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Rockwell Automation's Allen-Bradley division was considering how to deal with the threat posed by national distributors in the maintenance, repair, and overhaul (MRO) business for its industrial automation products. National distributors were consolidating the MRO distribution channel, offering national account customers an integrated multichannel solution for their MRO needs. Allen-Bradley had traditionally served its customers through high-touch, high-value-added local distributors, but this channel was inadequate for the demands of large MRO customers. An effort by Allen-Bradley and other manufacturers to create an industry-wide electronic sourcing consortium called SourceAlliance.com had failed. Now the company had to choose between redesigning its traditional channel by creating a virtual network of local distributors, striking an alliance with a national distributor, or withdrawing from the MRO market. It had to contend with difficult channel conflict issues in choosing a channel strategy.

To analyze the competitive strategy of a company serving the MRO market.

This case involves a real-life Ponzi scheme perpetrated by Sir Allen Stanford, a man who bribed Antiguan regulators and a certified public accountant firm to perpetuate his scam. The case includes the process of making victims whole, which involves a court-initiated clawback process: taking back payouts to investors or charities to redistribute the funds to other fraud victims who did not receive their fair payout. Students apply theory learned in an upper-level fraud or forensic accounting course. Finally, the case addresses the aftermath of a fraud scheme.

Ponzi schemes – one of the most common types of investment fraud – have caused investors to lose billions of dollars. Because of the prevalence of Ponzi schemes and the ramifications to investors, it is important for business students to understand the nature of these schemes and to learn how to recognize them. As future business professionals, students will be charged with recognizing a Ponzi scheme early and uncovering it before investors lose their investments.

This case is designed for upper-level undergraduate students or graduate students taking a fraud or forensic accounting course, which is best introduced after professors cover Ponzi schemes and also these concepts: fraud triangle, fraud diamond and fraud red flags.

Set in September 1992, this exercise provides teams of students the opportunity to negotiate terms of a merger between AT&T and McCaw Cellular. AT&T, one of the largest U.S. corporations, was the dominant competitor in long-distance telephone communications in the United States. McCaw was the largest competitor in the rapidly growing cellular-telephone communications industry. Prior to the negotiations, AT&T had no position in cellular communications. This case and its companion (F-1143) are designed to allow students to be assigned roles to play. The case may pursue some or all of the following teaching objectives: exercising valuation skills, practicing strategic analysis, exercising bargaining skills, and illustrating practical aspects of mergers and acquisitions.

An estimate of the fair rate of return on capital is a critical input into tariff regulation. A too high estimate will lead to high tariffs for consumers; a too low estimate will not provide adequate incentives for investment. The Airport Economic Regulatory Authority of India has issued a consultation paper for finalizing the norms and procedure for estimating the fair rate of return. It now needs to reconcile the differing view and approaches of different stakeholders.

Describes the winning formula at Neiman Marcus that has made it the No. 1 luxury retailer in the United States in terms of sales per square foot and profitability. Highlights Neiman Marcus' efforts to define who its customers are and are not and to achieve superior focus on its customers by aligning location, price, service, and merchandise to fulfill these customers' every need. Describes ways in which Neiman Marcus prevents typical silo behavior between merchandising and selling and how it ensures that the right merchandise gets to the right customer, despite the challenge of doing this in 36 micromarkets.

To show how a company integrates two strong high-performance functions—merchandising and sales—to get the right merchandise to each customer in more than 30 diverse selling locations while consistently providing exceptional customer service.

International Business, Ethics, International Legal Issues/Law, Environmental Management.

Upper-level undergraduates and graduate students. The case is appropriate for courses in International Law, Ethics, International Business and Strategy.

This case is inspired by current ethical, legal, social and environmental issues that have plagued the multinational mining industry in frontier markets. The case focuses on a multitude of legal, ethical and strategic issues involving the multinational mining industry. This case describes a hypothetical assignment facing an operations manager at the fictional Minera, Inc. The assignment revolves around several dilemmas a manager must confront as he attempts to secure valuable mining licenses from the Mongolian Government while simultaneously attempting to harmonize seemingly detrimental operating practices with the organizations' stated beliefs. The case provides detailed background information on the social, economic and political climate in Mongolia, as well as the applicable laws, ethical frameworks and competitive market considerations facing multinational mining organizations.

This case will help students understand the complexity of international business in frontier markets; identify key international legal issues such as the foreign corrupt practices act; and recognize ethical issues and formulate economically, strategically, ethically and legally sound courses of action in complex environments.

Teaching notes are available for educators only. Please contact your library to gain login details or email support@emeraldinsight.com to request teaching notes.

