658 Allgemeines Management
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Large Language Models (LLMs) bieten Potenzial zur Automatisierung wissensintensiver Dokumentenerstellung; die anwendungsspezifische Modellauswahl bleibt jedoch eine methodische Herausforderung, da generische Benchmarks die Eignung für qualitätskritische Dokumentationsprozesse nur unzureichend abbilden. Die vorliegende Arbeit entwickelt daher eine Systemarchitektur zur qualitätsgesicherten Dokumentenerstellung und evaluiert drei aktuelle Modelle – GPT-5, Claude Sonnet 4.5 und LLaMA 4 Maverick – anhand von sieben anwendungsspezifischen Kriterien, kombiniert aus automatisierten Systemmetriken, LLM-as-a-Judge und Human Evaluation. Die Ergebnisse offenbaren eine Kriterienhierarchie, die zwischen notwendigen Basisanforderungen – Faktentreue und zuverlässige Systemkomponenten-Integration – und differenzierenden Qualitätsmerkmalen unterscheidet und damit eine empirisch fundierte Grundlage für die Modellauswahl bereitstellt.
Purpose – This study aims to explore how Generation Z employees in South Korea perceive and experience quiet quitting (QQ) and to examine the work-context factors associated with this phenomenon.
Aim(s) – The aim of this study is to clarify the impact of the phenomenon of "Quiet Quitting" among the Generation Z employees in South Korea.
Design/methodology/approach – A qualitative research design was adopted. Data were collected through semi-structured, in-depth interviews with eight South Korean Generation Z employees and analysed using a seven-step grounded analysis approach.
Findings – The findings suggest that, although generational differences remain a source of workplace tension, long working hours and the pursuit of work–life balance are among the most influential factors shaping participants’ attitudes toward QQ. The study further highlights the relevance of cultural factors, including hierarchical workplace structures and attitudes toward hustle culture, in understanding how QQ is experienced by South Korean Gen Z employees. Participants generally viewed QQ not as disengagement from work, but as a means of protecting themselves from excessive workloads, burnout, and perceived imbalances between effort and reward.
Limitations of the study – The study is limited by its small sample size and gender imbalance. Future research should include larger and more diverse samples, conduct comparative studies across countries, and further develop conceptual and measurement frameworks for QQ in the South Korean context.
Practical implications – The findings highlight the importance of addressing excessive workloads, supporting work–life balance, and reconsidering traditional workplace structures that may contribute to employee dissatisfaction and burnout among younger workers.
Originality/value – Existing research on QQ has predominantly focused on Western contexts. This study contributes to the literature by providing qualitative insights into how South Korean Gen Z employees perceive and experience QQ within a distinct cultural and organisational setting.
Using model-based systems engineering (MBSE) and SysML for integrated sustainable manufacturing
(2026)
This article motivates the use of MBSE and SysML for organizational development and argues for a model-based integration of sustainable leadership (SL) into sustainable manufacturing (SM). We discuss whether modeling requirements resulting from SM and SL literature can be met by SysML and introduce an initial black box perspective and meta-model. The work is part of a larger research project aiming to transfer findings from SM and SL research into a model-based integrated SM in order to support a human-centered perspective. This work shows that SysML is suitable for organizational use cases.
Purpose
Employee engagement is typically measured at the individual level and then aggregated to the overall organisational level, yet its implications for performance tend to become more visible at the level of work units. This paper aims to examine the current approaches to interpret work unit engagement scores. It argues for a shift away from additive approaches and towards a multiplicative perspective that better reflects how engagement translates into outcomes within work units.
Design/methodology/approach
The discussion draws on practitioner literature and applied HR insights. Engagement is conceptualised through two core dimensions – affective commitment and confidence in leadership direction. It explores how these individually measured perceptions interact when aggregated at the work unit level and how different aggregation logics affect interpretation.
Findings
While engagement is measured at the individual level, its performance implications emerge most clearly at the work unit level. Additive aggregation can mask important imbalances between engagement dimensions, whereas a multiplicative interpretation highlights that the strongest and most consistent engagement outcomes are associated with work units where both dimensions are jointly high and balanced. Imbalances between dimensions tend to constrain the translation of engagement into performance.
