Craig A Plevinsky

age ~59

from Londonderry, NH

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Also known as:

Craig K Plevinsky
Craig A Plevinski
Craig A Plevinsk
Karyn Plevinsky

Phone and address:: 3 Lafayette Rd, Londonderry, NH 03053
6034371874

Connected to:

Craig Plevinsky Phones & Addresses

3 Lafayette Rd, Londonderry, NH 03053 • 6034371874
9 Seminole Pl, Londonderry, NH 03053 • 6034371040 • 6034371874 • 6034371875
Cherry Hill, NJ
13249 Bristol Park Way, Fort Myers, FL 33913
Philadelphia, PA
Lee, FL

Work

Company:

Philips
Mar 2003
Position:

Senior product support engineer

Education

School / High School:

Drexel University

Skills

Medical Devices • Customer Service • Integration • Troubleshooting • Hl7 • Process Improvement • Dicom • Medical Imaging • Program Management • Ccna • Pacs • Healthcare Information Technology • Project Management • Change Management • Strategic Planning • Management • Microsoft Excel • Cisco Wireless • Ieee 802.11 • Telemetry • Vmware Esx • Patient Monitoring • Healthcare Information Technology • Healthcare • Cross Functional Team Leadership • Electronic Medical Record • Product Launch

Industries

Hospital & Health Care

Resumes

Senior Product Support Engineer

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Location:

Londonderry, NH

Industry:

Hospital & Health Care

Work:

Philips
Senior Product Support Engineer

Education:

Drexel University

Skills:

Medical Devices
Customer Service
Integration
Troubleshooting
Hl7
Process Improvement
Dicom
Medical Imaging
Program Management
Ccna
Pacs
Healthcare Information Technology
Project Management
Change Management
Strategic Planning
Management
Microsoft Excel
Cisco Wireless
Ieee 802.11
Telemetry
Vmware Esx
Patient Monitoring
Healthcare Information Technology
Healthcare
Cross Functional Team Leadership
Electronic Medical Record
Product Launch

Us Patents

Personal Radiation Detection Device
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US Patent:

55679439, Oct 22, 1996
Filed:

Nov 3, 1995
Appl. No.:

8/552946
Inventors:

Craig A. Plevinsky - Cherry Hill NJ
International Classification:

G01T 1202
US Classification:

250368
Abstract:

A personal radiation detection device is provided having a housing containing within at least one sheet of rare earth intensifying screen that interacts with ionizing radiation when present at a specified exposure level to generate visible light and a plurality of photoresistors which is sensitive to the visible light and conducts a voltage upon the detection of the light. A specular reflector such as reflective tape, foil, or a finely polished mirror is also provided to reflect any stray visible light in the direction of the photoresistors. The photoresistors send a signal through a resistor to an operational amplifier which then activates an indicator including a light and/or an audible buzzer. The lightweight housing may also be provided with a slot on an outside surface to hold standard photographic film used to monitor cumulative exposure to radiation. A battery is provided to generate power to operate the device.