11/05/2026 updated
100 % available
Medical Device Consulting and R&D Expert
Herzelia, Israel
Worldwide
PhD MBAMaterial Science and Selection
Expertise in metals, metallic device components, polymers including polyurethane, silicone, TPE and nylon, biodegradable and bioabsorbable materials, bone-graft biomaterials, coatings, electrospun fibers, filtration materials and carbon-nanotube cartridges.
Medical Device R&D and Process Development
Extensive experience in product development from concept to production, including process development, failure investigation, manufacturing yield improvement, and transfer to manufacturing for medical devices.
Regulatory and Quality Assurance
Proficiency in regulatory test planning, risk assessment, ISO 10993 biocompatibility work, standards-based test plans, validation plans, and material-change testing for engineering change orders.
Six Sigma Application
Application of Six Sigma methodology in manufacturing environments, achieving significant cost reductions in large-scale production plants.
Electrospinning and Coating Technologies
Technical work in electrospinning and material selection, coating approaches to reduce clot formation, and humidity control to address inconsistent coating results.
Biocompatibility Testing
Hands-on experience with ISO 10993 biocompatibility testing, particulate testing, and biological safety assessments for medical devices.
Clinical and Surgical Support
Support of surgeons during clinical studies, including building production lines and providing on-site assistance for implant-related procedures.
Injection Molding and Packaging
Experience in packaging and silicone/TPE injection molding, as well as soap-rinse testing and filtration-material selection against clogging.
Degradation and Mechanical Testing
Execution of mechanical and degradation testing for biodegradable surgical anchors and other implantable devices, including pill design for pressure resistance and degradation time.
Expertise in metals, metallic device components, polymers including polyurethane, silicone, TPE and nylon, biodegradable and bioabsorbable materials, bone-graft biomaterials, coatings, electrospun fibers, filtration materials and carbon-nanotube cartridges.
Medical Device R&D and Process Development
Extensive experience in product development from concept to production, including process development, failure investigation, manufacturing yield improvement, and transfer to manufacturing for medical devices.
Regulatory and Quality Assurance
Proficiency in regulatory test planning, risk assessment, ISO 10993 biocompatibility work, standards-based test plans, validation plans, and material-change testing for engineering change orders.
Six Sigma Application
Application of Six Sigma methodology in manufacturing environments, achieving significant cost reductions in large-scale production plants.
Electrospinning and Coating Technologies
Technical work in electrospinning and material selection, coating approaches to reduce clot formation, and humidity control to address inconsistent coating results.
Biocompatibility Testing
Hands-on experience with ISO 10993 biocompatibility testing, particulate testing, and biological safety assessments for medical devices.
Clinical and Surgical Support
Support of surgeons during clinical studies, including building production lines and providing on-site assistance for implant-related procedures.
Injection Molding and Packaging
Experience in packaging and silicone/TPE injection molding, as well as soap-rinse testing and filtration-material selection against clogging.
Degradation and Mechanical Testing
Execution of mechanical and degradation testing for biodegradable surgical anchors and other implantable devices, including pill design for pressure resistance and degradation time.
Languages
EnglishNative speaker
Project history
Applied Six Sigma in a 200-person plant, achieving a reported 30% cost reduction in stent manufacturing.
Consulting engagement in medical device development and R&D.
Work across separate programs included initial development, material selection, manufacturing, standards-based test plans, mechanical and degradation testing, biocompatibility and reporting for biodegradable surgical anchors.