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§ 303 Schuldenkonsolidierung
(2022)
Der Beitrag befasst sich mit den wirtschaftlichen Auswirkungen auf Unternehmen der deutschen Automobilbranche in Folge der behördlichen Restriktionen im Rahmen der Corona-Pandemie. Untersuchungszeitraum ist das Jahr 2020 auf Quartalsebene. Unsere Auswertung zeigt, dass die Zulieferer von der Pandemie wesentlich stärker getroffen wurden als die Hersteller der Branche. Ebenso konnte eine zeitliche Wellenbewegung der Negativentwicklung entlang der Wertschöpfungskette festgestellt werden. Der Beitrag zeigt Instrumente der Supply-Chain-Finanzierung auf, die sowohl kurzfristige Erleichterungen in Krisenzeiten als auch langfristige Möglichkeiten der Working Capital Optimierung darstellen.
Will chatbots play a significant role for B2B marketingin the future? Chatbots in B2B businesses
(2022)
Digitalization has gained a foothold in our everyday lives. However, it remains to be seen what digital tools B2B companies can benefit from. During the last few years, chatbots have been on the rise and have played a more significant role in B2B marketing. Thus, this research follows a literature review to examine the current state of B2B chatbots. With this, the study will discover the buyer’s preferences for chatbots compared to sales agents and the role of chatbots in different stages of the B2B sales funnel.
Die Debatte über die Zukunft der Europäischen Wirtschafts- und Währungsunion ist seit geraumer Zeit omnipräsent (Herzog und Hengstermann 2013). Mit der temporären Aussetzung der europäischen (nationalen) Schuldenregeln bis zum 31. Dezember 2022 ging abermals eine leidenschaftlich geführte Post-Covid-19-Reformdiskussion los. Zu den bisherigen Veränderungsnotwendigkeiten kommen nunmehr die geopolitischen Herausforderungen hinzu. Ist die Stabilität der Währungsunion in Gefahr?
Ein Design Thinking-Projekt mit 17 20–50-jährigen kirchenfernen Proband*innen untersuchte die Fragestellung aus einer klaren Bedürfnisorientierung dieser für die Zukunft der Kirche wichtigen Altersgruppe. Mit ihnen wurden konkrete Lösungsvorschläge erarbeitet. Konsens der Proband*innen war, dass Kirche viel Potential hat, das sie aktuell nicht ausschöpft. Um die Kirchenbindung zu stabilisieren bzw. perspektivisch zu erhöhen, müsste Kirche im Lebensraum ihrer Mitglieder sichtbarer werden, und das vor allem digital. Zudem müsste sie ihre Angebote für das Leben der Mitglieder als relevant darstellen und aktiv mit einem offenen Ohr auf die Gemeindeglieder zugehen, statt auf ihr Kommen zu warten
Die Macht von Topmanagerinnen und Topmanagern ist in Verruf geraten. Je mächtiger die CEOs sind, desto eher neigen sie dazu, ihren eigenen Interessen zu folgen, sich unethisch zu verhalten und sich selbst zu überschätzen – zulasten des Unternehmenserfolgs. So zumindest die verbreitete Annahme, die von zahlreichen empirischen Studien und vielen Beispielen in den Medien gestützt wird. Aber stimmt sie auch?
Ivana Vitanova untersucht in ihrer Studie, inwieweit die Macht von CEOs mit deren Selbstüberschätzung zusammenhängt und wie dies den Erfolg des Unternehmens beeinflusst. Sie zeichnet dabei ein anderes Bild: CEOs, die mehr Macht haben, neigen zwar tatsächlich zu einer höheren Selbstüberschätzung. Allerdings kann dies dazu führen, dass das Unternehmen überdurchschnittlich erfolgreich ist. Weil solche Führungskräfte stärker an sich glauben, wichtige Entscheidungen mutig treffen und andere besser motivieren können. Aber der Reihe nach: Wie sind die Zusammenhänge und was für Konsequenzen ergeben sich daraus?
