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Investigates the use of robotic sewing systems for assembling car headrest covers at Moll, a German company. Notes the key role of robots in the production process by virtue of their flexible movement. Reports on increased use of computerization by the company and mentions a current research project looking at the use of robotic sewing systems aimed at the clothing industry, a much greater market.

Because of the differing perceptions held by each position or professional subculture, forming a collaborative and productive workplace with design and management teams can be challenging. In light of these anticipated obstacles to success in the workplace, this paper aims to ascertain the prospects for common undertakings within a business.

This paper reports on an analysis of a survey conducted among design and business students who had the opportunity to work together on a joint project and present their recommendations for an actual market-based organization.

Despite differences between the groups, there is a common understanding of organizational goals and willingness to undertake a joint effort to achieve them. This is accomplished through leveraging one another’s professional expertise, building trust through finishing the business projects and discovering tangible end results. Any evident differences between the groups seem to complement one another, thus creating common ground for effective collaboration.

This is a study of a limited number of students enrolled in two universities in Spain. To ensure generalizability, research extended to more higher education institutions is needed.

The authors strongly believe that students are the future of business. As a result, understanding how they perceive any tension, integration or responsibilities of design and management helps with curriculum development two-fold: first, student perceptions help address any issues that can increase or hinder chances for efficient collaboration; second, student perceptions address the larger issue of design–management integration in business.

The authors studied a unique environment for collaboration beyond traditional organizational divisions and allowed study behaviors of students representing two professional backgrounds.

For the production of sensor elements, thick film technology can be used. Advantages of this technology such as ease of production, low cost, high reliability and the possibility of integration with front‐end electronic circuits, make the thick film sensor an interesting alternative to existing sensor elements. In this paper two examples of thick film thermal sensors are presented.

Fertility apps are digital tools for recording menstruation and bodily signs of fertility, with the aim of predicting future ovulation dates. For women trying to conceive, these predictions can be used to time heterosexual intercourse or insemination close to ovulation and thus increase chances of conception. This chapter explores women's use of fertility-tracking apps and the consequences of this for their experiences of trying to conceive in heterosexual relationships. I draw on findings from a thematic analysis of app content and interviews with women in the United Kingdom who had used apps to help them conceive, to show how these apps are often present in the in-between or transitional times and spaces of reproductive life. Apps are used to increase chances of pregnancy, but they are also used to navigate the many uncertainties of trying to conceive. Through a critical engagement with notions of control, anticipation and awareness, I explore how apps shape and are shaped by an increasingly demanding social and cultural context of reproduction.

This chapter investigates knowledge and practices relating to the ‘right timing’ in reproductive biomedicine in Switzerland. More precisely, it focuses on the effects of an anticipatory regime (Adams, Murphy, & Clarke, 2009) on women's experiences of age-related infertility. As assisted reproductive technologies (ARTs) promise to intervene in the fixed ‘biological facts’ of fertility decline to render reproduction and the timing of motherhood more flexible, manageable and controllable, this chapter explores the effects of anticipation on women's experiences and negotiations of age-related infertility and ARTs. It sheds light on an anticipatory regime which can be called ‘motherhood as right timing’. It shows how, in this regime, the temporality of the lifecourse is brought back to a biological temporality and how expectations and injunctions towards managing and controlling time contain the possibility of their failure, as they are associated with a multiplication of uncertain, complex and resisting biologies. At the core of the practices and politics of anticipating fertility decline, there is a tension between acting upon and being acted upon time, which are embedded in a moral economy of responsibility and volition in which women are blamed, or blame themselves, for not anticipating what is by definition beyond individual control and anticipation.

Here we provide a short reflection on the persistent themes from the volume and relate it to wider reproductive studies.

Smart card-based E-payment systems are receiving increasing attention as the number of implementations is witnessed on the rise globally. Understanding of user adoption behavior of E-payment systems that employ smart card technology becomes a research area that is of particular value and interest to both IS researchers and professionals. However, research interest focuses mostly on why a smart card-based E-payment system results in a failure or how the system could have grown into a success. This signals the fact that researchers have not had much opportunity to critically review a smart card-based E-payment system that has gained wide support and overcome the hurdle of critical mass adoption. The Octopus in Hong Kong has provided a rare opportunity for investigating smart card-based E-payment system because of its unprecedented success. This research seeks to thoroughly analyze the Octopus from technology adoption behavior perspectives.

