We simulate tooling and forming processes so manufacturing stays on schedule and avoids delivery delays.

We evaluate forging processes — including die design and material flow — to support manufacturing quality and part performance before production begins.

Fatigue analysis confirms that parts will meet performance specs and hold up after extended use in the field.

We identify potential buckling failures before parts are fabricated, avoiding costly — and embarrassing — failures once they're in the field.

Ground-up model development through complete tear-down, scanning, and testing using the building-block approach. Useful for reverse engineering legacy or existing systems, benchmarking performance, optimizing designs, and characterizing scenarios of interest.

We design advanced composite structures for heavy trucks, aircraft seats, and blast/ballistic protection using forged composite, S2 and E-glass, and carbon prepreg — fabricated through vacuum infusion and compression methods.