Gamification erfährt seit Jahren zunehmende Aufmerksamkeit in Wissenschaft und Praxis. Eine 2019 veröffentliche Metaanalyse zur Gamification-Forschung zeigt, dass der Fokus bislang auf den Bereichen Bildung und Gesundheit lag. Mit verbreiteter Anwendung steigt allerdings der Bedarf, die Forschung auf weitere Felder auszuweiten. Dieser Beitrag ergründet die Potenziale von Gamification im B-to-B-Vertrieb. Eine Betrachtung an dieser Stelle eignet sich aus den folgenden Gründen: Gamification wird vor allem für diejenigen Felder als attraktiv bezeichnet, wo Aktivitäten komplex und vielfältig sind und Fortschritt nur schwer nachzuvollziehen ist. Darüber hinaus unterstützt Gamification in der Erzielung nachhaltiger Ergebnisse mit Kontinuität und langfristigem Engagement.
The implementation of human resource (HR) policies often proves troublesome due to the appearance, and stubborn persistence, of gaps in the process. Human resource management (HRM) scholars problematise these gaps and advocate tight implementation to reduce gaps and to ensure the desired impact of policies on organisational performance. Drawing on organisational institutionalism, we contend that gaps in implementing HR policies can actually be productive, as they secure organisational legitimacy, and thus enable organisations to operate viably within several institutional environments. We suggest that different approaches to implementation are needed, some of them premised on accepting sustained implementation gaps. We introduce minimum and moderate implementation approaches, rooted in the notion of decoupling, to complement approaches aimed at tight implementation. Our aim is to support the further development of research based on a richer interpretation of HRM implementation challenges and choices they present for HR managers.
Nachhaltigkeit, Digitalisierung und New Work – es gibt viele Anlässe für Organisationen, Neues zu erlernen. In der Forschung wird seit den 80er-Jahren dabei anerkannt, dass organisationales Lernen neben dem Aufbau neuen Wissens auch Verlernen bedeutet. Dabei geht es weniger darum, dass Kenntnisse schlicht überflüssig werden. Stellt eine Organisation beispielsweise auf Glasfasertechnologie um, so wird das Wissen, wie man Kupferkabel anschließt, nicht mehr benötigt und irgendwann verschwinden. Beim organisationalen Verlernen geht es eher um Glaubenssätze, Annahmen und Routinen, die das Erlernen neuen Wissens behindern. So kann die (veraltete) Annahme, Kupferkabel seien weiterhin eine brauchbare Technologie, Unternehmen daran hindern, die Glasfasertechnologie voranzutreiben und einzuführen.
Eine zukunftsfähige Ausrichtung der betrieblichen Abläufe nach den Prinzipien des nachhaltigen Wirtschaftens erhöht die Wettbewerbsfähigkeit, die Innovationskraft und die Glaubwürdigkeit des Unternehmens bei allen Interessengruppen. Zudem zeigt die Praxis, dass Unternehmen damit nicht nur ökologische und soziale Aspekte angehen können, sondern auch ökonomisch besser aufgestellt sind, zum Beispiel durch Einsparungen an Ressourcen, einer höheren Akzeptanz im Markt und in der Gesellschaft oder einer besseren Mitarbeitermotivation. In der VDI 4070 Blatt 1 wurde eine Handlungsanleitung gegeben und eine strukturierte Vorgehensweise beschrieben, um Betriebe systematisch an ein nachhaltiges Wirtschaften heranzuführen. In Ergänzung dazu werden in Blatt 2 beispielhafte Methoden sowie bewährte und innovative Instrumente vorgestellt und praktische Anwendungshilfen und Beispiele aufgezeigt. Die Richtlinie richtet sich an Behörden, Beratungsunternehmen, kleine und mittelständische Unternehmen.
Values Management System
(2022)
The ValuesManagementSystem (VWS) is a management standard to “provide a sustainable safeguard of a firm and its development, in all dimensions (legal, economic, ecological, social)” (VWSZfW, p. 4). It includes a framework for values-driven governance through self-commitment and self-binding mechanisms. Values promote a sense of identity and give organizations guidance in decision-making. This is especially important in decision-making processes where topics are not clearly ruled by laws and regulations.
VMSZfW must be embedded in the specific business strategy, structure, and culture of an organization. The following four steps describe the implementation of the ValuesManagementSystemZfW: (i) Codify core values of an organization, for instance, with a “mission, vision and values statement” or Code of Ethics, (ii) implement guidelines such as Code of Conduct and specific policies and procedures, (iii) systematize these by establishing management systems such as Compliance and CSR management systems, and (iv) finally organize and establish structures to ensure the strategic direction and operational implementation and review of these processes. The top management shows that values management is taken seriously by their self-commitment to the core values of the company.
