Abstract: A scientific complexity quantification system calculates a specific percent complexity index rating for each manufactured product that can be graphed and compared to other products and that is based on mathematical quantifications of each product's key attributes. The complexity index takes into consideration differences in design and manufacturing complexity, financial considerations, product solution complexity and customer experience. The attribute scoring of individual products are then sorted into potential sourcing categories, such as “outsource,” “in house fulfillment,” or “further evaluation needed.

Abstract: A method for managing a complex project is provided. A plurality of phases is established for the complex project, wherein each phase of the plurality of phases has a definite duration and wherein each phase of the plurality of phases has distinct goals. The complex project is divided into a plurality of sub-projects, wherein the plurality of sub-projects is manageable by a central core team and wherein each sub-project is the responsibility of at least one team. The designation of which team is responsible for the sub-project is dependent upon the particular phase in which the sub-project is being performed.

Abstract: A scientific complexity quantification system calculates a specific percent complexity index rating for each manufactured product that can be graphed and compared to other products and that is based on mathematical quantifications of each product's key attributes. The complexity index takes into consideration differences in design and manufacturing complexity, financial considerations, product solution complexity and customer experience. The attribute scoring of individual products are then sorted into potential sourcing categories, such as “outsource,” “in house fulfillment,” or “further evaluation needed.

Abstract: A drumming practice set (10) consisting of a combination drumstick practice pad (12) and a pair of practice drumsticks (40). When used together, a percussionist in pursuit of evenness and control, can achieve optimum results in the shortest time. The drumstick pad (12) consists of a lower resilient section (14) that attaches to an upper drumstick striking pad (22) that includes a set of five drumstick striking patterns (28). The practice drumsticks (40) are larger and heavier than conventional drumsticks and include an oversized bead (54). The practice drumsticks (40) feature a set of at least three, spaced, circular finger-placement marks (60) located around the drumstick circumference. When the thumb is placed over the front ring, the drumstick will provide maximum bounce; when placed over the back ring, to change the fulcrum, a maximum power strike is produced. The bead (54) is painted in a contrasting color to the remaining section of the drumstick.