Sean Miller
Principal Engineer at Switchback Medical- Claim this Profile
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Bio
Jeff Clark
Sean was the development site lead for our new guidewire project. His combination of technical expertise and attention to detail was invaluable during the design development and design verification phases of the project. Not only did Sean ensure that the design completely meets the customer needs, but he also provided valuable technical guidance to the manufacturing team.
Jeff Clark
Sean was the development site lead for our new guidewire project. His combination of technical expertise and attention to detail was invaluable during the design development and design verification phases of the project. Not only did Sean ensure that the design completely meets the customer needs, but he also provided valuable technical guidance to the manufacturing team.
Jeff Clark
Sean was the development site lead for our new guidewire project. His combination of technical expertise and attention to detail was invaluable during the design development and design verification phases of the project. Not only did Sean ensure that the design completely meets the customer needs, but he also provided valuable technical guidance to the manufacturing team.
Jeff Clark
Sean was the development site lead for our new guidewire project. His combination of technical expertise and attention to detail was invaluable during the design development and design verification phases of the project. Not only did Sean ensure that the design completely meets the customer needs, but he also provided valuable technical guidance to the manufacturing team.
Experience
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Switchback Medical
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United States
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Medical Equipment Manufacturing
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1 - 100 Employee
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Principal Engineer
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Nov 2022 - Present
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HLT, Inc
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United States
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Medical Equipment Manufacturing
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1 - 100 Employee
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R&D Supervisor
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Feb 2022 - Nov 2022
Manage the R&D labs and six employees; engineers, technicians and interns. Develop the valve test methods, protocols, and reports to meet requirements based on ISO standards. Optimizes valve design through experimentation and testing, including: characterizing tissue properties, suture patterns and the valve in the collapsed state
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Principal R&D Engineer
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Dec 2018 - Feb 2022
Mid-size company developing a novel TAVR device. Design next-gen valve nitinol support structure and develop room-temperature electropolish process for complex braided nitinol components. Complete electromechanical design (within handle) of battery, wiring and connectors to ensure adequate power to deploy and retrieve valve through multiple cycles.
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ValenTx, Inc.
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United States
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Medical Device
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1 - 100 Employee
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R&D Manager
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Feb 2017 - Dec 2018
Optimize device designs and complete testing for FDA submission.
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Principle R&D Engineer
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Jul 2014 - Feb 2017
Drastically reduce procedure time with total revamp of delivery tools and equipment to deliver gastric bypass sleeve orally into the esophagus, through the stomach, and several feet down into the intestines.
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Sr. R&D Engineer
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Mar 2011 - Jul 2014
Scrappy startup team developing innovative removable gastric implant to simulate gastric bypass procedure. Lead design engineer on fabric based "cuff" to be anchored to the esophagus in order to capture food intake, along with many delivery tools to aid in device delivery.
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Medtronic
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United States
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Medical Equipment Manufacturing
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700 & Above Employee
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Sr R&D Engineer
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Sep 2004 - Sep 2010
Designed and supported development projects of cardiovascular guidewire and distal protection devices.
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R&D Engineer
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Sep 1998 - Sep 2004
Designed and supported development projects of cardiovascular nitinol stent delivery systems.
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Engineering Intern
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Sep 1997 - Mar 1998
Assisted with design of minimal invasive laparoscopic RF surgical device. Assisted with design of minimal invasive laparoscopic RF surgical device.
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Education
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California Polytechnic State University-San Luis Obispo
BS, ME