The United Nations (UN) Global Compact is a call to companies to align their strategies and operations with ten universal principles in the areas of human rights, labor, environment, and anti-corruption, and to take actions that advance societal goals (UN Global Compact 2017, p. 3). The UN Global Compacts’ vision is “to mobilize a global movement of sustainable companies and stakeholder to create the world we want” (UN Global Compact 2021a). It is a global network with local presence all around the world.
The Principles for Responsible Investments (PRI) is “the world’s leading proponent of responsible investment” (PRI 2021a). With the development of six Principles for Responsible Investment, the PRI supports its international network of investor signatories in incorporating the environmental, social, and governance (ESG) factors into their investment and ownership decisions. The goal of PRI is to develop a more sustainable global financial system by encouraging “investors to use responsible investment to enhance returns and better manage risks” (PRI 2021a). This independent financial initiative is supported by the United Nations and linked to the United Nations Environmental Program Finance Initiative (UNEP FI 2021) and the United Nations Global Compact (UN Global Compact 2021).
The food system represents a key industry for Europe and Germany in particular. However, it is also the single most significant contributor to climate and environmental change. A food system transformation is necessary to overcome the system’s major and constantly increasing challenges in the upcoming decades. One possible facilitator for this transformation are radical and disruptive innovations that start-ups develop. There are many challenges for start-ups in general and food start-ups in particular. Various support opportunities and resources are crucial to ensure the success of food start-ups. One aim of this study is to identify how the success of start-ups in the food system can be supported and further strengthened by actors in the innovation ecosystem in Germany. There is still room for improvement and collaboration toward a thriving innovation ecosystem. A successful innovation ecosystem is characterised by a well-organised, collaborative, and supportive environment with a vivid exchange between the members in the ecosystem. The interviewees confirmed this, and although the different actors are already cooperating, there is still room for improvement. The most common recommendation for improving cooperation is learning from other countries and bringing the best to Germany.
Industrial practice is characterized by random events, also referred to as internal and external turbulences, which disturb the target-oriented planning and execution of production and logistics processes. Methods of probabilistic forecasting, in contrast to single value predictions, allow an estimation of the probability of various future outcomes of a random variable in the form of a probability density function instead of predicting the probability of a specific single outcome. Probabilistic forecasting methods, which are embedded into the analytics process to gain insights for the future based on historical data, therefore offer great potential for incorporating uncertainty into planning and control in industrial environments. In order to familiarize students with these potentials, a training module on the application of probabilistic forecasting methods in production and intralogistics was developed in the learning factory 'Werk150' of the ESB Business School (Reutlingen University). The theoretical introduction to the topic of analytics, probabilistic forecasting methods and the transition to the application domain of intralogistics is done based on examples from other disciplines such as weather forecasting and energy consumption forecasting. In addition, data sets of the learning factory are used to familiarize the students with the steps of the analytics process in a practice-oriented manner. After this, the students are given the task of identifying the influencing factors and required information to capture intralogistics turbulences based on defined turbulence scenarios (e.g. failure of a logistical resource) in the learning factory. Within practical production scenario runs, the students apply probabilistic forecasting using and comparing different probabilistic forecasting methods. The graduate training module allows the students to experience the potentials of using probabilistic forecasting methods to improve production and intralogistics processes in context with turbulences and to build up corresponding professional and methodological competencies.
Towards a model for holistic mapping of supply chains by means of tracking and tracing technologies
(2022)
The usage of tracking and tracing technologies not only enables transparency and visibility of supply chains but also offers far-reaching advantages for companies, such as ensuring product quality or reducing supplier risks. Increasing the amount of shared information supports both internal and external planning processes as well as the stability and resilience of globally operating value chains. This paper aims to differentiate and define the functionalities of tracking and tracing technologies that are frequently used interchangeably in literature. Furthermore, this paper incorporates influencing factors impacting a sequencing of the connected world in Industry4.0 supply chain networks. This includes legal influences, the embedment of supply chain-related standards, and new possibilities of emerging technologies. Finally, the results are summarized in a model for the holistic mapping of supply chains by means of tracking and tracing technologies. The resulting technological solutions that can be derived from the model enable companies to address missing elements in order to enable the holistic mapping of supply chain events as well as the transparent representation of a digital shadow throughout the entire supply chain.
