Building bridges between innovation and patient impact

Hi, I’m Felix. I am a medical device Technical Product Manager and Operations Lead with eight years of experience managing the full device lifecycle, bridging R&D innovation with scalable, market-ready manufacturing solutions.

About Me

Work

Design Concept Feasibility

Translating state-of-the-art prosthetic and orthotic research into commercially viable products through early risk assessment and design concept viability.

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Design & Development

Driving the complete product development lifecycle for both early-stage concepts and commercially scaled devices.

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Manufacturing & Launch

Showcasing commercialization and operational execution across the final stages of the medical device lifecycle.

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Market Entry & Sustainability

Highlighting operational scalability, regulatory compliance, and long-term viability.

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Experience

SmedicoPhils | Drove improvement in business KPIs and scaled production capacity sustainably under ISO 13485 standards by implementing QMS, Lean Six Sigma frameworks, and streamlined systems.
UERM NEOLIMB | Spearheaded early-stage R&D for novel prosthetic technologies, directing a multi-disciplinary team and driving cross-agency regulatory milestones.
Technical consultant for research projects in prosthetics and orthotics, specializing in design manufacturability and medical additive manufacturing.
Optimized supply chain economics and regulatory compliance—achieved a reduction in raw material costs, standardized inventory management, and fostered a high-performance organizational culture.
OII | Spearheaded technical documentation and CAD/FEA mechanical validation for Class II/III implant and instrument systems during pre-design transfer, maintaining ISO 13485 and IEC 60601-compliant technical files for global market readiness.
ETH Zürich Neuroengineering Laboratory | Implemented computationally-efficient strategies to develop an accelerated estimation tool for peripheral nerve stimulation using the hybrid field-neuron computational model for the design of peripheral neuroprosthetic devices.
Arts et Métiers ParisTech | Implemented model validation of cortical screw on bovine bone.
Optimized manufacturing operations by reducing scrap rates through standardized CNC procedures, realizing hundreds of thousands of pesos in annual cost savings, successfully steering an implant system design transfer, and maintaining a zero-non-conformance record during ISO 13485 audits as Process Owner.
Executed end-to-end product development—from DfM-driven CAD/FEA prototyping and mechanical validation of ISO 13485/IEC 60601 ortho-electronic systems to cross-functional milestone delivery, regulatory coordination, and clinical training for established hip replacement systems.