Led CAD design for critical implantable medical device components, ensuring seamlesstransition from prototype to production-ready tooling.Created and maintained Process Failure Mode and Effects Analysis (PFMEA) documents toidentify and mitigate risks in design and manufacturing.Supervised manufacturing operations, implementing QMS-driven strategies to meet regulatorystandards and increase production capacity.Contributed to the development of Instructions for Use (IFUs) and other technicaldocumentation, ensuring clarity and compliance.Coordinated with consultants and cross-functional teams to evaluate device performance andsafety, implementing design changes to resolve issues.Developed supply chain strategies and managed bills of materials (BOMs) to scale productionfor international markets.Trained and mentored new team members, ensuring consistent adherence to quality andmanufacturing protocols.

Part of the product development team performing standard CAD design and developmentwork requiring application of standard engineering techniques, procedures and criteria todeliver functional devicesDocument design and development work including CAD designs, design specifications, designverification, and validation protocolsIdentify problems and provide user feedback for future product direction, improvement andenhancementQuality management and regulatory compliance assistanceIn charge of device kit production through 3D printing (Digital Light Processing)

Design and production of personalized prosthesis designs that can enhance Ayudame3D's patients scope.

Volunteer in Ayúdame3D- non-profit organization dedicated to the development and manufacturing of 3D printed hand and arm prostheses for low-income people around the world.

Collaboration in the Doctoral project Design of Fabrication and Evaluation of SIS Novel Regenerative Vascular Grafts for Hemodialysis Access. My job consisted of providing support to speed up research, achieving experimental learning in vascular grafts made of Porcine Intestinal Submucosa (SIS), and expanding knowledge in the area of regenerative and biocompatible biomaterials with the human body.