Case studies

This case present the dilemma of an employee who, having been terminated in a manner he deems is unfair, has to decide whether to cash or return a $2,500 check wrongfully sent him by his former employer.

ESPE, the market leader, is a medium-sized German manufacturer of precision dental impression materials competing in a shrinking market. To grow the business, ESPE invests substantial resources in innovative impression materials and associated distribution mechanisms. Squeezed by the shrinking market, the competition is increasingly using the proprietary channels (dispensing mechanisms) and brand equity (trademark) of ESPE to maintain their market share. There is a potential infringement. Explores how ESPE is organized to execute on the options imbedded in its IP rights.

To provide students with an understanding of how to use brands and trademarks in conjunction with trade secrets, patents, and other forms of IP in mature markets to build and maintain innovation-based competitive advantage.

This case describes the creation and performance of the America's Cup team and the leadership of Dennis Conner.

Chuck Smith, senior brand manager of A.1. Steak Sauce, learns that Lawry's will soon be launching a steak sauce product. He has to determine whether A.1. should defend its business and, if so, what A.1. should do. In formulating the recommendation, he has to consider competitive dynamics and work through the financial implications.

The case is based on a real $25 million project at a major U.S.-based computer manufacturer. For confidentiality reasons the company has been disguised as A&D High Tech. The Web-based online ordering system project is required by sales and marketing for the fall holiday season. If the project misses this window, the firm will lose substantial market share to competitors. The A&D High Tech case examines how to create and analyze a project plan in Microsoft Project. Specifically, data is given to build the project plan step-by-step and then analyze the plan using the Microsoft project management tool. In order to make the case manageable for students we reduced the size of the project, and corresponding number of resources, to approximately $1 million, but retained all of the features of the original project. The project plan that students construct from the data given in the case is fraught with risks, and students must apply risk management techniques to diagnose the plan. Ultimately, students must answer the management question: Will the project be completed for the holiday shopping season? This case is the first in a series; the second is the case entitled “A&D High Tech (B): Managing Scope Change.” The case can also be taught using other project management software tools, such as Primavera.

The case teaches students how to build a project plan in Microsoft Project (or other project management software tools). More important, the case teaches prospective executives how to analyze a project plan and identify risks of the plan, and define strategies to mitigate these risks. Students learn that in the planning stage of any project the risks are highest, but this is the best opportunity for proactive management intervention.

The case is based on a real $25 million project at a major U.S.-based computer manufacturer. For confidentiality reasons the company has been disguised as A&D High Tech. The Web-based online ordering system project is required by sales and marketing for the fall holiday season. If the project misses this window, the firm will lose substantial market share to competitors. Part (B) takes place three months into the original project plan. The project manager has just been fired and the management challenge is to find out what is wrong with the project and recommend fixes. In addition, the scope of the project has changed: the VP of marketing has an additional promotional bundle requirement. A&D High Tech (A) examines how to create and analyze a project plan in Microsoft Project. In order to make the case manageable for students we reduced the size of the project, and corresponding number of resources, to approximately $1 million, but retained all of the features of the original project. Part (B) gives actual work done on each task three months into the project. Students must answer the management questions: Can the project be fixed and completed in time for the holiday season? Can the additional requirements be incorporated, and if so, what is the best approach? In order to answer these questions, earned value data can be extracted from Microsoft Project and analyzed. These data provide important insights into the root cause of problems with the project. The next step is to reduce the scope of the project and reassign resources. However, one must be aware that indiscriminately adding people can slow a project down, not speed it up. Finally, the additional promotional bundle requirement from the VP of marketing provides an important outsourcing management discussion. The case can also be taught using other project management software tools, such as Primavera.

The case teaches students how to analyze a project in trouble using Microsoft Project (or other project management software tool). More important, the case teaches prospective executives how to manage a project in trouble by first accurately diagnosing the problems, then reducing scope where necessary, and finally replanning the project with reallocated resources. In addition, students will learn the tradeoffs of outsourcing to highly specialized professionals vs. average contractors.

Set in 1999, this case allows students to put themselves in the positions of both Airbus and Boeing as Boeing considered how to respond to Airbus's decision to announce its plans to proceed or not with the $10 billion development of the world's first commercial superjumbo jet, the Airbus A3XX. Boeing was considering a development effort to “stretch” its 747 jumbo jet into a larger superjumbo version, the 747-X. At the time, the two companies’ widely available 20-year forecasts for jumbo- and superjumbo-jet demand were particularly divergent. In light of this very public “agreement to disagree,” Boeing could pursue several alternatives, all of which were related to Airbus's decision about whether or not to develop the A3XX. This case presents an opportunity for students to make a real downstream decision. It was prepared as a final exam for an introductory decision analysis course involving subjective probability assessment, decision tree modeling, simulation, real options, and game theory. In the analysis of this case, a student is expected to utilize ideas from all five of these areas.

Madison Kryswada, director of alumni relationships at State University, assembled a 123-school data set to explore, in her words, “the drivers of alumni giving rate. ” The alumni giving rate contributed 5% to the increasingly important U.S. News & World Report rankings of U.S. colleges and universities. Wanting to understand the relationship between this variable and school characteristics, Kryswada gave her assistant a list of four well-formed questions to answer.

The business-travel department of American Express is facing rapid growth in demand but is plagued with overstaffing in some offices because of the broad distribution of client demand. Management's challenge is to reduce costs in local offices while maintaining a high level of service. One alternative under consideration is a centralized regional business-travel center to handle reservation functions for up to 20 other Amexco offices. This case gives students the opportunity to apply queuing theory to a practical situation. Normally, in order to facilitate the numerous calculations required, it is used with the UVA “QUEUE” program.

In late 2012 Adeline Herzog Memorial Hospital in Castle Rock, Colorado, was facing a problem with patient satisfaction. The Press-Ganey scores for the third-floor nursing unit–the primary destination (70 percent) for patients admitted through the emergency department–were at the 15th percentile, and the key HCAHPS score for inpatients was well below the Colorado average. Over the past six months Jeri Tinsley, director of medical, surgical, and intensive care services, had made various changes to try to improve the patient satisfaction scores for her 32-bed unit, but the scores seemed stuck at an unacceptably low level.

Tinsley worried that if improvements were not made soon, patients would start “voting with their feet” and take their business to competing hospitals. As a registered nurse, Tinsley's expertise was helping people heal; it was not analyzing data. In particular, she was overwhelmed by the patient comments included in the surveys; she had no idea how to analyze them and could not decide which issues to address first.

After analyzing the case, students should be able to:

• Organize and analyze qualitative data using affinity diagrams

• Identify priorities using Pareto diagrams

• Identify which aspects of a problem are (1) within their control to solve, (2) within their influence to solve, or (3) outside their control to solve

Organize and analyze qualitative data using affinity diagrams

Identify priorities using Pareto diagrams

Identify which aspects of a problem are (1) within their control to solve, (2) within their influence to solve, or (3) outside their control to solve