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This paper studies organizational change following a shift in an industry environment, in the context of how a focused factory adapts to a change in its manufacturing objectives. We use the organizational nature of production operations to suggest that the effectiveness of adaptation will depend on how well the manufacturing requirements of the new objectives match manufacturing capabilities at the production line level. We test our hypotheses using primary data from the Hartselle, Alabama compressor manufacturing focused factory of the Copeland Corporation. The results suggest that factors that influence adaptability derive from individual and organizational competence, and that the direction and extent of their influence depends on the systemic nature of the operational activity concerned. The results highlight roles of carefully designed complexity in operations and of process-oriented decision making on the shop floor in successful adaptation. This work contributes to our understanding of how business organizations overcome constraints to change.

Entrepreneurship.

The case could be taught in the core marketing course at the post graduate level while discussing the notion of positioning. The case could also be taken up in marketing strategy courses, where the linkage of the positioning to past and future customers and implementation challenges within the organization could be highlighted.

The case shows how the CEO of an entrepreneurial venture, Team Computers, was coping with the problem of creating a unique identity in the market. It tracks the evolution of an embryonic organization to an Indian rupees (INR) 2.3 billion organization with 1,500 employees and its competitive landscape. It also highlights that an organization could become quite big without a very well defined positioning in the mind of its consumers and even its employees, however such growth could not be sustainable. It highlights the key challenges for Team Computers with respect to defining its positioning platform. The biggest challenge for Team Computers was to arrive at an appropriate positioning within an increasingly competitive market place, a distinct image of the company was almost a pre-requisite to the vision of sustainable, profitable growth for the company. The problem was inherent in the condition prevailing in the industry, which had intense competition among the incumbent firms and a high degree of employee turnover which plagued the industry. The case focuses on the challenge of deciding on a positioning platform for the company, considering its checkered evolution and somewhat difficult to predict and plan future trajectory. The case provides enough evidence to evaluate the positioning options of the company, the criteria to finalize the positioning options. It also opens up the possibility to discuss changes in organizational structure required to implement the positioning. The case also opens up the debate about conditions under which democratic process might not be the best way to decide on positioning.

The following insights could be elucidated by the case: criteria for evaluating the positioning options for an organization; the need for a clear positioning platform to grow beyond a threshold level for a service based organization in a competitive landscape; and the possible need for organizational restructuring to be able to implement positioning in the market.

Teaching notes are available for faculty. Please consult your librarian for access.

This paper aims at studying numerically the entropy generation of nanofluid flowing over an inclined sheet in the presence of external magnetic field, heat source/sink, chemical reaction along with slip boundary conditions imposed on an impermeable wall.

A suitable similarity transformation technique has been used to convert the coupled nonlinear partial differential equations to ordinary differential equations (ODEs). The ODEs are then solved simultaneously using the finite difference method implemented through an in-house computer program. The effects of different controlling parameters such as magnetic parameter, radiation parameter, Brownian motion parameter, thermophoresis parameter, chemical reaction parameter, Reynolds number, Brinkmann number, Prandtl number, velocity slip parameter, temperature slip parameter and the concentration slip parameter on the entropy generation and Bejan number have been discussed comprehensively through the relevant physical insights for the first time.

The relative strengths of the irreversibilities due to heat transfer, fluid friction and the mass diffusion arising due to the change in each of the controlling variables have been delineated both in the near-wall and far-away-wall regions, which may be helpful for a better understanding of the thermo-fluid dynamics of nanofluid in boundary layer flows. The numerical results obtained from the present study have also been validated with results published in open literature.

The effects of different controlling parameters such as magnetic parameter, radiation parameter, Brownian motion parameter, thermophoresis parameter, chemical reaction parameter, Reynolds number, Brinkmann number, Prandtl number, velocity slip parameter, temperature slip parameter and the concentration slip parameter on the entropy generation and Bejan number have been discussed comprehensively through the relevant physical insights for the first time.

The purpose of the paper is to examine the role of institutional distance as a determinant of outward foreign direct investment (OFDI) from India. The study combines a nuanced view of institutional distance, with traditional location factors to analyze Indian OFDI flows to developed and emerging economies (EEs) during the period 2009 to 2017.

The paper employs fixed effects panel regression model on an unbalanced panel data set.

The findings suggest that India's OFDI is undeterred by the isomorphic pressures caused by regulatory and normative institutional distance, but cognitive institutional distance acts as a deterrent in developed economies. Indian MNEs engage in institutional arbitrage as they simultaneously engage in strategies of institutional escapism and institutional exploitation. The study also finds that emerging economies have emerged as an important destination for strategic asset seeking FDI, in addition to developed economies.

The findings of the study present important implications for policymakers and corporate managers. For policymakers, the study points toward the need for improving the general business environment at home to prevent escapist OFDI and trade enhancement as a tool to overcome cognitive barriers and behavioristic stereotypes. For corporate managers, the study's findings underline the importance of adopting different strategies for dealing with different isomorphic pressures in developed and emerging economies.

The study adds value to the sparse literature using the IBV in the emerging markets context, to supplement and enrich existing theoretical frameworks. It is a pioneering study in its use of institutional distance as an explanatory factor for Indian OFDI and provides evidence of institutional arbitrage.

Aadhaar card is an innovative step taken by the Government of India to facilitate smooth functioning of government welfare programs among the needy citizens of this country. This chapter deals about the Aadhaar Project of the Central Government, its features, its impact on the welfare schemes of government, etc. Second, it also deals with the challenges and loopholes associated with the Aadhaar scheme which eventually led to the case of Justice K. S. Puttaswamy and Another v. Union of India [Writ Petition (Civil) No. 494 of 2012]. At last, the chapter deals with the potential challenges which the Aadhaar scheme may face even after it has been declared constitutional by the Apex Court in the case of Justice K. S. Puttaswamy and Another v. Union of India [Writ Petition (Civil) No. 494 of 2012].

The three cases (Case A: JSW Steel's Ispat Acquisition: The Opportunity; Case B: JSW Steel's Ispat Acqusition: The Setback & Case C: JSW Steel's Ispat Acquisition: The Turnaround Strategy) describe the business situation leading to acquisition of Ispat by JSW, the acquirer company's failure to realize synergies post-acquisition, and the subsequent turnaround initiatives to salvage the situation. The Case A provides the details of the potential synergies between the two firms. After an elaborate due diligence process, JSW acquired Ispat. However, the JSW team failed to realize synergies anticipated at the time of acquisition. This was a big setback for the company because Ispat was acquired based on certain assumptions on synergies between the two companies. Case B captures the setbacks after Ispat's acquisition, i.e., JSW's failure to realize anticipated synergies.

The three cases (Case A: JSW Steel's Ispat Acquisition: The Opportunity; Case B: JSW Steel's Ispat Acqusition: The Setback & Case C: JSW Steel's Ispat Acquisition: The Turnaround Strategy) describe the business situation leading to acquisition of Ispat by JSW, the acquirer company's failure to realize synergies post-acquisition, and the subsequent turnaround initiatives to salvage the situation. The Case A details the potential synergies that were identified during due diligence process while the Case B details the setbacks which did not allow JSW to realize the anticipated synergies. Nevertheless, not deterred by the setback, JSW salvaged the situation by undertaking a massive turnaround program aimed at plugging strategic, operational and organizational gaps. Concurrently, several initiatives were also taken to integrate the processes and workforce of the two organizations. Eventually the JSW team succeeded in turning around Ispat and merged it with the parent group. Case C provides a rich description of the turnaround and integration initiatives by JSW.