Originality/value
The study offers a refined and practical interpretation of employee engagement by linking individual-level responses to work unit performance outcomes. It provides HR practitioners with a more diagnostic lens for interpreting engagement data, enabling more effective analysis of survey results and a clearer basis for designing targeted managerial interventions.
In manufacturing industry, many companies strive for sustainability. The existing scientific discourse on sustainable manufacturing (SM) often focuses on economic and environmental aspects with a technology-centered perspective. This article strengthens the view of SM as a sociotechnical system and introduces a new perspective that links SM to the concept of sustainable leadership (SL) by highlighting parallels and potential for complementarities and synergies. We outline initial findings and argue that the integration of a SL perspective is essential to comprehensively implement SM in all three dimensions of sustainability, i.e., economic, environmental and social.
In order to integrate SL in SM and to capture complexity, we propose to follow the design science research methodology (DSRM) and model-based systems engineering (MBSE), in order to systematically develop a model-based integrated SM. As a result, relationships within and between SM and SL elements can be formalized. Dependencies and effects are derived and summarized in a knowledge-based model that can support the decision-making of leaders in the manufacturing industry. This paper seeks to broaden the field of research by establishing the SL perspective in relation to SM.
Purpose
This study sets out to clarify the conceptual, operationalization and level concerns of the practitioner-based concept of employee engagement (EE). We propose and test a multiplicative operationalization of EE as a more actionable, two-dimensional construct (affective commitment and top leadership direction) at the collective work-unit level. Further, we also substantiate the EE link to work-unit performance.
Design/methodology/approach
This study employs a quantitative multi-level research design. The main hypotheses are tested on a sample of 251 work units from a multinational organization, covering 21,933 employees.
Findings
The proposed two-dimensional EE operationalization is statistically supported at the individual and collective work-unit levels of analysis. The study reveals that the work-unit multiplicative engagement operationalization outperforms the standard additive one (i.e. lowest AIC) and has a significant positive relationship with work-unit performance.
Originality/value
This study is the first to apply the multiplicative EE operationalization. It uncovers that only work units with equal levels (preferably the highest scoring) of collective affective commitment and top leadership direction lead to improved (optimal) performance. This provides more specific insight for the subsequent managerial implications.
Categorization of Sustainable Leadership in Sustainable Manufacturing to Promote Industry 5.0
(2026)
A shift towards Industry 5.0 with a focus on sustainability, human centricity, and resilience requires the implementation of sustainable manufacturing (SM). Implementing SM is challenging as it requires commitment to sustainable practices at all organizational levels. Leadership is a crucial success factor but is largely neglected in the literature on SM. To address this gap, we introduce a novel approach focusing on multiple leadership dimensions. The aim is to develop effective leadership perspectives by integrating sustainable leadership (SL) theory into SM. A systematic literature review and qualitative content analysis are used to identify and analyze 79 peer-reviewed articles from the Scopus and Web of Science databases. SL serves as a frame of reference to identify relevant aspects for sustainable leaders in the scientific discourse on SM. The findings are summarized in 24 categories for integrated SM. They form a conceptual framework comprising three levels: context; systems and processes; and leadership and social aspects. Examining these aspects with interrelationships enriches the SM discourse and sheds a new, human-centered light on it. The findings can support training and knowledge transfer, thereby enabling leaders to navigate operational complexity. Furthermore, the categorization provides a foundation for developing socio-technical models and assessments for Industry 5.0 from a systemic perspective.
Purpose
This paper aims to address the pressing need for artificial intelligence (AI)-related upskilling among human resources (HR) practitioners, who play a pivotal role in driving AI-based change, by offering a practical and structured guide for integrating AI skills and competencies into their tasks.
Design/methodology/approach
The guide for upskilling HR practitioners builds on established tools such as ISO 9001, job descriptions, Knowledge, Skills, Abilities and Other characteristics analysis and standardized job databases. It introduces a novel replacement of the traditional “Equipment” (E) in HR task breakdown with “AI-based Equipment” (AI-based E). The application of AI upskilling is illustrated through a practical recruitment example. This should in turn facilitate bridging the gap between existing rather abstract AI skill and competence frameworks, and concrete HR application.
