Abstract

The purpose of this paper is to propose a linear programming model that satisfies hypothetical nutritional requirements that the U.S. Army canine unit might have. The study established specific amounts of protein, carbohydrates, and fat necessary for canines that partake in military activity. It was determined that each daily portion would consist of a base amount of protein, carbohydrates, and fat. However, in order not to compromise the dogs´ health and maintain their peak performance, there had to be a limit set on the daily intakes of macronutrients.  Through linear programming optimization sensitivity and dual analysis, our research highlights the economic and sustainable feasibility of producing a plant-based diet for military dogs without compromising the canine's health or military performance. The scope of this research is purely based on a theoretical proposed diet using public data to provide a methodological approach for balancing nutritional quality while maintaining cost efficiency.