Advancements in Internet of Things (IoT), cloud and mobile computing have fostered the digital enrichment—or “digitization”—of physical products, which are gaining increasing relevance in practice. According to recent studies, global IoT spending will exceed USD 1 Trillion by 2021 and there will be over 25 billion IoT connections (KPMG, 2018). Porter and Heppelmann (2014) state that IT is “revolutionizing products [as …] IT is becoming an integral part of the product itself.” Senior business executives like GE’s former CEO Jeff Immelt (2015) are even proposing that “every industrial company in the coming age is also going to become a software and analytics company.” This reflects the increasing relevance of IT components’ (i.e., software, data analytics, cloud computing) integration into previously purely physical products. We call IT-enriched physical products, “digitized” products to differentiate them from purely intangible “digital” products, such as digital music, e-books, and software. Examples of digitized products include the Philips Hue smartphone-controllable lightbulb, Audi Connect internet-connected cars, or Rolls-Royce’s sensor-enabled pay per use jet engines.
Digitized products provide their producers with a wide range of opportunities to offer new functionality and product capabilities (e.g., autonomy) that traditional, physical products do not exhibit (Porter and Heppelmann, 2014). In addition, the digitization of products allows producers to continuously repurpose their offerings, by extending and/or changing the product functionality and, thus, enabling new value creation opportunities. Based on their re-programmability and connectivity, digitized products “remain essentially incomplete […] throughout their lifetime as users continue to add and delete […] and change […] functional capabilities” (Yoo, 2013). For instance, the Philips Hue connected lightbulb enables remote control of basic functions (e.g., switching on and off the light) as well as setting more advanced light scenes for day-to-day tasks (e.g., relax, read) via Amazon’s Alexa artificial intelligence assistant (Signify, 2019), offerings that were not intended use cases when Signify (previously known as Philips Lighting) created Hue in 2012. Thus, digitized products present limitless potentials for new functionality and unforeseen use cases, which provides them with a huge innovation capacity.
Despite the limitless potentials offered by digitized products, there has been a slow uptake of digitized products by businesses so far (Jernigan et al., 2016; Mocker et al., 2019). According to a 2016 MIT Sloan Management Review report (Jernigan et al., 2016) only 24% of the investigated firms were actively using IoT technologies – a key technology for digitized products. In a more recent research study Mocker et al. (2019) found that the median revenue share from digital offerings (i.e., solutions based on IT enriched products) in large companies only accounted for 5% of the total revenue of the investigated companies.
The slow uptake of digitized products might be explained by the challenges that firms face regarding the changing nature of digitized products. Pervasive digital technologies (such as IoT) change the nature of products by adding new functionality that was previously not part of the value proposition of the products/services (e.g., a pair of shoes embedded with sensors and connectivity allows joggers to have access to data regarding their run distance, speed, etc.) (Yoo et al., 2012). The addition of new functionality and use cases of digitized products makes it harder for producers to design and develop relevant products (Hui 2014). As described in the paper ‘Do Your Customers Actually Want a “Smart” Version of Your Product?’, “just because [firms] can make something with IoT technology doesn’t mean people will want it.” (Smith, 2017).
The shift in digitized products’ nature poses new challenges for producers along the entire product development process (Porter and Heppelmann, 2015; Yoo et al., 2012) and create a paradox in product digitization, described by Yoo et al. (2012) as the paradox of pace: while technology accelerates the rate of innovation, companies need to spend more time to digitize their products, extending time to market. The production of these digitized products also becomes more challenging, e.g., as companies need to deal with different clock-speeds of software and hardware development (Porter and Heppelman, 2015). The above-mentioned challenges suggest that producers need to better understand how they can generate value from their digitized products’ generative potentials.
The body of literature on digitized products has been growing in recent years. For instance, Herterich et al. (2016) investigate how digitized product affordances (i.e., potentials) enable industrial service innovation; Nicolescu et al. (2018) explore the emerging meanings of value associated with IoT; and Benbunan-Fich (2019) studies the impact of basic wearable sensors on the quality of the user experience. However, it remains unclear what it takes for firms to generate value with their digitized product potentials. This dissertation investigates this research gap.