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In 2018, a group of higher education institutions (HEIs) in Switzerland started discussing the future of education. With the COVID-19 pandemic, many of their initial ideas and solutions were tested in the unpredictable, emergency online setting. This study aims to use student and faculty member perceptions to outline the future of higher education.

This research is based on eight surveys from students and faculty members at one Swiss HEI in business studies. While many previous studies focus on one group or one moment in time, this study examines the future of business education from both perspectives and traces the responses throughout the pandemic.

Teaching and learning strategies and perceptions evolved during the COVID-19 pandemic. Nonetheless, despite the potential, many HEIs simply reverted to normal instead of adapting to the “new normal”. Conversely, some HEIs have continued using the same exercises and tools that were used in the emergency remote pandemic-mode, without adapting or reflecting on the current learning environment. Based on the findings, both students and faculty members have increased their interest and proficiency in using digital tools although the students remained more open toward the opportunities of digital teaching and learning.

Based on the results, this study offers a model for the future of education that HEIs could implement when moving forward, whether on campus or online.

The purpose of this paper is the dynamic analysis and seismic damage assessment of steel sheet pile quay wall with inelastic behavior underground motions using several accelerograms.

Finite element analysis is conducted using the Plaxis 2D software to generate the numerical model of quay wall. The extension of berth 25 at the port of Bejaia, located in northeastern Algeria, represents a case study. Incremental dynamic analyses are carried out to examine variation of the main response parameters under seismic excitations with increasing Peak ground acceleration (PGA) levels. Two global damage indices based on the safety factor and bending moment are introduced to assess the relationship between PGA and the damage levels.

The results obtained indicate that the sheet pile quay wall can safely withstand seismic loads up to PGAs of 0.35 g and that above 0.45 g, care should be taken with the risk of reaching the ultimate moment capacity of the steel sheet pile. However, for PGAs greater than 0.5 g, it was clearly demonstrated that the excessive deformations with material are likely to occur in the soil layers and in the structural elements.

The main contribution of the present work is a new double seismic damage index for a steel sheet pile supported quay wharf. The numerical modeling is first validated in the static case. Then, the results obtained by performing several incremental dynamic analyses are exploited to evaluate the degradation of the soil safety factor and the seismic capacity of the pile sheet wall. Computed values of the proposed damage indices of the considered quay wharf are a practical helping tool for decision-making regarding the seismic safety of the structure.

The study attempts to examine the impact of the US-China trade war on Vietnamese exports to the United States, which has consistently served as a key market for Vietnamese goods and services in recent decades. The heterogeneous effects of the trade war on different export sectors are also evaluated.

The secondary data on Vietnamese exports to the US at a 6-digit level is collected from UN Comtrade. Besides, the difference-in-differences (DiD) method is employed to analyze the impact of the trade war on exports from Vietnam to the United States.

The findings revealed a 14% increase in total Vietnamese exports to the United States due to the trade war. Examining heterogeneous effects, certain industries, such as plastics, iron or steel articles, textiles and garments, and machinery and mechanical appliances, experience significant benefits. However, the study did not identify statistically significant effects on other sectors, such as electrical machinery products, agricultural and forestry, and furniture.

The paper is one among limited studies considering the causal effects of the trade war on a developing country, accounting for the heterogeneous effects on different export sectors.

This study aims to explore the role of sustainable fashion knowledge in shaping individual sustainable responsibility within the dynamic landscape of the fashion industry from a novel perspective, by exploring the intricate interplay between sustainable fashion knowledge, emotional and spiritual sustainable capacities.

A quantitative study was used, and a causal model with partial least squares structural equation modeling was developed. A total of 211 valid responses were obtained, and data were analysed to confirm the proposed hypotheses.

The findings confirm the positive impact of sustainable fashion knowledge on individual sustainable responsibility, mediated by both spiritual and emotional sustainable capacities. This study underscores the significance of individuals in influencing societal norms, prompting fashion companies to adopt sustainable practices.

