in primary school students. The validity and reliability of the measurement tools were assessed using SPSS analysis to perform exploratory factor analysis (EFA), determine reliability, and extract prominent factors. Factor analysis using Varimax rotation retained 16 items in the questionnaire. Analysis of the results from 86 survey samples revealed three factors influencing the development of digital competence, with a KMO measure of sampling adequacy of 0.903; Bartlett's test indicated a Chi-Square significance level of 0.000 < 0.05. These findings provide direction for teachers in identifying priorities to form and develop digital competence in primary school students.

3D Printing of Customizable Transient Bioelectronics and Sensors

AbstractTransient electronics have emerged as a new category of devices that can degrade after their functional lifetime, offering tremendous potential as disposable sensors, actuators, wearables, and implants. Additive manufacturing methods represent a promising approach for patterning transient materials, yet examples of fully printed bioelectronic devices are scarce. This study introduces a fully digital 3D printing approach enabling the prototyping and customization of soft bioelectronics made of transient materials. The direct ink writing of poly(octamethylene maleate (anhydride) citrate) (POMaC) as an elastomeric matrix and of a shellac‐carbon ink as a conductor is investigated. Precise and repeatable deposition of both structural and conductive features is achieved by optimizing printing parameters, i.e., the dispense gap, printing speed, and inlet pressure. Multi‐material 3D printing enables the fabrication of functional transient devices. Notably, pressure and strain sensors are shown to operate in ranges relevant to implanted biomechanical monitoring. 3D‐printed transient electrodes are demonstrated to be comparable to state‐of‐the‐art devices in terms of impedance behavior. Finally, physical degradation of the materials is confirmed at physiological conditions. These fully digital additive manufacturing processes enable the monolithic fabrication of customizable transient bioelectronics with adaptable functions and geometries.

Socionomutbildning i en digital värld

Social work education in a digital world - Computer-based simulations in vocational training Digital technology is on the rise in social work education. Distance learning during the COVID-19 pandemic has accelerated the digitisation process, and students are now encountering digital technology in many ways. At the same time, the social work profession is skill based, conducting exercises with role play, and case studies and clinical placement have long been regarded as the ways in which students can prepare for their professional role. In today’s digitalised society, teaching methods where computer-based simulations are used for skills training are gaining ground. This article aims to gain an overview of these teaching methods based on the following questions: a) What different types of computer-based simulations are used for the skills training of social work students? b) What skills do the computer-based simulations intend to teach? and c) How do social work students perceive skills training with computer-based simulations? A scoping review was completed with searches in several databases (APA PsycInfo, Eric, Scopus, Sociological Abstracts and SwePub) comprising international publications focusing on social work, higher education and computer-based simulations. Based on the inclusion criteria, 13 articles were included. The results show that there are several different types of computer-based simulations where virtual clients and virtual worlds are the most used. The vocational training that appeared to be most common was to practice conversational methods and make assessments together with reflection and self-awareness. The students were predominantly positive towards vocational training with computer-based simulations due to increased engagement and the opportunity for repetition in a safe and authentic environment. One challenge, however, is to sufficiently train students and teachers in the software used to ensure the teaching method is useful. Thus, there are lessons to be learnt from international studies of computer-based simulations as it is becoming increasingly common in social work education in Sweden.

Проблемы реализации муниципальной социальной политики в сельских поселениях российской Арктики: пример Приморского округа Архангельской области

This article examines the challenges in shaping and developing digital competencies among the population during the transition to a digital economy, using the dominant employer in an Arctic monotown as a case study. The impact of digital technologies on the socio-economic aspects of territorial development has not been thoroughly studied, and the development of digital competencies in the population of monotowns remains underexplored and requires further research. The authors highlight the importance of addressing the development of digital competencies among employees and the digital culture of dominant employers, considering regional factors crucial for formulating development strategies for both individual companies and territories (monotowns). The goal of this study is to assess the readiness of executives, managers, and specialists at the dominant company in an Arctic monotown to implement digital processes. The key objectives are to identify and classify the preferences of these executives, managers, and specialists regarding the current level of business digitalization. Our review of studies on the topic confirmed the variation in the development of regional digital infrastructure, influenced by regional development characteristics, the specific labor resources in monotowns, and the impact of dominant employers on digital competency development. To conduct the study, a questionnaire was developed to identify the preferences of senior and middle managers at the company. Electronic document management was chosen as the focus area, as digitalization often begins with this process, leading to varied assessments by employees, including instances of opportunism. Our analysis of the responses revealed a moderate relationship between work experience and preference for electronic document management, as well as a correlation between work experience and the willingness to improve specialized competencies. There was a high overall recognition of the need for continuous development and training. The results identified key areas for digital competency development among the company’s staff.

