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A composite material includes a composite body having a composite surface, and a reinforcing element extending through the composite body in a first plurality of stitches and a second plurality of stitches. The first plurality of stitches are aligned relative to the composite surface substantially s

A composite material includes a composite body having a composite surface, and a reinforcing element extending through the composite body in a first plurality of stitches and a second plurality of stitches. The first plurality of stitches are aligned relative to the composite surface substantially similarly to each other. The second plurality of stitches are aligned relative to the composite surface substantially dissimilarly to each other.

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1. A method of stitching a composite material including a composite body having a composite surface, said method comprising: coupling a guide to the composite surface to form an augmented surface, wherein the augmented surface includes a guide surface and a portion of the composite surface;extending

1. A method of stitching a composite material including a composite body having a composite surface, said method comprising: coupling a guide to the composite surface to form an augmented surface, wherein the augmented surface includes a guide surface and a portion of the composite surface;extending a reinforcing element through both the guide and the composite body, wherein the reinforcing element is aligned substantially perpendicular to the augmented surface, wherein extending the reinforcing element further comprises ultrasonically oscillating a needle coupled to the reinforcing element to facilitate extending the reinforcing element through at least one of the guide and the composite body; anddecoupling the guide from the composite surface after the reinforcing element is extended through the composite body. 2. The method in accordance with claim 1, wherein coupling the guide further comprises orienting the guide such that the guide surface is generally oblique to the composite surface. 3. The method in accordance with claim 1, wherein extending the reinforcing element further comprises aligning the reinforcing element to be generally oblique to the composite surface. 4. The method in accordance with claim 1, wherein extending the reinforcing element further comprises extending the reinforcing element through the composite body in a plurality of stitches that are aligned relative to the augmented surface substantially similarly to each other. 5. The method in accordance with claim 1, wherein extending the reinforcing element further comprises extending the reinforcing element through the composite body in a first plurality of stitches and a second plurality of stitches, wherein the first plurality of stitches are aligned relative to the composite surface substantially similarly to each other, and the second plurality of stitches are aligned relative to the composite surface substantially dissimilarly to each other. 6. The method in accordance with claim 1 further comprising curing the composite material after the reinforcing element is extended through the composite body. 7. A system comprising: a composite body having a composite surface;a guide coupled to the composite surface to form an augmented surface, wherein the augmented surface includes a guide surface and a portion of the composite surface;a reinforcing element extending through both the guide and the composite body, wherein the reinforcing element is aligned substantially perpendicular to the augmented surface; anda needle coupled to the reinforcing element, wherein the needle oscillates ultrasonically and extends the reinforcing element through at least one of the guide and the composite body, wherein the guide is decoupled from the composite surface after the reinforcing element is extended through the composite body. 8. The system in accordance with claim 7, wherein the guide surface is generally oblique to the composite surface. 9. The system in accordance with claim 7, wherein the reinforcing element is aligned generally oblique to the composite surface. 10. The system in accordance with claim 7, wherein the reinforcing element extends through the composite body in a plurality of stitches that are aligned relative to the augmented surface substantially similarly to each other. 11. The system in accordance with claim 7, wherein the reinforcing element extends through the composite body in a first plurality of stitches and a second plurality of stitches, wherein the first plurality of stitches are aligned relative to the composite surface substantially similarly to each other, and the second plurality of stitches are aligned relative to the composite surface substantially dissimilarly to each other. 12. The system in accordance with claim 11, wherein at least one of the second plurality of stitches is positioned between at least one pair of the first plurality of stitches. 13. The system in accordance with claim 7, wherein the composite body comprises an epoxy resin.