The proposed conceptual framework integrates insights from the emotional and spiritual knowledge dynamics. This study uncovers the pathways through which individuals contribute to a more sustainable society.

The study not only advances the understanding of sustainable fashion practices but also provides actionable insights for policymakers, businesses and individuals seeking to foster a culture of sustainability in the fashion ecosystem.

Home-based commercial hospitality (HBCH) is the focus of this study. This community-based tourism (CBT), which has received little research attention, is examined to reveal the meaning of commercially hosting visitors in private homes for experiential meetings on a variety of topics such as food, art, culture, folklore and various workshops.

A qualitative research method was adopted, using semi-structured, in-depth interviews with HBCH providers in the desert town of Arad, located in southern Israel.

The study reveals the impact of this unusual occupation on the host's quality of life, the factors that encourage and suppress involvement in this entrepreneurship, as well as the positive and negative consequences of HBCH on the local environment.

The findings could offer important guidelines to municipalities and local governments seeking to encourage CBT and sustainable micro-enterprises.

HBCH is a recent phenomenon and, as such, has been little researched. This study of one community raises issues that may be shared by HBCH enterprises. The findings could contribute to developing such initiatives elsewhere, avoiding the obstacles faced in this pioneering effort.

This research objective was to explore how Romanian IT family businesses' co-founders enable entrepreneuring through familiness practices. The authors explored what familiness practices emerge and how these are facilitated and supported by the rhetoric framework.

Drawing on Romanian IT entrepreneurs' practice from five case studies of IT family businesses and purposive revelatory cases, the authors considered the family co-founders' narratives and representations of familiness presented in 31 interviews.

The respondents' communication in entrepreneuring is a joint collaborative effort of the family co-founders to function well. Family entrepreneurs generate positive perceptions in favour of enterprising families using persuasive communication via rhetoric appeals to familiness ethos, familiness logos and familiness pathos, leading to constructive conflict management. The rhetoric of persuasion supports family entrepreneuring.

The authors conducted multiple case studies, profiling technological co-founders and family entrepreneurs in the challenging circumstances of an emerging economy.

The analysis of the use of rhetoric contributes to a better understanding of familiness practices in the family business. Through appeals to ethos, family business entrepreneurs enforce family values built on shared history, complementarity and moral exemplarity. The appeals to logos in entrepreneuring involve fulfilling complementary roles, alignment and continuous learning and coaching. The appeals to pathos are about emotions and how the family entrepreneurs' discourse enforces constructive handling of emotions.

The perceived familiness communicated through appeals to ethos, logos and pathos contributes to legitimating the family firm structures.

Theorising from family entrepreneurs' familiness practices, the authors suggest that entrepreneuring requires good communication of the representation of familiness for co-founders, employees and other stakeholders to also serve constructive conflict handling. The perceived familiness communicated through appeals to ethos, logos and pathos helps family businesses leverage their unique strengths and resources in the entrepreneuring process.

Carbon management in the construction industry plays a vital role as carbon emissions have a significant impact on the environment. Current emphasis on reducing operational carbon through passive designs, zero carbon buildings and so forth has resulted in losing focus on embodied carbon (EC) reduction. Though there are various databases and tools to estimate EC in construction, these estimates are lacking in accuracy and consistency. A Blockchain-based Embodied Carbon (BEC) Estimator was developed as a solution to accurately estimate EC using a supply chain value addition concept as a methodology.

This study focused on developing, testing and validating the blockchain-based prototype system identified as BEC Estimator. The system was developed using Hyperledger Fabric following a waterfall model. Case studies and an expert forum were used to test and validate BEC Estimator.

The system architecture, development process and the user interface of BEC Estimator are presented in this paper. The comparative evaluation with existing EC databases/tools and the expert forum validated the functioning of BEC Estimator and proved it to be an accurate, secure and trustworthy EC estimating system. SWOT (Strengths, Weaknesses, Opportunities, Threats) analysis identified the strengths and opportunities that will benefit the industry as well as the weaknesses and threats in the system that could be mitigated in future.