Understanding Digital Transformation Village Credit Institutions Towards Sustainability Based on Local Genius

This study aims to understand the digitization transformation of village credit institutions towards sustainability based on local genius. Local geniuses are fundamental values for village credit institutions to enrich traditional local citizens. This research was conducted in village credit institutions and has since been transformed into digital. This research employed the combination methodology of Participatory Action Research in developing the application and Nusantara Paradigm as a view and the method using local values in implementing the application. Data were collected through in-depth interviews with stakeholders’ village credit institutions in Bali Province, the heads of village credit institutions, which is a digital transformation. This study realizes that window-dressing is a common practice that can be described using agency theory. Window dressings can be reduced through digital transformations. Sustainability exists as an enrichment of traditional local economics based on local genius with three harmonized relationships with God, humans, and the environment. Local genius not just the values written in regulation or standard operating procedures, but internalization in daily operational village credit institutions. Sustainability existence and growth measure with the comprehensive approach, harmonization with the God in our spiritual values, harmonization with the human through transparent report can be describe with development Humanism Agency Theory on Traditional Social Community Ownership. Harmonization in an environment with practical digital transformation to save our planet. The originality of this research is that it extends agency theory type 4 in accordance with social community ownership of a new type of conflict. The combined method of Participatory Action Research in developing the application and Nusantara Paradigm in implementing a new methodology approach reflecting digital process transformation based on local values.

Development of the Indonesian Government's Digital Transformation

Digital transformation has been the center of attention in efforts to modernize government in Indonesia in the last decade. This article documents the evolution and impact of the Indonesian government's digital transformation initiatives from 2010 to 2024. The Indonesian government has taken significant steps in encouraging the adoption of information and communication technology (ICT) to improve administrative efficiency, increase openness, and provide easier and faster access to public services. Key initiatives include the development of an e-government platform that provides online services from various government departments and agencies, as well as the implementation of an integrated data management system to improve evidence-based decision-making. In addition, Indonesia has also moved towards further digitalization by utilizing big data to formulate public policies that are more effective and responsive to the needs of the community. The national digital infrastructure being developed, such as the Palapa Ring, is an important foundation in supporting equitable internet connectivity across the country, facilitating digital inclusion in remote and urban areas. However, this digital transformation process is also faced with a number of challenges, including data security, technology accessibility in remote areas, and the readiness of human resources to adopt new technologies. This article also highlights the government's efforts to build people's capacity to utilize digital technology effectively through training and education programs. Overall, the Indonesian government's digital transformation has had a significant impact in improving administrative efficiency and transparency, as well as expanding access to public services. This article concludes by evaluating the opportunities and challenges ahead, as well as the broader implications of digital transformation on public participation and inclusive economic growth in this digital era.

The use of digital technologies by Georgian travelers while purchasing a tourist product

The paper is an integral part of the project "Research on the use of digital products in the Georgian tourism sector" which won the internal grant projects competition of Grigol Robakidze University. Digital technologies have brought great changes in many areas of business. Tourism businesses today rely heavily on digital processes to be efficient and competitive. The COVID-19 pandemic has facilitated the need for digital business practices as travelers request digital communications, online sales and contactless solutions. The experience gained from the Covid pandemic has helped the tourism business to gain more digitization/ flexibility for the tourism product. The aim of the paper was to highlight the importance of using digital technologies for business management and growth through qualitative and quantitative research. Consequently, to reveal consumer demand for digital services in the tourism sector after the Covid pandemic.

