Successful tooling projects are rarely defined by CAD geometry alone. They depend on understanding material behavior, forming sequence, springback, tooling durability, and production repeatability. This project involved the complete development of a cam-driven ring forming die, from product definition and forming strategy through tooling design, manufacturing, tryout, and production launch. As project lead, I coordinated product engineering, forming development, tooling design, and manufacturing execution to ensure the process could run reliably in production rather than simply function in simulation. The result was a production-ready forming system capable of generating consistent parts through a single-cycle forming process. Projects like this are where product development, tooling engineering, and manufacturing reality intersect.