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Benjamin Anthony Coppola

from Carlsbad, CA
Age ~43
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Also known as:
Benjamin A Coppola
Related to:
Vivian J Tideswell, 82Tyrell Gapp, 40Aundrea R Graves, 42Monique L Graves, 41Nicholas N Coppola, 78Cynthia A Graves, 65C CoppolaBarbara N Coppola, 80Rodney L Graves, 67Benjamin B Graves, 28Lauren J Coppola, 42Gabriel I Graves, 28Weston L Graves, 33Leah M Graves
Connected to:
Adrian F Coppola, 41Alessio N Coppola, 94Angel L Coppola, 38Antonella Coppola, 27Antonio P Coppola, 45Bernadette P Coppola, 77Brian R Coppola, 52Candice Coppola, 65Charles Coppola, 78Colin J Coppola, 30

Benjamin Coppola Phones & Addresses

  • Carlsbad, CA
  • San Diego, CA
  • 325 S Sierra Ave UNIT 26, Solana Beach, CA 92075 (858) 717-3829
  • Woodland Hills, CA
  • La Jolla, CA
  • Kingston, NY
  • Bethlehem, PA

Work

Company: Abbott Jan 2017 Position: Principal clinical engineer

Education

Degree: Doctorates, Doctor of Philosophy School / High School: Uc San Diego 2003 to 2008 Specialities: Bioengineering

Skills

Medical Devices • Biomedical Engineering • Design Control • Fda • Validation • Product Development • R&D • Systems Engineering • V&V • Iso 13485 • Design of Experiments • Robotics • Fmea • Matlab • Labview • Glp • Digital Signal Processing • Risk Management • Research and Development • Cross Functional Team Leadership • Pre Clinical Studies

Languages

English

Ranks

Certificate: Certified Cardiac Device Specialist

Interests

Artificial Intelligence • Robotics • Quantified Self • Digital Health • Mhealth • Machine Vision • Digital Signal Processing

Industries

Medical Devices

Resumes

Resumes

Benjamin Coppola Photo 1

Principal Clinical Engineer

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Location:
325 south Sierra Ave, Solana Beach, CA 92075
Industry:
Medical Devices
Work:
Abbott
Principal Clinical Engineer
St. Jude Medical
Principal Clinical Engineer
St. Jude Medical Aug 2012 - Aug 2015
Senior Clinical-Systems Engineer
St. Jude Medical Nov 2008 - Aug 2012
Clinical-Systems Engineer Ii
Lockheed Martin May 2002 - Aug 2002
Intern - Noise Technology
Education:
Uc San Diego 2003 - 2008
Doctorates, Doctor of Philosophy, Bioengineering Lehigh University 1999 - 2003
Bachelors, Bachelor of Science, Mechanical Engineering University of California
Skills:
Medical Devices
Biomedical Engineering
Design Control
Fda
Validation
Product Development
R&D
Systems Engineering
V&V
Iso 13485
Design of Experiments
Robotics
Fmea
Matlab
Labview
Glp
Digital Signal Processing
Risk Management
Research and Development
Cross Functional Team Leadership
Pre Clinical Studies
Interests:
Artificial Intelligence
Robotics
Quantified Self
Digital Health
Mhealth
Machine Vision
Digital Signal Processing
Languages:
English
Certifications:
Certified Cardiac Device Specialist

Publications

Us Patents

Mri Compatible Lead Employing Multiple Miniature Inductors

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US Patent:
20110152990, Jun 23, 2011
Filed:
Dec 22, 2009
Appl. No.:
12/645252
Inventors:
Ramez Shehada - La Mirada CA, US
Xiaoyi Min - Thousand Oaks CA, US
Jin Zhang - Northridge CA, US
Benjamin Coppola - Woodland Hills CA, US
Dave Anderson - Castaic CA, US
Gene A. Bornzin - Simi Valley CA, US
Phong D. Doan - Stevenson Ranch CA, US
Assignee:
PACESETTER, INC. - Sylmar CA
International Classification:
A61N 1/05
H03H 7/01
US Classification:
607127, 607122, 333176
Abstract:
An implantable medical lead is disclosed herein. The lead includes a first electrode and a first electrical circuit. The first electrode is near a distal portion of the lead. The first electrical circuit extends through the lead to the first electrode and includes at least one conductor and a first band stop filter coupled between the distal end of the conductor and the electrode. The first band stop filter includes a first group of inductors in parallel and a second group of inductors in parallel. The first group is in series with the second group. The first group of inductors may include a self resonant L. The first group of inductors may include a self resonant tank LC. The first group of inductors may include a miniature self resonant L or miniature self resonant tank LC. The first group of inductors may include an integrated circuit of L and C components.

Dynamic Announcing For Creation Of Wireless Communication Connections

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US Patent:
20170332942, Nov 23, 2017
Filed:
Jun 15, 2016
Appl. No.:
15/182784
Inventors:
- Sunnyvale CA, US
Fujian Qu - San Jose CA, US
Benjamin Coppola - Solana Beach CA, US
Edward Karst - Los Angeles CA, US
Lisa P. Weinberg - Moorpark CA, US
International Classification:
A61B 5/07
A61B 5/11
A61B 5/0402
A61B 5/0255
H04W 76/02
A61B 5/00
Abstract:
Example electronic devices, including but not limited to implantable medical devices, and methods employing dynamic announcing for creation of wireless communication connections are disclosed herein. In an example, an electronic device includes a wireless communication interface to transmit announcement signals for creating a wireless communication connection with the external device. The electronic device also includes a sensor to detect a characteristic of an environment external to the electronic device, and a control circuit including an announcement timing control module to dynamically control timing of the announcement signals based on the detected characteristic.

Apparatus And Method For Detecting Phrenic Nerve Stimulation

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US Patent:
20140309538, Oct 16, 2014
Filed:
Apr 10, 2013
Appl. No.:
13/860351
Inventors:
- Sylmar CA, US
Benjamin Coppola - Woodland Hills CA, US
Assignee:
PACESETTER, INC. - Sylmar CA
International Classification:
A61B 5/00
A61B 5/0205
US Classification:
600483, 600300
Abstract:
An apparatus and method for detecting phrenic nerve stimulation (PNS) including computing a power spectral density (PSD) of spatial data of a sensor; determining two spectral magnitudes from the PSD; computing a ratio of the two spectral magnitudes; and comparing the ratio to a threshold to detect PNS. In one example, detecting PNS includes computing a PSD of spatial data of an externally placed sensor; determining a diaphragmatic spectral magnitude and a respiratory motion spectral magnitude from the PSD; and computing a ratio of the diaphragmatic spectral magnitude to the respiratory motion spectral magnitude to detect PNS. In one example, detecting PNS includes computing an oscillation amplitude of spatial data of a sensor; computing a baseline wander amplitude of the spatial data of the sensor; computing a ratio of the oscillation amplitude to the baseline wander amplitude; and comparing the ratio to a threshold to detect PNS.
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Benjamin Anthony Coppola from Carlsbad, CA, age ~43 Get Report