A product is not finished at design release; it has to survive manufacturing, quality, supply, commercialization, and customer use.
My product-development work has crossed opportunity assessment, requirements, engineering, sourcing, quality and regulatory work, manufacturing transfer, tooling, packaging, commercialization, and launch. I tend to see product development as an end-to-end operating problem rather than an engineering phase alone.
That is especially important in regulated or manufactured products, where design choices affect process capability, supplier risk, labor, documentation, validation, inventory, and the economics of bringing the product to market.
These examples span concept, engineering, regulated development, manufacturing transfer, commercialization, and launch.
14 projects represented here
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.
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.
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.
Development and deployment leadership for customer-facing vertical software connecting orthopedic-practice DME inventory, par-level replenishment, product-to-HCPCS relationships, utilization reporting, dispensing, procurement, training, and post-implementation management.
The recurring pattern is end-to-end ownership. Stronger products resulted when engineering, quality, manufacturing, sourcing, and commercialization decisions were made with the whole lifecycle in view.
9 additional examples connected to Product Development.
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.
A make-versus-buy manufacturing program that brought cryotherapy gel-pack capability in-house and materially changed the economics of a core product platform.
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.
An early commercial manufacturing-software product authored by Dean to manage and analyze multi-level bills of material before modern ERP and SaaS became commonplace.
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.
A multi-year complexity-reduction program coordinating product, component, catalog, packaging, data, and inventory changes without treating SKU reduction as a spreadsheet-only exercise.
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.
A supply-continuity response to a sole-source failure, constrained inventory, substitute-material decisions, product transition sequencing, and customer communications that maintained commercial supply through the disruption.
Adjacent-market product and operating leadership that adapted orthopedic and cryotherapy capabilities for veterinary and equine applications, then connected product development, testing, manufacturing, partner-brand fulfillment, pricing, and commercialization.