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1 – 10 of 24Susan White and Protiti Dastidar
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…
Abstract
Theoretical Basis
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.
Research Methodology
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.
Case overview/synopsis
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.
Complexity Academic Level
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.
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Daniel Diermeier and Shail Thaker
Describes the history of the tobacco industry and its emergence as an extremely effective marketer and non-market strategist. After years of success, both publicly and…
Abstract
Describes the history of the tobacco industry and its emergence as an extremely effective marketer and non-market strategist. After years of success, both publicly and politically, the leaders of the tobacco industry are faced with mounting political pressure and the financial threat of litigation from class-action lawsuits. The leaders face an industry-wide strategic decision of whether to acquiesce to government demands in exchange for immunity, focus on judicial success, or develop a new course of action.
To evaluate the formulation and implementation of non-market strategies in the context of regulatory, legislative, and legal institutions. To understand how various aspects of the non-market environment interact and how these environments not only change over time, but change market competition within an industry. Further, to formulate and decide between firm-specific and industry-wide strategies. Finally, to appreciate and reflect upon the potential conflict between non-market strategies and ethical concerns.
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Joe Anderson, James I. Hilliard, Josh Williams and Susan K. Williams
Josh Williams is a Student at the NAU who has driven buses on campus and wants to improve the transportation on campus. He is convinced that purchasing a new type of bus that is…
Abstract
Synopsis
Josh Williams is a Student at the NAU who has driven buses on campus and wants to improve the transportation on campus. He is convinced that purchasing a new type of bus that is more fuel efficient, has larger capacity, better designed for boarding, and has a longer life is worth the higher purchase cost. He sets out to prove it by creating a discounted cash flow (DCF) analysis. Since many of the estimates for the DCF analysis are uncertain, he decides to perform a Monte Carlo simulation (MCS) analysis. Students are asked to step into Josh’s role and perform the analysis.
Research methodology
Josh Williams was a Student in the authors’ MBA program. Both authors teach in this program and one author was the Advisor for Net Impact and worked with Josh to present his idea to the university administration. The authors have changed a name or two but otherwise, the case describes a real situation in a real organization without disguise.
Relevant courses and levels
The authors have used this case in a first semester MBA-Applied Management course, Decision Modeling and Simulation. Students already have experience with DCF analysis and have been introduced to MCS. With this case, students apply MCS at the conclusion of a three-week module on predictive analytics. Students have run at least two MCS models and have become comfortable with the software. The case would also be appropriate for a senior-level undergraduate course such as business analytics or management science. It might also be useful for other courses that include the MCS modeling technique learning objectives such as project management.
Theoretical bases
This case provides an opportunity for students to perform an MCS analysis. MCS is useful when many of the inputs to a DCF analysis (or any model) have been estimated and the modeler is concerned that the estimates are uncertain and could perhaps be a range of values. MCS can be used to understand the effect of this uncertainty on NPV which in turn may affect the decision. The case could also be used without MCS focusing just on the DCF analysis with deterministic sensitivity analysis.
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