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It was early 2015 and executives in iShares' Factor Strategies Group were considering the launch of a new class of exchange-traded funds (ETFs) called smart beta funds. Specifically, the group was considering smart beta multifactor ETFs that would provide investors with simultaneous exposure to four fundamental factors that had shown themselves historically to be significant in driving stock returns: the stock market value of a firm, the relative value of a firm's financial position, the quality of a firm's financial position, and the momentum of a firm's stock price. The executives at iShares were unsure whether there would be demand in the marketplace for such multifactor ETFs, since their value added from an investor's portfolio perspective was unknown. Students will act as researchers for iShares' Factor Strategies Group and conduct detailed analysis of Fama and French's five-factor model and the momentum effect, smart beta ETFs including multifactor ETFs, and factor investing with smart beta ETFs to help iShares make its decision.

In January 1996, an investment manager of a hedge fund is considering purchasing an equity interest in a start-up biotechnology firm, Rocky Mountain Advanced Genome (RMAG). The asking price is $46 million for a 90% equity interest. Although managers of the firm are optimistic about its future performance, the investment manager is more conservative in her expectations. She asks an analyst to fashion a counterproposal for RMAG's management. The tasks for the student are to apply the concept of terminal value, interpret completed analyses and data, and derive implications of different terminal value assumptions in an effort to recommend a counterproposal. Little computation is required of the student. The main objective of the case is to survey many conceptual and practical challenges associated with estimating a firm's terminal value. Issues addressed include the concept of terminal value; the materiality of the terminal-value assumption; the varieties of terminal-value estimators and their strengths and weaknesses; taxation of terminal values; when to assume liquidation versus going-concern terminal values; choosing a forecast horizon at which to estimate a terminal value; the constant growth valuation model, its derivation, limiting assumptions of constant growth to infinity, and WACC > g; use of the Fisher Formula as a foundation for estimating growth rate to infinity; and using a variety of estimates to “triangulate” in on a terminal value.

The Tata owned Coastal Gujarat Power Limited is seeking to reopen Power Purchase Agreements (PPAs) with state owned distribution utilities because of increase in imported coal prices resulting from a change in Indonesian laws. The Central Electricity Regulatory Commission (CERC) has decided to provide relief through a “compensatory tariff”. This is opposed by the power purchasers. Simultaneously, another Reliance Energy owned power project is seeking relief from unprecedented change in exchange rates using the CGPL decision as a precedent. The CERC and the power purchasers have to decide what to do next.

In August 2005, an investment manager of a hedge fund is considering purchasing an equity interest in a start-up biotechnology firm, Arcadian Microarray Technologies, Inc. The asking price is $40 million for a 60 percent equity interest. Managers of the firm are optimistic about the firm's future performance; the investment manager is more conservative in his expectations. He calls on the help of an analyst with her firm to fashion a counterproposal to Arcadian's management. The tasks for the student are to apply the concept of terminal value, interpret completed analyses and data, and derive implications of different terminal-value assumptions in an effort to recommend a counterproposal. Very little numerical figure-work is required of the student.

This case serves as a foundation for student discussion of the estimation of required rates of return (ROR) on investments in emerging markets. An associate in J.P. Morgan's Latin America M&A department (mergers and acquisitions) is assigned the task of valuing the telephone directory operations (“paginas amarelas” means “yellow pages”) of a large Brazilian conglomerate. All cash flows have been converted to U.S. dollars, and present values computed for various discount rates. The remaining step is to determine the appropriate target rate of returns for dollar flows originating in Argentina, Brazil, and Chile. The capital asset pricing model (CAPM) is used along with a political risk premium and country beta. The necessary figure work is comparatively light, leaving the student time to reflect on the need for various adjustments in estimating crossborder rates of return.

Nina, a 30-year old Asian Indian female, joined Morris University in the fall 2006 semester after completing her doctorate. She was an instructor and course designer at this historical black institution in a rural town in the southern part of the US. Ninety percent of the students and staff of Morris University (MU) were African-American. MU was committed to the objective of educating African-American youth and the concept of “students first” was one of its core institutional values. Nina's experience teaching an organizational learning course was very unpleasant. Her student evaluations were poor with harsh comments about her and the course. Nina was asked by the department head to prepare a teaching improvement plan for herself.

