Without a conscious effort to achieve optimum resource allocation, there is a real danger that educational resources may be wasted. This document uses input-output analysis to develop a model for rational decision-making in secondary education. (LLR)

Presented is a budgetary decision model developed to aid the executive officers in arriving at tentative decisions on enrollment, tuition rates, increased compensation, and level of staffing as they affect the total institutional budget. The model utilizes a desk-top programmable calculator (in this case, a Burroughs Model C 3660). The model…

The paper describes a linear programming model which generates explicit quantitative information about (1) the optimal allocation of resources inside the public university (2) the "shadow price" attached to each input used in the academic process; and (3) the optimal mixture of academic outputs produced by the university. (KM)

This paper sets out a model that generates new, relevant information about the relationship among educational output, scale, and perpupil costs. According to the author, this information, if used, would result in more efficient educational spending. Specifically, a long run average cost function is estimated. Minimum perpupil operating costs are…

This report explores some techniques that could assist educational managers in their attempts to arrive at more optimal input and output mixes. Following a review of the literature on input-output analyses in education and a description of the Pennsylvania Educational Quality Assessment Program (the basis of the present study), an empirical…