Quality systems work best when compliance is built into the operating process rather than added as a separate layer around it.
My quality and regulatory work has been closely tied to operations, product development, manufacturing, suppliers, and systems. That includes QMS architecture, ISO 13485, EU MDR, CAPA, risk, documentation, traceability, supplier controls, validation, and post-market requirements.
I tend to approach quality as an operating system. The objective is to create controls that are rigorous enough for the regulatory environment and usable enough to survive real production, product change, supplier variation, and day-to-day decision making.
The work below connects quality-system discipline to manufacturing, product development, suppliers, traceability, and regulatory change.
12 projects represented here
Enterprise medical-device quality and regulatory transformation spanning QMS architecture, ISO 13485 readiness, EU MDR technical documentation, risk, CAPA, supplier controls, training, production controls, complaints, and post-market processes.
Cross-functional medical-device product realization spanning opportunity identification, design, testing, risk, reimbursement and regulatory considerations, product data, sourcing, manufacturing transfer, training, labeling, and commercialization.
Emergency conversion of a regulated medical-device manufacturing operation toward reusable mask production during the early COVID-19 shortage, spanning product development, tooling, supply chain, workforce, quality, commercialization, and communications.
Executive and engineering leadership in the design, installation, and operating control of a continuous-flow manufacturing system for applying and curing a bonded antimicrobial treatment across varied orthopedic soft goods.
Defense-electronics leadership spanning plant startup, industrial and manufacturing engineering, visual and cellular production methods, quality systems, and integrated production-planning and program controls.
Across these examples, quality became stronger when it was integrated into the work itself: product decisions, supplier controls, manufacturing processes, data, change management, and acceptance.
7 additional examples connected to Quality & Regulatory.
Built and supervised an environmental stress-screening function and led a connector-reliability improvement that reduced environmental-test failures.
Led commercialization and operations for the EzySplint orthopedic splinting line, bringing together product variants, dispensers, accessories, practitioner training, sales support, supply, pricing, fulfillment, and brand protection.
Federal-channel operating leadership connecting market-access infrastructure, DAPA and FSS processes, solicitation response, proposal support, product and pricing controls, and nationwide sales traceability.
Leadership of a regulated cryotherapy product platform from licensed technology through product realization, manufacturing integration, quality controls, commercialization, and a broad family of cold-therapy products.
A sustained medical-product market-access program connecting HCPCS research, PDAC applications, product evidence, executive authorization, DMECS maintenance, adverse-decision review, and controlled reconsideration across an orthopedic portfolio.
Executive intellectual-property governance integrated with product development and commercialization, including patent-filing coordination, trademark management, licensing, attorney coordination, infringement support, and patent-marking controls.
Connected-medical-product leadership spanning a physical orthotic, compliance sensing, chip-reader software, digital reporting and web workflows, study support, field training, and commercialization implementation.
medical-device quality, regulatory, and operations opportunities