Regulating digital security by design? Implications of the perspectives from DSbD programme stakeholders

Purpose As part of the growing necessity for inter-organisational and multi-disciplinary interaction to facilitate complex innovation in digital security, there needs to be greater engagement with regulation in the innovation process. This is particularly true in the case of security technologies that are embedded within wider systems and that are largely invisible to most of the users of that system. This paper aims to describe stakeholders’ perspectives on regulation in the digital security innovation process and evaluates the implications of these perspectives on anticipatory regulation in digital security. Design/methodology/approach Using a qualitative methodology based on semi-structured expert interviews and ethnographic participant observation, the study draws on the authors’ involvement in a formally organised programme of academia–industry–government collaboration called Digital Security by Design (DSbD). Findings The study highlights a relational dimension to establishing regulatory responsibilities that is enabled through interdisciplinary dialogue. The study contributes to understanding the multifaceted roles of regulation in digital security innovation across organisations and areas of expertise. It does so by identifying four themes in how regulation is perceived in the DSbD programme: ethical imperative, adding value, adoption lever and passive compliance. Practical implications Incorporating regulatory responsibilities through dialogue early in the innovation process, rather than only once a security technology’s deleterious effects are noticeable, which could make digital innovation and transformation safer and better regulated. It can also make regulation successfully adopted, rather than an exercise in damage control or an adversarial process between regulators and organisations. Originality/value This paper presents original empirical research on how regulation is considered by stakeholders in a novel multi-disciplinary digital security innovation process. It then uses these findings as a basis to evaluate the implications for establishing regulatory responsibilities for a class of security technologies that are embedded within wider systems and that are largely invisible to most of the users of those wider systems.

Engagement in the digital age: Understanding “what works” for participatory technologies in environmental decision-making

Effective engagement is crucial for enhancing environmental decision-making processes, fostering more sustainable and equitable outcomes. However, the success of engagement is highly variable and context-dependent. While theoretical frameworks have been developed to explain outcome variance in engagement in environmental decision-making, they have not yet been tested in digital contexts, leaving their applicability to digital engagement processes unclear. More broadly, there are unanswered questions about the effectiveness of digital tools in achieving the goals of engagement, which have become increasingly pertinent amidst growing concerns about the potential of digital technologies for exacerbating exclusions, ethical issues, and systematically undermining democratic progress. This paper addresses this evidence gap by presenting findings from interviews with practitioners in UK public, private, and third sector organisations. Our results provide empirical insights into the technical, ethical, and inclusivity debates surrounding digital tools and their effectiveness in promoting accessible engagement, high-quality social interaction, place-based decision-making, and more trustworthy and credible outcomes. Our findings indicate that while current engagement theories are applicable to digital environments, the key explanatory factors acquire new dimensions in digital compared to in-person contexts. Drawing on the findings, this study contributes novel insights to expand current theory for explaining “what works” in engagement in environmental decisions, enhancing its relevance and applicability in the digital age. The paper concludes with evidence-led recommendations for environmental practitioners to improve engagement processes in digital and remote settings.

A conceptual model for measuring the maturity of an Intelligent Construction Environment

ABSTRACT Construction projects can be regarded as complex sociotechnical systems composed of diverse and dynamically interacting elements. Digital Transformation advancements can support construction companies in creating an environment to cope with complexity and improve performance. Nevertheless, reaching these advantages involves understanding how transformed processes should be managed and measured, such as using maturity assessment tools. The construction industry lacks maturity models encompassing the sector’s main characteristics and focusing on its production context. Therefore, this work proposes a conceptual model for measuring the maturity of an Intelligent Construction Environment from a sociotechnical perspective. Thus, first, the concept of an Intelligent Construction Environment is introduced. Then, based on two empirical studies consisting of 17 interviews and 11 days of on-site data collection, as well as an extensive literature review, 19 measurement dimensions associated with 13 principles and five maturity levels are proposed. This work’s theoretical contributions encompass an in-depth understanding of how the construction industry can be positioned in the digital transformation path from a sociotechnical perspective. Main practical contributions include the proposition of maturity measurement dimensions for an Intelligent Construction Environment, which indicates the aspects construction managers should focus on throughout the digital transformation process of the production environment.

