Abstract: A system and method of multi-objective visualization utilize a multiple-objective optimizer approach to multi-objective optimization and specifically utilize a method for exploring and visualizing Pareto surfaces for any number of dimensions using an interactive graphical user interface. The general solution is to maintain all natural problem objectives separately and use a special multiple-objective optimizer to solve the problem. In this case there is no single solution point. Rather, the solution is a hyper dimensional surface in an objective space with various surface points representing different tradeoffs between objectives.