This case is an abridged version of UVA-F-1115. This version is intended for use with audiences requiring less source documentation than is available in the unabridged version. The teaching note, however, contains all the source documentation in an appendix.

The essence of discounted cash flow valuation is simple; the asset is worth the expected cash flows it will generate, discounted to the reference date for the valuation exercise (normally, the day of the calculation). A survey article was written in Parker (1968), where it was stated that the earliest interest rate tables (use to discount value to the present) dated back to 1340. Works from Boulding (1935) and Keynes (1936) derived the IRR (Internal Rate of Return) for an investment. Samuelson (1937) compared the IRR and NPV (Net Present Value) approaches, arguing that rational investors should maximize NPV and not IRR. The previously mentioned works and the publication of Joel Dean’s reference book (Dean, 1951) on capital budgeting set the basis for the widespread use of the discounted cash flow approach into all business areas, aided by developments in portfolio theory. Nowadays, probably the model with more widespread use is the FCFE/FCFF (Free Cash Flow to Equity and Free Cash Flow to Firm) model. For simplification purposes, we will focus on the FCFE model, which basically is the FCF model’s version for the potential dividends. The focus is to value the business based on its dividends (potential or real), and thus care must be taken in order not to double count cash flows (this matter was treated in this case) and to assess what use is given to that excess cash flow – if it is invested wisely, what returns will come of them, how it is accounted for, etc. (Damodaran, 2006). The bridge to the FCFF model is straightforward; the FCFF includes FCFE and added cash that is owed to debtholders. References: Parker, R.H. (1968). “Discounted Cash Flow in Historical Perspective”, Journal of Accounting Research, v6, pp58-71. Boulding, K.E. (1935). “The Theory of a Single Investment”, Quarterly Journal of Economics, v49, pp479-494. Keynes, J. M. (1936). “The General Theory of Employment”, Macmillan, London. Samuelson, P. (1937). “Some Aspects of the Pure Theory of Capital”, Quarterly Journal of Economics, v51, pp. 469–496. Dean, Joel. (1951). “Capital Budgeting”, Columbia University Press, New York. Damodaran, A. (2006). “Damodaran on Valuation”, Second Edition, John Wiley and Sons, New York.

All information is taken from public sources and with consented company interviews.

Opportunities for value creation may be found in awkward and difficult circumstances. Good strategic thinking and ability to act swiftly are usually crucial to be able to take advantage of such tough environments. Amidst a country-wide economic crisis and general disbelief, José de Mello Group (JMG) saw one of its main assets’ (Brisa Highways) market value tumble down to unforeseen figures and was forced to act on it. Brisa’s main partners were eager in overpowering JMG’s control of the company, and outside pressure from Deutsche Bank was rising, due to the use of Brisa’s shares as collateral. JMG would have to revise its strategy and see if Brisa was worth fighting for; the market implicit assessment about the company’s prospects was very penalizing, but JMG’s predictions on Brisa’s future performance indicated that this could be an investment opportunity. Would it be wise to bet against the market?

This study is excellent for finance and strategy courses, at both undergraduate and graduate levels. Company valuation and corporate strategy are required.

The case illustrates an entrepreneurial voyage and venture creation and through it helps in identifying the reasons and causes for that venture's failure. It also enables discussion on the importance of planning a venture, more importantly; financing, managing, growing, and ending a venture and on how to avoid the pitfalls that befall such enterprises. This case can be used in Entrepreneurship courses as well as MBA, PGP and Executive Education programmes on Entrepreneurship.

A Wall Street Journal article states, “At PepsiCo, Inc., cola was king, but it is quietly being dethroned.” PepsiCo is composed of three lines of business: soft drinks, restaurants, and snack foods. Using data from comparable pure-play companies, the student is asked to compute divisional costs of capital and see if they can be reconciled with the company's reported cost of capital, 11%.