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This chapter develops a conceptual framework to help us position and understand the increasing importance of project-based innovation for industrial organization in the 21st century. It builds on and extends Joan Woodward's (1958 and 1965) pioneering research, which classifies industrial organizations according to the complexity of production technology and volume of output. We suggest that a radical revision of Woodward's framework is required to account for the extensive use of project-based organizations to gain competitive advantage through accelerated innovation and growth in new technologies and markets.

This chapter examines the role of stakeholders, cocreation, and pro-environmental behaviors in Google’s efforts to reduce the environmental impact of their food waste. It describes several different strategies that the company undertook and the outcomes of those efforts. These efforts ranged from working with suppliers and employees to use food that was normally wasted to implementing a waste measuring and feedback system. The case highlights the challenges, current impact, and risks of the different strategies.

The chapter covers the theories and models of stakeholder influence on sustainability, new product development through cocreation, and pro-environmental behaviors; it applies these concepts to Google’s food waste program.

The results of the study contribute to the frameworks on cocreation and stakeholder management to include ideas for encouraging pro-environmental behavior through various social practices (measuring and monitoring waste, building supply chain partnerships, and cocreating new products with stakeholders).

The findings of this chapter will help other companies with ideas for successfully reducing food waste and its environmental impact by illustrating new ideas for engaging stakeholders in the supply chain.

This article traces the history of a continuous tradition of Marxian stage theory from the beginning of the twentieth century until the present day. The resolution of the first crisis of Marxism was found in the work of Hilferding on finance capital, Bukharin on the world economy and Lenin on imperialism as a new stage of capitalism. Hilferding's, Bukarin's and Lenin's analysis was carried into the post–World War II era through the work of Sweezy and Mandel. A second wave of Marxian stage theorizing emerged with the end of the post–World War II expansion. Mandel's long wave theory (LWT), the Social Structure of Accumulation Framework (SSAF), and the Regulation Approach (RA) analyzed the stagflationary crises as the end of a long wave of growth. This long wave was underpinned by the emergence of a postwar stage of capitalism, which was analogous to the reorganization brought about by monopoly capital at the turn of the century. These new schools were reluctant to predict the non-resolution of the current crisis, thus opening up the possibility of further stages of capitalism in the future. This elevated Lenin's theory of the highest stage to a general theory of capitalist stages. The last decade has seen a substantial convergence in the three perspectives. In general, this convergence has reaffirmed the importance of Hilferding's, Bukarin's and Lenin's (HBL's) initial contributions to the stage theoretic tradition. The article concludes with some thoughts on the necessity of stage theory for understanding of the current period of globalization.

Industry platforms are technological building blocks (that can be technologies, products, or services) that act as a foundation on top of which an array of firms, organized in a set of interdependent firms (sometimes called an industry “ecosystem”), develop a set of inter-related products, technologies and services (Gawer, 2009b, 2009c).

In every industry there are resources. Some are moving, others more fixed; some are technical, others social. People working with the resources, for example, as buyers or sellers, or users or producers, may not make much notice of them. A product sells. A facility functions. The business relationship in which we make our money has “always” been there. However, some times this picture of order is disturbed. A user having purchased a product for decades may “suddenly” say to the producer that s/he does not appreciate the product. And a producer having received an order of a product that s/he thought was well known, may find it impossible to sell it. Such disturbances may be ignored. Or they can be used as a platform for development. In this study we investigate the latter option, theoretically and through real world data. Concerning theory we draw on the industrial network approach. We see industrial actors as part of (industrial) networks. In their activities actors use and produce resources. Moreover, the actors interact − bilaterally and multilaterally. This leads to development of resources and networks. Through “thick” descriptions of two cases we illustrate and try to understand the interactive character of resource development and how actors do business on features of resources. The cases are about a certain type of resource, a product − goat milk. The main message to industrial actors is that they should pay attention to that products can be co-created. Successful co-creation of products, moreover, may require development also of business relationships and their connections (“networking”).

Most setup management techniques associated with electronic assembly operations focus on component similarity in grouping boards for batch processing. These process planning techniques often minimize setup times. On the contrary, grouping with respect to component geometry and frequency has been proved to further minimize assembly time. Thus, we propose the Placement Location Metric (PLM) algorithm to recognize and measure the similarity between printed circuit board (PCB) patterns. Grouping PCBs based on the geometric and frequency patterns of components in boards will form clusters of locations and, if these clusters are common between boards, similarity among layouts can be recognized. Hence, placement time will decrease if boards are grouped together with respect to the geometric similarity because the machine head will travel less. Given these notions, this study develops a new technique to group PCBs based on the essences of both component commonality and the PLM. The proposed pattern recognition method in conjunction with the Improved Group Setup (IGS) technique can be viewed as an extended enhancement to the existing Group Setup (GS) technique, which groups PCBs solely according to component similarity. Our analysis indicates that the IGS performs relatively well with respect to an array of existing setup management strategies. Experimental results also show that the IGS produces a better makespan than its counterparts over a low range of machine changeover times. These results are especially important to operations that need to manufacture quickly batches of relatively standardized products in moderate to larger volumes or in flexible cell environments. Moreover, the study provides justification to adopt different group management paradigms by electronic suppliers under a variety of processing conditions.

This chapter describes the use of an innovative instructional tool to teach managerial accounting concepts in a chemistry course at a small liberal arts college. Students engage in active learning by participating in a semester-long enterprise where they assume the role of both an entrepreneur and a manufacturer, as they explore different production combinations and plan profitability. This teaching tool offers several educational benefits. First, it actively engages students by requiring daily decisions having market consequences in a real-world setting. Second, it empowers students to create their own production environment and fosters cooperative learning. Finally, it develops in students an appreciation for the value of accounting information in decision-making.

This chapter focuses on how changes in management control systems in a manufacturing company could be affected by the interplay of institutional forces and power mobilization over an extended period of time (1946–1975).

The chapter is grounded in the ‘hybrid’ theoretical framework developed by Yazdifar, Zaman, Tsamenyi, and Askarany (2008) which ties old institutional economics, new institutional sociology and power mobilization frameworks to provide a holistic view of a process of change. Historical analysis contributes to an understanding of the institutional context. The research has been developed by a longitudinal case study by using archival data.

The chapter provides us with an insight into management accounting change during an extended period of time dominated by political instability, economic turbulence, social tensions and change in the company’s presidency. The study suggests that changes were dependent on a complex set of relationships and preconditions, that the specificity of the company’s accounting controls was tied to isomorphism forms and power relationships internal to the company, while pressures from the external environment did not impact significantly on control systems architecture and functioning of the company.

The use of qualitative approach (as longitudinal case studies) is often criticized because its results are not generalizable and replicable.

The chapter clarifies the theoretical underpinnings of the institutional frameworks and power relationships and suggests areas for institutional and interdisciplinary research into management change.

Using long-run trend data for US tactical and bomber aircraft, Norman Augustine’s Law 16 famously suggests continuously rising US armament unit costs. By the year 2054, the country’s entire defence budget would be expended on a single aircraft, which an industry colleague dubbed as the Battlestar Galactica. However, while it is thought provoking, what does Law 16 in fact entail? It appears that the mechanics of Augustine’s ‘Law’ has never been examined in detail. To help disentangle the matter and assess its relevance in the context of today’s battlefield technology, which is increasingly focussed on the application of large numbers of small, cheap, expendable, electronically linked, yet highly autonomous systems, this chapter introduces the concept of an Augustine weapons system.