Seattle, Washington, United States
I’m a Biomedical Engineer passionate about solving complex problems with elegant, practical solutions, and I’ve been doing that across startups, global medtech companies, and award-winning academic projects. At Bayer, I support and analyze the performance of complex radiology imaging systems in clinical environments, applying diagnostics, troubleshooting, and engineering insights to improve reliability, usability, and system performance. Previously, at Johnson & Johnson MedTech, I contributed to next-generation bone surface reconstruction tools, writing algorithms that convert CT data into highly accurate 3D models for orthopedic surgical planning. At Boston Scientific, I gained hands-on experience with design, prototyping, and testing for interventional spine devices, learning injection molding processes, feasibility testing, and supplier specifications. But I don’t just tinker—I innovate. I designed a bedside sepsis diagnostic device that won Best Product Design and Presentation, blending acoustophoretic technology with Raman spectroscopy. I’ve led teams through rapid prototyping, built adjustable eyeglasses for patients with shifting prescriptions, and developed a vibrating vest to help children with COVID-related respiratory issues in underserved communities. What drives me is curiosity—a hunger to understand systems, explore new approaches, and improve outcomes. Whether it’s designing bedside diagnostic tools, mentoring fellow engineers, or collaborating across disciplines, I bring a builder’s mindset and a teammate’s heart to every project. If you’re looking for someone with technical depth, creative energy, and a relentless drive to make things better, let’s connect.
Manage a wide customer territory, reliably maintaining and servicing contrast injectors for CT and MRI systems. This role has strengthened my flexibility, technical expertise, and ability to manage a diverse set of job-related responsibilities while delivering consistent, high-quality service.
Collaborated with Johnson & Johnson to develop advanced bone surface reconstruction software using CT scan data Contributed to algorithm development to ensure high-resolution and precise anatomical models for orthopedics Implemented bedside communication features by creating accurate 3D models for improved surgical planning Skills: Professional Communication, Gantt Charts, Team Organization, Java script, Python, SOPs, ISO standards, FDA
Guided students in understanding prototyping and device commercialization processes. Assisted in developing coursework materials and provided technical support for hands-on projects
Led the development and tracked business processes of a new biomedical device Developed a board game to help simulate Biomedical device prototype development and problem solving
Contributed to projects involving injection molding design, testing, and software for cutting-edge interventional spine pain relief tools Designed and optimized injection moldable components for next-generation tools Conducted feasibility studies, verified supplier tolerances, and developed test methods for prototyping Documented results in compliance with regulatory standards and conducted analysis to support design decisions Skills: SolidWorks, Injection Molding Design, Feasibility Testing, Project Management, Technical Documentation, Problem-Solving, Cross-Functional Collaboration, Prototyping, Power Tools, KEYENCE LM-X System, Pneumatics, ASME Y14.5, Statistical Analysis
Spearheaded the design of an innovative in-vitro bedside diagnostic tool for early bacterial detection Integrated acoustophoretic technology and Raman spectroscopy to achieve high estimated accuracy Awarded for Best Presentation and Product Design Skills: Medical Device Design, Acoustophoretic, Raman Spectroscopy, Rapid Prototyping