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Designed several metal stents that are low profile, excellent scaffolding, and high radial strength for various applications such as cardiovascular, neurovascular, and peripheral vasculature from concept to clinical and market readiness.Developed unique stent graft constructed of a flexible metal backbone sandwiched by a multi-layer ePTFE material.Major contributor to the development of prototype polymer stents for use in cardiovascular applications.Developed PTA and PTCA Rx balloon catheters with a single and co-extruded Nylon/Pebax material that achieved high burst pressure, a low profile, and surface friction to retain an implantable device.Developed multiple durometers, and braided/coiled catheters for neuro applications such as aspiration/Distal Access catheters and micro-catheters that achieved great pushability and flexibility.Multiple material expertise in designing and working with the following: Nitinol (NiTi), SS, Cobalt Chromium, Titanium, Plastics, Pebax, Nylon(Grilamid, Vestamid), Polyurethane, PTFE, and ePTFE.
Dinhtec
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Consulting SpecialistDinhtec Feb 2024 - PresentHelping the R&D team develop the thermal detaching mechanism to detach the embolic coils, stent platform, and metal frame for cloth retrieval.Designing the alation device for deep vein tissue removal using an electro-mechanical mechanism. Assessing required equipment for the new catheter line.
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Sr. Principal R & D EngineerKai Medtech Sep 2020 - Jan 2024Lake Forest, California, UsLead a small team to develop a neurovascular stent to treat Intracranial Atherosclerosis disease. Responsibilities included design concept, design iteration, manufacturing process, and all test method development and validation/verification for First in Human readiness.Leading program management from concept stage to clinical IRB submission, leading technician day-to-day activities, and leading engineer for stent programs. Creating and submitting multiple patent applications.Responsible for the development of the stent Retriever project. The device would be used in the neovasculature to treat Ischemic stroke. Created innovative and submitted patterns for stent patterns, and created design concepts, prototypes, design iteration, and manufacturing processes. -
Principal R&D EngineerWallaby Medical, Inc. Jun 2018 - Aug 2020Assisted a team in designing a 510K Neurology aspiration catheter.Responded such as design development, test method development, and overseeing the manufacturing processes, with the ultimate goal of transferring everything to meet that timeframe.Successfully handling the design concept to manufacturing transfer was a complex task that required effective communication, project management skills, and technical expertise. -
Principal R & D EngineerNeurvana Medical, Llc Apr 2017 - Apr 2018Assisted the team in designing a 510K catheter for use in Neurology vasculature, and contributed to the regulatory processes.Led designer for next-generation nitinol intravascular implant for hemorrhagic aneurysm therapy.Committed to ensuring the safety and effectiveness of the medical devices in completing validating and verification testingBuilt all prototypes for implant development requirements.
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Principal R&D EngineerSpinal Singularity Jan 2016 - Mar 2017Designed and developed a catheter for use in urology that assists spinal cord injury male patients in relieving the bladder’s pressure by using the magnetic coupler as turbine power to empty the bladder.
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Principal R&D EngineerLombard Medical Technologies Feb 2015 - Jan 2016Didcot, Oxfordshire, GbDeveloped next-generation low-profile flexible stent graft for treatment of Abdominal Aortic Aneurysms with highly angulated necks.Designed the stent platform including methods for graft attachment.Explored opportunities for using a stent platform for fenestrated and scale-able thoracic applications -
Principal R&D EngineerEndologix Inc Apr 2011 - Jan 2015Developed devices to treat various vasculatures in the abdominal Aortic Aneurysm that include Renal Occlusion, Iliac aneurysm, Bifurcates, Juxtarenal, and thoracic. Projects involved from the early conceptual phase to clinical. Responsibilities include design; developing manufacturing processes, and test methods.Designed various stents for use in the renal vessel, iliac vessel, abdominal, and decent thoracic with different material platforms, Cobalt Chromium, and Nitinol. Developed a process to encapsulate ePTFE material to all surfaces of the CoCr and NiTi stents.Worked with vendors to develop balloons for individual applications. Compliance, Simi-compliance.Designed various types of catheters, and outer sheaths, with braided, coiled, and different durometer outer jackets.
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R&D ManagerAvantec Vascular Corporation Jan 2005 - Mar 2011Led the development of the Bare Metal Stent (BMS) and delivery system for use in cardiovascular applications with a market targeted in Japan and Europe. The device received CE mark approval in Q3/10 and was in a clinical trial in Japan in 2011.Managed the development of the new co-extrusion balloon with Pebax and Nylon to achieve a low profile while maintaining high-rated burst pressure
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Sr. R&D EngineerPercutaneous System, Inc. Nov 2005 - Sep 2006
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Project EngineerMicrus Corporation Mar 2002 - Dec 2004Developed micro-catheter (510K) for neurovascular and other endovascular treatment.Assisted in the development process ofthe micro-coil for the neurovascular application. Modified, and redesigned the embolic coil with more safety, reliability, and robustness.
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Project EngineerCardio Vasc, Inc Dec 1998 - Feb 2002Designed and managed the development and testing of the stent, stent graft for coronary arteries, and saphenous vein graft from early conception to Clinical studies and clinical trials.Developed an electro-polishing process for the Ti stent scaffolding, and a crimping procedure using ePTFE.o U.S. patent # 6371980; Co-Invention - “Composite Expandable Device with Polymeric Covering and Bioactive Coating Thereon, Delivery Apparatus, and Method.”
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R&D EngineerQuanam Medical Corporation Dec 1995 - Nov 1998o U.S. patent # 6019789; “Expandable Unit Cell & Intraluminal Stent”; 2000o U.S. patent # 6168619; “Intravascular Stent Having a Polytetrafluoroethylene member”; 2001.
Linh Dinh Skills
Linh Dinh Education Details
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University Of Washington
Frequently Asked Questions about Linh Dinh
What company does Linh Dinh work for?
Linh Dinh works for Dinhtec
What is Linh Dinh's role at the current company?
Linh Dinh's current role is Seeking a senior-level position in mechanical engineering and design engineering with a focus on biomedical product research and Biomedical development where I can continue to grow and lead projects to commercialization..
What is Linh Dinh's email address?
Linh Dinh's email address is li****@****hoo.com
What schools did Linh Dinh attend?
Linh Dinh attended University Of Washington.
What skills is Linh Dinh known for?
Linh Dinh has skills like Medical Devices, Research And Development, Product Development, Manufacturing, U.s. Food And Drug Administration, Cross Functional Team Leadership, Design Control, Biomedical Engineering, Quality System.
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