Design for Hybrid Manufacturing (DfHM) is the practice of designing parts around the realities of a wire-laser hybrid process—depositing material where it adds value, then machining only what is needed to achieve final geometry, surface finish, and tolerance. It sets up a clear plan for material placement, stock allowance, and finishing sequences, while ensuring there is practical access for tools and inspection. By anticipating these constraints upfront, DfHM reduces late-stage surprises, shortens iteration cycles, and supports changes without forcing a full restart often found with casting, forging, or tooling-based approaches.