Findings
The proposed upskilling guide enables HR practitioners to contextualize AI within familiar HR processes (i.e. starting from the known), creating an actionable path to upskilling. Three actionable strategies for identifying relevant AI-based tools are outlined: (1) conducting market research, (2) consulting AI tool databases and (3) applying AI methods in-house. This structured approach facilitates targeted training initiatives and empowers HR practitioners to navigate the AI landscape with greater confidence and autonomy.
Originality/value
This paper offers an actionable and application-oriented upskilling guide that leverages existing HR tools to restructure HR tasks for AI integration. This provides the basis for deriving specific AI-related training initiatives.
Analysemodell der organisationalen Ambidextrie in der Anwendung Künstlicher Intelligenz in KMU
(2026)
Die Digitalisierung und zunehmende Diffusion Künstlicher Intelligenz (KI) eröffnet kleinen und mittleren Unternehmen (KMU) erhebliche Potenziale zur Effizienzsteigerung etablierter Wertschöpfungsprozesse sowie zur Entwicklung neuer Produkte, Geschäftsmodelle und Erschließung neuer Märkte. Gleichzeitig sind die Implementierung und Nutzung von KI für KMU mit vielfältigen Herausforderungen verbunden, insbesondere hinsichtlich fehlender KI-Expertise, begrenzter finanzieller Ressourcen, unzureichender IT-Infrastruktur sowie Fragen der Akzeptanz und des Vertrauens. Vor diesem Hintergrund gewinnen KI-Kooperationen als strategisches Instrument an Bedeutung, da sie KMU den Zugang zu Wissen, Daten, Technologien und Innovationsökosystemen ermöglichen. Aufbauend auf dem Konzept der organisationalen Ambidextrie untersucht der Beitrag, wie KI-Kooperationssysteme zur gleichzeitigen Verfolgung exploitativer und explorativer Zielsetzungen beitragen können. Vorgestellt wird ein theoriegeleitetes Analysemodell, das KI-Kooperationssysteme als mehrdimensionale sozio-technische Arrangements versteht und vier zentrale Analysedimensionen – Technologie, Struktur, sozio-kulturelle Aspekte und Kontextbedingungen – im Spannungsfeld von Exploration und Exploitation differenziert. Der Beitrag leistet eine Erweiterung der Ambidextrieforschung auf die interorganisationale Ebene und bildet die Grundlage für eine empirische Untersuchung sowie die Entwicklung einer Typologie von KI-Kooperationen für KMU.
Schichtübergabe an den Roboter: ein LLM-gestütztes Vorgehensmodell für ambidextre Automatisierung
(2026)
Im Beitrag wird ein transparentes, Large Language Model (LLM)-gestütztes Vorgehen zur Organisationsoptimierung am Beispiel einer unbemannten Roboterschicht in cyber-physischen Produktionssystemen vorgestellt. Es operationalisiert ambidextre Automatisierung durch explorative und exploitative Arbeit: Repetitive Anteile wandern zum Roboter, während Bediener geplante, auditierbare Blöcke für Beobachtung, Lernen, Standardverbesserung und kurze Erholung erhalten – bezeichnet als Explorationsrente. Eine 14-Punkte-Checkliste wird auf flexible operative Datendomänen abgebildet; das LLM fragt Retrieval-Augmented Generation (RAG)-gestützte Auswertungen ab, um zwei Stresssignale (Exploration vs. Exploitation) zu berechnen. Daraus leitet es Übergabevorschläge für die kollaborative Tagesphase, das Übergabefenster und die unbemannte Schicht ab. Entscheidungen folgen einem Human-in-the-Loop PDCA-Zyklus; die Interaktion kann lokal oder remote erfolgen. Das Konzept wird anhand messbarer Ergebnisse evaluiert: geplante menschliche Zeit, realisierte Roboter-Aktivzeit versus Plan, Unterbrechungen/Leerlauf sowie Akzeptanz. Der Beitrag präsentiert ein Szenario; empirische Schwellenwerte und Gewichtungen verbleiben als zukünftige Arbeit.

