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Management Team

 

Oscar Jimenez, President and CEO:

Founded Nervion during November 2003 to develop a high technology medical device company along with two key employees of Plexus, LLC/Vascon, LLC, his previous engineering firms. He attended the University of Miami, School of Engineering where he was elected a member of the National Engineering Honor Society. Oscar has been in the field of biomedical engineering most of his 33 year career. He held positions at Cordis Corp. (since acquired by J‘n’J) during the 14 years prior to 1985. After leaving Cordis in 1985, he completed several successful entrepreneurial ventures including Plexus, Inc. and Exonix Corp. prior to founding Cathion in 1999 and VasCon, LLC in 2000.  Mr. Jimenez is the author or co-author of over16 patents awarded by the US Patent Office.

Roberto Echarri, PE, Senior VP of Research and Development:

Holds a BS degree in electronic engineering and is a licensed State of Florida Registered Professional Engineer. Robert has over thirteen years of industry experience. Early in his career, he developed implantable systems for Medtronic, Inc., He was promoted to Manager of R&D and subsequently earned several patents for implantable neurostimulation products. Robert was employed by Plexus, Inc. as Manager of Engineering in the implantable circuit group. He is a founding member of Nervion Technologies, LLC.

William Echarri, MS, PE, Director of Engineering:

Holds a BS degree in electronic engineering and a MS in electrical engineering form Florida International University. He is a licensed State of Florida Registered Professional Engineer. William has over twelve years of R&D experience in medical devices. He is the inventor of several patents in the neurostimulation field. Prior to joining Nervion, he was employed by Plexus, Inc. as Director of Engineering in the implantable circuit group. He is a founding member of Nervion Technologies, LLC.

Stephen F. Vadas, Ph.D., PE, Product Assurance and Regulatory Affairs:

Holds the Ph.D. in Mechanical Engineering from the University of Miami, an M.S. in Mechanical Engineering from the University of Bridgeport, and a B.S. in Aircraft Maintenance Engineering from Northrop Institute of Technology.  Dr. Vadas is an IQA-IRCA Certified Lead Auditor and a State of Florida Registered Professional Engineer with a patent on pacemaker connectors. He has over twenty-seven years of experience in the industry with significant experience with FDA regulations, ISO 9001, EN 46001, and MDD, quality auditing and regulatory compliance and submission.  In addition, he has extensive experience in R&D, project management, mechanical engineering, and manufacturing.

Peter P. Tarjan, Ph.D. Scientific Advisor:

Holds the Ph.D. in Electrical Engineering and Biomedical Engineering from Syracuse University, SM EE from Massachusetts Institute of Technology and  BS EE from Purdue University. Dr. Tarjan is was Chief Scientist at Cordis Research Corporation (now J&J) and later served as Chairman of the Biomedical Engineering Department at the University of Miami. He is presently tenured, full time professor in that department. Dr. Tarjan is a Founding Fellow of the American Institute of Medical and Biological Engineering (AIMBE), the inventor or co-inventor of more than 20 US patents in the field of medical devices, and the author or co-author of more than a hundred scientific papers, chapters and presentations related to biomedical engineering. He also edited two volumes in the biomedical device literature (Hwang and Antonioli).


In This Section:

Technological Heritage
Intellectual Property
Management Team
Quality Policy
Legal Statement
Privacy Policy

 

What is unique about Nervion’s IPG approach?

Software driven platform
Ability to accommodate different indications by only minor software changes
Integrated circuit design capable of being powered by either a primary or rechargeable power source
Programmable constant voltage or constant current output
Extremely low net-dc current through any electrode combination
Noise immune communication protocol
Low quiescent current
High efficiency stimulation engine design
Unlimited programmability capability
 

 

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