Cultural impacts on adoption behavior are one of the key areas that this research posits to investigate. Since the present research is conducted in Hong Kong where a majority of population is Chinese ethnicity and yet is westernized in a number of aspects, assuming that users in Hong Kong are characterized by eastern or western culture is less useful. Explicit cultural characteristics at individual level are tapped into here instead of applying generalization of cultural beliefs to users to more accurately reflect cultural bias. In this vein, the technology acceptance model (TAM) is adapted, extended, and tested for its applicability cross-culturally in Hong Kong on the Octopus. Four cultural dimensions developed by Hofstede are included in this study, namely uncertainty avoidance, masculinity, individualism, and Confucian Dynamism (long-term orientation), to explore their influence on usage behavior through the mediation of perceived usefulness.

TAM is also integrated with the innovation diffusion theory (IDT) to borrow two constructs in relation to innovative characteristics, namely relative advantage and compatibility, in order to enhance the explanatory power of the proposed research model. Besides, the normative accountability of the research model is strengthened by embracing two social influences, namely subjective norm and image. As the last antecedent to perceived usefulness, prior experience serves to bring in the time variation factor to allow level of prior experience to exert both direct and moderating effects on perceived usefulness.

The resulting research model is analyzed by partial least squares (PLS)-based Structural Equation Modeling (SEM) approach. The research findings reveal that all cultural dimensions demonstrate direct effect on perceived usefulness though the influence of uncertainty avoidance is found marginally significant. Other constructs on innovative characteristics and social influences are validated to be significant as hypothesized. Prior experience does indeed significantly moderate the two influences that perceived usefulness receives from relative advantage and compatibility, respectively. The research model has demonstrated convincing explanatory power and so may be employed for further studies in other contexts. In particular, cultural effects play a key role in contributing to the uniqueness of the model, enabling it to be an effective tool to help critically understand increasingly internationalized IS system development and implementation efforts. This research also suggests several practical implications in view of the findings that could better inform managerial decisions for designing, implementing, or promoting smart card-based E-payment system.

This chapter describes how ambitious, educated, professional women engage with a range of reproductive technologies across their lifetime in an attempt to achieve the much-lauded post-feminist ideal of the perfect ‘work-life balance’ and ‘having it all’. Drawing on interviews, this chapter shares women's experiences of using several reproductive technologies over a 15-year period and how their configurations of bodies, technologies and responsibilities change. In our initial conversations, bodies were seen as a source of disruption to well-laid plans; bodies bled, throbbed, conceived, aborted and were often incompatible with the many social expectations and demands on young women's lives to balance their professional and private lives. At this time, women were attempting to control and direct their malleable bodies using different technologies, a tool, that were accompanied with new gendered responsibilities to make the right choices about if and when to menstruate, to get pregnant, to become a mother and to be intimate. Over time these technologies proved to be imperfect and often failed to deliver the promised future and a counter-narrative emerges in which bodies are not so malleable and technologies are less of tool and more of an additional burden. By looking at interactions of several reproductive technologies over time, experiences of bodies, of technologies and of responsibilities change; they are not static but more cumulative.

The aim of this paper is to find the electrical representation of a solid oxide fuel cell (SOFC) that enables the application of typical exploitation characteristics of fuel cells for estimation of fuel cell parameters (for example, exchange current) and easy analysis of phenomena occurred during the fuel cell operation.

Three-layer structure of an SOFC, where a thin semi-conducting layer of electrolyte separates the anode from the cathode, shows a strong similarity to typical semiconductor devices built on the basis of P-N junctions, like diodes or transistors. Current–voltage (I-V) characteristics of a fuel cell can be described by the same mathematical functions as I-V plots of semiconductor devices. On the basis of this similarity and analysis of impedance spectra of a real fuel cell, two electrical representations of the SOFC have been created.

The simplified electrical representation of SOFC consists of a voltage source connected in series with a diode, which symbolizes a voltage drop on a cell cathode, and two resistors. This model is based on the similarity of Butler-Volmer to Shockley equation. The advanced representation comprises a voltage source connected in series with a bipolar transistor in close to saturation mode and two resistors. The base-emitter junction of the transistor represents voltage drop on the cell cathode, and the base-collector junction represents voltage drop on the cell anode. This model is based on the similarity of Butler-Volmer equation to Ebers-Moll equation.

The proposed approach based on the Shockley and Ebers-Moll formulas enables the more accurate estimation of the ion exchange current and other fuel cell parameters than the approach based on the Butler-Volmer and Tafel formulas. The usability of semiconductor models for analysis of SOFC operation was proved. The models were successively applied in a new design of a planar ceramic fuel cell, which features by reduced thermal capacity, short start-up time and limited number of metal components and which has become the basis for the SOFC stack design.