In a typical strategy course, growth strategies like mergers and acquisitions (corporate strategy) are introduced in the second half of the course. To analyze the case, students will use strategies such as Porter’s five forces and resource-based view and will discuss why firms pursue mergers as a growth strategy, along with sources of synergies and risks in mergers. Finance theory used includes analyzing a given discounted cash flow analysis and perform a comparable multiples analysis to find the value of a merger target.

The industry and financial information in the case comes from publicly available sources, including company 10K reports, business press reports and publicly available industry reports. The information about Lockheed Martin’s strategy comes from interviews with Peter Clyne, former vice president for Lockheed Martin’s IS&GS division. He then held the same position for Leidos Holding Corp., after the IS&GS division was divested and incorporated into Leidos.

This case is an interdisciplinary case containing aspects of strategy and finance. Lockheed Martin made a strategic move in 2016, to divest its Information Systems & Global Strategies Division (IS&GS), which engaged in government consulting, primarily in the defense and aerospace industries. Lockheed wanted to reassess its decision to divest consulting, given the high growth rates expected in this business, particularly in cybersecurity consulting. On the other hand, if Lockheed decided to maintain its hardware focus, it wanted to expand its offerings. In addition to a strategy analysis, two possible target firms can be analyzed: Fortinet and Maxar.

This case raises a broad set of issues related to the evaluation of M&A transactions across two different industries and corporate strategy, as it relates to strategic fit of the potential targets and LM’s current capabilities. It is appropriate for the core course in strategy at the MBA or senior undergraduate level. It can also be assigned to specialized courses in Mergers and Acquisitions. It is not appropriate for a lower level strategy or finance course, as it requires students to have prior knowledge of basic finance valuation techniques.

The case examines the liquidity issues that J. C. Penney (JCP) experienced in 2012 and 2013 following a decline in sales and profits over several years. Despite once being a highly profitable and growing company, the increasing pressures of competition led to changes in strategy and in management that were insufficient to return the company to the consistent financial results it had previously enjoyed. While sales and profits waned, the cash balance also suffered, and Wall Street analysts began expressing liquidity concerns as the company wrestled with having enough cash on hand to cover daily operating needs.

Students are asked to calculate a time series of quarterly liquidity and leverage ratios to illustrate the declining financial condition of the company. They are further challenged to weigh the benefits and drawbacks of raising equity versus debt as a solution for the company's lack of liquidity. To assess the amount of external capital required, students are asked to use a sources and uses analysis that provides intuition for the cash flow challenges facing the company. Set against the background of an iconic retailer, the case provides an engaging context in which to discuss the need for a major capital structure decision due to operational challenges.

Resource-based view (RBV) theory (Barney, 1991; Barney and Mackey, 2016; Nagano, 2020) states that a firm’s tangible and intangible resources can represent a sustainable competitive advantage (SCA), a long-term competitive advantage that is extremely difficult to duplicate by another firm, when it meets four criteria (i.e. not imitable, are rare, valuable and not substitutable). In the context of this case, we believe there are three sources of SCA to be discussed using RBV – the major league soccer (MLS) team player roster, the use of artificial intelligence (AI) technologies to exploit this roster and the league’s single-entity structure: • MLS players: it has been widely acknowledged that a firm’s human resource talent, which includes professional soccer players (Omondi-Ochieng, 2019), can be a source of SCA. For example, from an RBV perspective, a player on the Los Angeles Galaxy roster: > cannot play for any other team in any other league at the same time (not imitable and are rare), > would already be a competitive player, as he is acquired to play in the highest professional league in the country (valuable) and > it would be almost impossible to find a clone player matching his exact talent characteristic (not substitutable) anywhere else. Of course, the roster mix of players must be managed by a capable coach who is able to exploit these resources and win championships (Szymanski et al., 2019). Therefore, it is the strategic human resource or talent management strategies of the professional soccer team roster that will enable a team to have the potential for an SCA (Maqueira et al., 2019). • Technology: technology can also be considered a source of SCA. However, this has been a source of contention. The argument is that technology is accessible to any firm that can afford to purchase it. Logically, any MLS team (or for that matter any professional soccer team) can acquire or build an AI system. For many observers, the only obvious constraint is financial resources. As we discuss in other parts of the case study, there is a fan-based assumption that what transpired in major league baseball (MLB) may repeat in the MLS. The movie Moneyball promoted the use of sabermetrics in baseball when making talent selection (as opposed to relying exclusively on scouts), which has now evolved into the norm of using technology-centered sports analytics across all MLB teams. In short, where is the advantage when every team uses technology for talent management? However, if that is the case, why are the MLB teams continuing to use AI and now the National Basketball Association (NBA), National Football League (NFL) and National Hockey League are following suit? We believe RBV theorists have already provided early insights: > “the exploitation of physical technology in a firm often involves the use of socially complex firm resources. Several firms may all possess the same physical technology, but only one of these firms may possess the social relations, cultural traditions, etc., to fully exploit this technology to implementing strategies…. and obtain a sustained competitive advantage from exploiting their physical technology more completely than other firms” (Barney, 1991, p. 110). • MLS League Single-Entity Structure: In contrast to other professional soccer leagues, the MLS has one distinct in-built edge – its ownership structure as a single entity, that is as one legal organization. All of the MLS teams are owned by the MLS, but with franchise operators. The centralization of operations provides the MLS with formidable economies of scale such as when investing in AI technologies for teams. Additionally, this ownership structure accords it leverage in negotiations for its inputs such as for player contracts. The MLS is the single employer of all its players, fully paying all salaries except those of the three marquees “designated players.” Collectively, this edge offers the MLS unparalleled fluidity and speed as a league when implementing changes, securing stakeholder buy-ins and adjusting for tailwinds. The “socially complex firm resources” is the unique talent composition of the professional soccer team and most critically its single entity structure. While every team can theoretically purchase an AI technology talent management system, its application entails use across 30 teams with a very different, complex and unique set of player talents. The MLS single-entity structure though is the resource that supplies the stability required for this human-machine (technology) symbioses to be fully accepted by stakeholders such as players and implemented with precision and speed across the entire league. So, there exists the potential for each MLS team (and the MLS as a league) to acquire SCA even when using “generic” AI technology, as long as other complex firm factors come into play.

