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The purpose of this paper is to outline the problems encountered by a student-managed investment program (SMIP) when the pool of qualified finance majors is limited in number. Restructuring the program to a single-semester course and opening the class to motivated/intelligent non-finance majors increased the number of applicants, but resulted in alternative difficulties, particularly time constraints and inadequate student preparedness. A prerequisite exam and regimented classroom structure were the solutions.

The paper discusses the problems encountered and solutions devised to address the early year difficulties experienced by a newly developed SMIP at a relatively small university. The core of the paper chronicles the classroom approach to solving the main problem of a single-semester portfolio management course, the handling of an investment learning curve in a short period of time.

Though empirically limited due to the program’s infancy, portfolio performance has been encouraging and student feedback exceptional. Regarding the former, stocks purchased by the fund have created greater wealth in total than that of equal dollar investments in an S&P500 index fund.

Universities interested in running a student-managed fund should feel secure in a one-semester approach, regardless of talent pool size, as measured by the number of motivated, intelligent finance majors.

Aside from the uniqueness of requiring a mastery of entrance exam investing materials prior to the first class, this paper’s outline of core portfolio management activities includes several strategies and methods meant to streamline the process within a groupthink design.

The purpose of this paper is to contribute to financial managers’ capital budgeting decision-making processes by proposing a new paradigm of capital investment appraisal. The expected return, required return structure of the proposed purchasing power return (PPR) methodology eliminates the many flaws associated with the competing internal rate of return (IRR) and modified IRR (MIRR) techniques.

The authors provide a new framework for examining long-term investment projects through a percentage return prism. Unlike that of IRR and MIRR, mathematical consistency with net present value (NPV) is a design requirement.

PPR eliminates the many flaws found in the IRR and MIRR methodologies, is mathematically consistent with NPV, and identifies positive-NPV investments forecasted to reduce the company’s purchasing power. These projects are acceptable under NPV, but flagged for additional review and potential rejection. Created to examine projects on a percentage return basis, PPR employs market-based inflation rates to convert all cash flows into constant purchasing power units of measure. From these units, an expected real return is estimated and compared to the project’s inflation-adjusted required return, resulting in an accept/reject decision consistent with that of NPV.

The proposed PPR is a new paradigm of capital investment appraisal that eliminates the many problems found in the IRR and MIRR techniques, is mathematically consistent with the NPV method, and helps financial decision makers examine investment projects on an expected percentage return basis. PPR also flags for further review projects expected to actually reduce the company’s purchasing power.