Additive manufacturing is a recent technological advancement that has significantly increased the capacity to design innovative biomedical devices, enabling personalized solution and reliable manufacturing process. We have currently access to a wide range of technologies and materials, allowing for diverse design needs. Numerical simulations can provide insight and information at differnt phases of the entire process chain from the clinical images of a patient to the manufacturing of the final device and its surgical implantation. An efficient end-to-end design process requires simulations of the device and its mechano-biological interaction with the host tissue, manufacturing process simulations, numerical models of the material's mechanical response, and additively manufactured devices. The purpose of this symposium is to gather contributions in many numerical simulation domains pertaining to various facets of such a complex bioengineering context.