BEC Estimator accurately accounts for EC additions happening at each supply chain node for any product that gets incorporated in a building, thereby facilitating EC-related decision-making for all relevant stakeholders.

To provide insights around navigating, coping and tackling racial inequalities at university through three key areas: peer support through sharing stories, motivating others in the call to action through developing an anti-racist socially just consciousness and student staff co-creation to build belonging and community at university.

Varied approaches are included around pedagogy, curriculum, peer support, using creative outputs, sharing stories and valuing student wisdom through co-creation underpinned by empirical research.

I concede that establishing race equity in higher education continues to be an ongoing struggle, complete with trials, tribulations and trauma. As “The Forced Silence” outlines, to affect any changes in the institution or in the community and wider society, the changes have to take place at the peer level initially, as it is people and individuals who make up the system. This means that tackling racism is everyone’s business and we all have a responsibility for this work. Privileged folks who are seemingly disaffected by racial discrimination are indeed misguided, as racism is an illness in society and significantly harms our global community. Within higher education institutions, educators occupy a position of power (Hearn, 2012), which I argue we must use in a socially just manner to support all our students to succeed. By embodying and enacting care, compassion and respect within our practice, we can then instil the same in our students, just as we would do for our own children. Our students, just like our children, can then go into society as holistic and socially just conscious members of our community, which I argue is even more important than graduating with a good university degree.

I use a range of original poetry and theory with a view to supporting my academic professional practice in higher education.

In the last decades, various building information modeling–life cycle assessment (BIM-LCA) integration approaches have been developed to assess the environmental impact of the built asset. However, there is a lack of consensus on the optimal BIM-LCA integration approach that provides the most accurate and efficient assessment outcomes. To compare and determine their accuracy and efficiency, this study aimed to investigate four typical BIM-LCA integration solutions, namely, conventional, parametric modeling, plug-in and industry foundation classes (IFC)-based integration.

The four integration approaches were developed and applied using the same building project. A quantitative technique for evaluating the accuracy and efficiency of BIM-LCA integration solutions was used. Four indicators for assessing the performance of BIM-LCA integration were (1) validity of LCA results, (2) accuracy of bill-of-quantity (BOQ) extraction, (3) time for developing life cycle inventories (i.e. developing time) and (4) time for calculating LCA results (i.e. calculation time).

The results show that the plug-in-based approach outperforms others in developing and calculation time, while the conventional one could derive the most accuracy in BOQ extraction and result validity. The parametric modeling approach outperforms the IFC-based method regarding BOQ extraction, developing time and calculation time. Despite this, the IFC-based approach produces LCA outcomes with approximately 1% error, proving its validity.

This paper forms one of the first studies that employ a quantitative and objective method to determine the performance of four typical BIM-LCA integration solutions and reveal the trade-offs between the accuracy and efficiency of the integration approaches. The findings provide practical references for LCA practitioners to select appropriate BIM-LCA integration approaches for evaluating the environmental impact of the built asset during the design phase.

The main objective of the present investigation is to develop a novel efficient stochastic model for availability optimization of reverse osmosis machine system (ROMS) for water purification under the concepts of exponentially distributed decision variables and various redundancy strategies at the component level.

ROMS is a complex framework configured in a series structure using six subsystems. Initially, a state transition diagram is developed and Chapman–Kolmogorov differential-difference equations are derived using Markov birth death process. The steady-state availability of the ROMS is derived for a particular case. The impact of variation in failure and repair rates measured on availability. Furthermore, an effort is made to predict the optimal availability of the ROMS system using the metaheuristic algorithms, namely, dragonfly algorithm (DA), grasshopper optimization algorithm (GOA) and whale optimization algorithm (WOA).

It is observed that the ROMS system predicts optimal availability of 0.999926 after five iterations with a population size of 300 by the WOA. The findings of this study are significant for reliability engineers as well as for maintenance engineers to ensure the availability of ROMS for water purification.

In the present investigation, a novel stochastic model is developed for ROMS, and metaheuristics algorithms are applied to predict the optimal availability.