1. A method of optimizing speed and predicted power consumption of a design for an integrated circuit, the design for an integrated circuit comprising at least one path further comprising at least one gate, the method comprising the steps of: creating a machine representation of a parent state representing at least some devices of the integrated circuit design, where for each device in a path of the integrated circuit the parent state further comprises device size information; creating a population of individual states from at least one parent state; scoring individual states of the population for timing and power dissipation to create a score for each individual state; determining survivor individual states of the population based upon their scores; iterating the steps of creating a population, scoring individual states, and selecting survivor individual states, where the survivor individual states of each iteration become parent states of the next iteration; determining, for at least one device of at least one survivor state, slopes of speed and power consumption as affected by device size; adjusting device sizes of at least one survivor state according to the determined slopes; and selecting a best individual survivor state as an optimized state and updating the integrated circuit netlist therefrom;