This case relied on information that was widely reported within media, press interviews by MLS officials, announcements by various organizations, journal articles and publicly available information on MLS. All of the names and positions, in this case, are actual persons.

MLS started as a story of dreaming large and of quixotic adventure. Back in 1990, the founders of the MLS “sold” the league in exchange for the biggest prize in world soccer – the rights to host the 1994 Fédération Internationale de Football Association World Cup before they even wrote up the business plan. Today, the MLS is the highest-level professional men’s soccer league competition in the USA. That is a major achievement in just over 25-years, as the US hosts a large professional sports market. However, MLS has been unable to attract higher broadcasting value for its matches and break into the highest tier of international professional soccer. The key reason is that MLS matches are not deemed high quality content by broadcasters. To achieve higher quality matches requires many inputs such as soccer specific stadiums, growing the fan base, attracting key investors, league integrity and strong governance, all of which MLS has successfully achieved since its inception. However, attracting high quality playing talent is a critical input the MLS does not have because the league has repeatedly cautioned that it cannot afford them yet to ensure long-term financial sustainability. In fact, to guarantee this trade-off, the MLS is one of the only professional soccer leagues with an annual salary cap. So, the question is: how does MLS increase the quality of its matches (content) using relatively low cost (low quality) talent and still be able to demand higher broadcast revenues? One strategy is for the MLS to use AI playing technology to extract higher quality playing performance from its existing talent like other sports leagues have demonstrated, such as the NFL and NBA. To implement such a radical technology-centric strategy with its players requires the MLS to navigate associated issues such as human-machine symbioses, risking fan acceptance and even altering brand valuation.

The case is written and designed for a graduate-level (MBA) class or an upper-level undergraduate class in areas such as contemporary issues in management, human resource management, talent management, strategic management, sports management and sports marketing. The case is suitable for courses that discuss strategy, talent management, human resource management and brand strategy.

Entrepreneurship.

The portable solar cooker case is appropriate for upper division undergraduate and graduate students in entrepreneurship, international, strategy or sustainability courses.

xCRUZA, a small industrial design studio in Buenos Aires, Argentina, has experienced limited success and expansion since the company was founded in 2005. Focusing on eco design principles, xCRUZA has maintained an eclectic design mix pertaining to product development in children's toys, medicine, and cleaning products. Challenged by a struggling Argentine economy, a population not focused on environmental concerns, and a general lack of capital availability, the founders of xCRUZA chose to design, develop, market and sell a portable solar cooker. The cooker was originally designed by two of the founders while studying engineering at university. While innovative and award winning in design, xCRUZA's solar cooker has proven to be a challenge to the founders' success both in getting their product to market and fulfilling the mission of the studio.

The learning objectives for the case include: to explore the challenges of an entrepreneurial start-up dedicated to eco design and sustainability principles, to examine market opportunities and consider approaches to selling in dissimilar markets, generate a discussion on strategies that xCRUZA has and can employ, to analyze the mission and direction of xCRUZA. Are they on the right track?

Teaching notes are available for educators only. Please contact your library to gain login details or email support@emeraldinsight.com to request teaching notes.