I help startups, inventors, researchers, and engineering teams move medical-device and technical product ideas forward through CAD, prototyping, engineering simulation, testing, 3D printing, and practical technical documentation.
Medical device design · Biomedical product development · SolidWorks CAD · Engineering simulation · Prototyping · 3D printing · Technical consulting
From early medical-device concepts to CAD, simulation, prototypes, testing, and documentation, I provide focused engineering support matched to the stage of your project.
Translate a clinical, research, or user need into organized requirements and practical early concepts.
Create, refine, or repair product geometry for engineering review, prototyping, and fabrication.
Prepare designs for physical builds and support controlled iteration from prototype to improved prototype.
Use computational modeling, engineering analysis, and structured testing to evaluate designs and support better decisions.
Develop concise, structured records that make engineering work easier to review, repeat, and transfer.
Support technical teams with setup, calibration readiness, issue definition, and equipment workflows.
Available for practical teaching, tutoring, and guided technical support for students, early-career engineers, and project teams.
Need a physical model? I can also 3D print selected models or prototype parts and arrange U.S. shipping when that is useful to the project.
First engagement? For clients who prefer added structure and payment security, an initial project can be contracted through Contra with the scope, milestones, deliverables, and payment releases tied to agreed project goals.
My work sits at the intersection of mechanical design, biomedical research, additive manufacturing, engineering simulation, AI-assisted digital-twin concepts, controlled testing, and regulated-product documentation.
Simulation and AI can accelerate exploration, modeling, and analysis. But when a design may affect a person, the engineering decisions still need human judgment, verification, and responsibility.
Examples across biomedical product development, additive manufacturing, biomechanics, bioprinting, and clinical engineering.
Supported development and customization of a biomedical platform from intended use and system architecture through component selection, CAD, assembly, calibration, testing, troubleshooting, and design refinement.
Developed a customized wearable-device concept using body scanning, CAD, biomechanics, and additive-manufacturing principles, translating anatomical and user needs into fit, comfort, support, adjustability, ventilation, safe-use, and manufacturability requirements.
Designed and executed controlled bioprinting studies involving equipment configuration, pressure, speed, temperature, nozzle setup, material preparation, structural evaluation, fluorescence workflows, luminescence-based testing, confocal imaging, and comparative data review.
Supported equipment installation, inspection, troubleshooting, preventive maintenance, calibration readiness, functionality and safety checks, vendor escalation, service documentation, and return-to-use activities in hospital environments.
Every engagement is scaled to the project, but the core workflow stays disciplined.
Define the user need, technical objective, constraints, deliverables, and success criteria.
Develop concepts, CAD, models, plans, or documentation while reviewing the important engineering tradeoffs.
Review geometry, interfaces, tests, risks, repeatability, and practical build considerations.
Provide organized files, findings, assumptions, limitations, and recommended next steps.
Medical-device concepts, CAD and mechanical design, biomedical product development, prototypes, 3D printing, engineering simulation, benchtop testing, technical analysis, documentation, and selected clinical-equipment workflows.
Yes. Most design, CAD, analysis, documentation, and consulting work can be handled remotely. Physical prototyping or on-site requirements can be discussed based on the project.
When a physical model is useful, I can print selected FDM models or prototype parts and arrange shipping within the United States. This is a supporting capability rather than the main focus of the consulting service.
I can support engineering simulation, computational modeling, and AI-assisted digital-twin concepts where they are appropriate to the project. The exact tools and fidelity depend on the available data, intended use, and engineering question being answered.
Yes. I am open to teaching, tutoring, and guided project support in areas such as biomedical engineering, CAD, 3D printing, prototyping, and engineering design workflows. The format can be adapted to an individual, student team, or small technical group.
Yes. For first-time clients who want additional structure around payment and delivery, the initial engagement can be set up through Contra. The project can be divided into agreed milestones so each payment is tied to a defined deliverable or project goal. This is optional and can be discussed during scoping.
No. For products involving human health or physiology, AI and simulation are decision-support tools. Human review, verification, professional judgment, and accountability remain essential.
Send the project or teaching basics and I can review the scope, identify the right next step, and follow up directly. First-time client projects can also be structured through Contra with milestone-based deliverables and payments when preferred.
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