Assessing the Role of HRM and HRD in Enhancing Sustainable Job Performance and Innovative Work Behaviors through Digital Transformation in ICT Companies

In the era of Industry 4.0, digital transformation has become a cornerstone for modern organizations, fundamentally altering how businesses operate and compete. This study delves into the impact of digital transformation on human resource management (HRM), human resource development (HRD), and employees’ innovative work behaviors and job performance in a rapidly evolving business environment. In conducting a survey among 391 employees from information and communication technology (ICT) companies in China, structural equation modeling was employed to analyze the data. The findings reveal a correlation between digital transformation and innovative work behaviors and job performance, with HRM and HRD playing partial mediating roles. Digital transformation not only optimizes work processes and enhances productivity but also fosters the innovation of business models and processes. Moreover, the research indicates the critical importance of implementing efficient digital systems and processes in promoting an organizational culture of innovation and enhancing employees’ innovative capabilities. Thus, digital transformation is seen as a pivotal strategic tool, altering not just the modus operandi of organizations but also influencing employee behavior and performance.

Cracks monitoring in reinforced concrete structure with optical fibers patch

In the context of the necessity to monitor civil engineering structures in order to prevent incidents, this paper presents the performance of an innovative optical fibers patch sensor. The patch comprises a tissue containing an optical fiber network. The sensor is attached to the concrete surface and capable of detecting opening cracks in the order of 0.01 mm with good precision, thus satisfying the regulatory limits. The sensor is capable of precisely following the evolution of the crack, including cyclic changes in crack width. The procedure presented in this paper includes a preliminary investigation into the influence of the fibers’ diameter and the density of fibers in the patch, as well as the method of attachment to the concrete’s surface with the objective of identifying an optimal sensor configuration. Subsequently, a series of laboratory tests were conducted on reinforced concrete samples of varying dimensions. Comparisons and verifications of measurements of optical fiber patch sensors are conducted via Digital Image Correlation process. The conclusions of this paper permit the consideration of the use of this novel sensor on and within real reinforced concrete structures.

Geom-DeepONet: A point-cloud-based deep operator network for field predictions on 3D parameterized geometries

Modern digital engineering design process commonly involves expensive repeated simulations on varying three-dimensional (3D) geometries. The efficient prediction capability of neural networks (NNs) makes them a suitable surrogate to provide design insights. Nevertheless, few available NNs can handle solution prediction on varying 3D shapes. We present a novel deep operator network (DeepONet) variant called Geom-DeepONet, which encodes parameterized 3D geometries and predicts full-field solutions on an arbitrary number of nodes. To the best of the authors’ knowledge, this is the first attempt in the literature and is our primary novelty. In addition to expressing shapes using mesh coordinates, the signed distance function for each node is evaluated and used to augment the inputs to the trunk network of the Geom-DeepONet, thereby capturing both explicit and implicit representations of the 3D shapes. The powerful geometric encoding capability of a sinusoidal representation network (SIREN) is also exploited by replacing the classical feedforward neural networks in the trunk with SIREN. Additional data fusion between the branch and trunk networks is introduced by an element-wise product. A numerical benchmark was conducted to compare Geom-DeepONet to PointNet and vanilla DeepONet, where results show that our architecture trains fast with a small memory footprint and yields the most accurate results among the three. Results show a much lower generalization error of our architecture on unseen dissimilar designs than vanilla DeepONet. Training the model on 2500 cuboid designs is done within 2 h on a single A100 GPU while generating the training dataset through finite element simulations took about 27 h. Once trained, the model can predict vector fields and a single prediction can be over 105 times faster than its corresponding implicit finite element simulation if the mesh is large. The ability of the proposed model to perform efficient and accurate field predictions on variable 3D geometries, especially those discretized by different nodes and elements, makes it a valuable tool for preliminary performance evaluation and design optimizations and is the most significant contribution of the current work.

