Abstract: A method for evaluating a product development process comprises defining one or more specifications associated with a product development process, wherein the product development process includes a plurality of subtasks. One or more assessment benchmarks for determining the status of each subtask are formulated and development evaluation forms associated with each subtask are generated. The development evaluation forms include an interactive interface that provides the assessment benchmarks to a product development team member associated with a respective subtask. Responses associated with the development evaluation forms are automatically detected and a status of the development process is updated based on the detected responses.

Abstract: A return to dig system for a work machine having at least one implement is actuated by a hydraulic cylinder using a switch, such as with a push button, to control a valve and solenoid to move the implement from a remote position to a preselected position, usually the starting position. The preselected position is determined by a sensor and a detectable element, such as a magnet. The location of the detectable element may be adjusted to provide a plurality of preselected positions. When the detectable element is sensed, the solenoid is repositioned to stop movement of the implement. The push button is located on a device that controls the movement of the implement and various other functions of the work machine. The actuation of the return to dig system by the push button does not affect any other unrelated function of the work machine controlled by the device.