Biomedical Engineer; first worked as a researcher at SIRRIS (Technology Institute) for five years: Additive Manufacturing (3D Printing). R&D projects for biomedical and aerospace applications. Optimized metal alloys and polymers, deployed ISO13485 standard for 4 different technologies (ceramics, polymers and metals).
Listed as an expert reviewer for the European Commission in the field of Advanced Manuafcturing.
2014: CTO and co-founder at Xilloc,sector of 3D printed patient-specific implants. Led the €10 million investment to expand a new business unit with industrial activities (aerospace, automotive, petrochemical, prototyping).
2017: Freelance consultant: VC; E.C.; SME's Startups
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additive manufacturingrapid prototypingmedicalfree form fabricationfabrication additivessurgical innovationstissue engineeringinnovationhydroxyapatitetcphaplayer by layer manufacturingoptoformmedical devicesimplantsmedical implantstricalcium phosphatebone substitutesorgan printing bioprinting 3dprinting 3d printing
Biomedical Engineer; first worked as a researcher at SIRRIS (Technology Institute) for five years: Additive Manufacturing (3D Printing). R&D projects for biomedical and aerospace applications. Optimized metal alloys and polymers, deployed ISO13485 standard for 4 different technologies (ceramics, polymers and metals).
Listed as an expert reviewer for the European Commission in the field of Advanced Manuafcturing.
2014: CTO and co-founder at Xilloc,sector of 3D printed patient-specific implants. Led the €10 million investment to expand a new business unit with industrial activities (aerospace, automotive, petrochemical, prototyping).
2017: Freelance consultant: VC; E.C.; SME's Startups
Tags
additive manufacturingrapid prototypingmedicalfree form fabricationfabrication additivessurgical innovationstissue engineeringinnovationhydroxyapatitetcphaplayer by layer manufacturingoptoformmedical devicesimplantsmedical implantstricalcium phosphatebone substitutesorgan printing bioprinting 3dprinting 3d printing