Research on Digital Economy Driving High Quality Development of China's Manufacturing Industry

As an important driving force of the new round of scientific and technological revolution and industrial change, the digital economy plays a key role in the high-quality development of China's manufacturing industry. This paper discusses in depth the profound impact of the digital economy on China's manufacturing industry, as well as the transformation and upgrading path of the manufacturing industry in this context. It is found that the digital economy has reshaped the value chain of the manufacturing industry through technological innovation, model innovation and organisational innovation, promoting the improvement of production efficiency and the optimisation of industrial structure. Driven by the digital economy, manufacturing enterprises have actively embraced digital technologies, such as cloud computing, big data, artificial intelligence, etc., which have promoted product personalisation, servicing and networking, and realised the transformation from traditional manufacturing to smart manufacturing. In addition, the digital economy has spawned new growth points and industrial ecosystems, such as the industrial Internet and platform economy, which have further stimulated the innovation vitality of the manufacturing industry. Government policy guidance and support, such as the construction of digital infrastructure, the opening of data resources, and the creation of an innovative environment, have played an important role in promoting this process. However, the digitisation process also involves issues such as data security, privacy protection, and skills gaps, which need to be properly addressed by improving regulations and enhancing education and training. To summarise, the digital economy has opened up new space for the high-quality development of China's manufacturing sector, but it also poses new challenges. Manufacturing enterprises, the government and relevant stakeholders need to work together to seize the opportunities of the digital economy and deal with the complex issues brought about by digital transformation, in order to achieve sustainable and inclusive growth in the manufacturing sector. This will not only help the manufacturing industry to maintain its leading position in global competition, but will also inject a strong impetus into the transformation, upgrading and sustained prosperity of China's economy.

Leveraging Social Media to Enhance Digital Innovation Process and Innovation Performance in Jordanian SMEs

Leveraging Social Media to Enhance Digital Innovation Process and Innovation Performance in Jordanian SMEs

The impact of entrepreneurial ecosystems on digital transformations: micro-level analysis

Purpose Entrepreneurial ecosystems (EEs) contribute to organisational success through enabling actors to restructure businesses, stimulating exchanges of resources as well as applications and improvements to technological approaches. Hence, the purpose of this paper is to study the impact of EE micro-level variables on digital transformations. Design/methodology/approach Based on data spanning 5,000 Portuguese firms, the authors selected a random sample of 300, including businesses in the industrial, retail and service sectors. The authors deployed the multiple linear regression statistical method to validate the hypotheses. Findings As a result, the authors may conclude the organisation and the micro-level actors of EEs, owners and their members of staff produce influences on digital transformation processes. Originality/value This study contributes to completing the gap in the literature regarding the shortage of quantitative empirical studies approaching micro-level EE variables from the perspective of their relationships with digital transformation processes.

Symbolic or Substantive? The Effects of the Digital Transformation Process on Environmental Disclosure

Symbolic or Substantive? The Effects of the Digital Transformation Process on Environmental Disclosure

The impact of applying digital process innovation to farm management on farmer welfare: A multiple case study

The impact of applying digital process innovation to farm management on farmer welfare: A multiple case study

FRAMEWORK FOR THE DEVELOPMENT OF DIGITAL STRATEGIES FOR INDUSTRIAL COMPANIES: PRINCIPLES, METHODS AND TOOLS

Strategic management and strategy as a tool for managing business development have become responses to the increasing instability of the external environment. With the advent and development of digital technologies, there has been another quantitative and qualitative leap in the growth of uncertainty in the operating conditions of industrial enterprises. In order to remain competitive, they have embarked on a digital transformation process, the success of which also largely depends on having a clear strategy for implementing the transformation. The requirements for such a strategy, and the methods and tools used to develop it, are in some respects very different from those used in traditional strategic management. This determines the research relevance in the field of determining the nature of the digital strategy of the industrial enterprise, methods and tools for its development. It is shown that a digital strategy is a strategy for business development in a digital environment and that the key problem in its development is the need to significantly increase flexibility while maintaining a certain stability. Analysis of trends in the area of adaptation and development of methods for strategy development in the digital environment was carried out. Four broad sets of methods for increasing strategic flexibility have been identified: based on scenario development, experimentation, the use of organisational and management mechanisms, and on the use of ecosystem capabilities. Taking into account the stages of digital transformation process of the industrial enterprise and the basic practices of adaptive management, a landscape of methods and tools for the formation of a digital strategy of a company has been built up, allowing to broaden the understanding and to make a reasonable choice of an instrumental and methodological base. The concept of a minimum viable strategy is highlighted as a promising direction for developing a flexible digital strategy for an enterprise. A tool for its development is proposed in the form of a one-page presentation (canvas) that logically combines the key components of a digital strategy, ensuring its flexibility and sustainability.