Medical
Device Manufacturing Programmer
Developed and designed a PIC based programmer for
programming multiple static memory chips for use in a Medical Device.
This embedded design involved Electronics and Software design to create
a programming system to program up to 6 EEPROMs in less then 1 Second.
This system is an integral part of an automated machine with a goal of
programming at least 150 devices per minute
Physician Programmer for
Implantable Medical Device
Worked with a team to develop software for a
Physician Programmer for programming and implantable medical device.
This embedded system is based on the ThreadX Real-time OS and provides
a GUI based interface for controlling an implantable medical device. It
was developed using both .Net and a Green Hills compiler.
Real-Time Medical Device
Test System Platform
Designed and developed real-time Windows-NT based
test system to capture and timestamp analog electronic hardware events,
RS232 control and output activity. Scripting capabilities and data
logging. This was an extensive project involving MFC C++ application
design/Development. Xilinx FPGA logic design (used for real-time event
logging), as well as digital and analog hardware design.
Medical Programmer Test System Platform
Designed and developed a Windows-NT based test system to capture screen
images, provide simulated touch screen inputs, RS232 control and
output activity. Scripting capabilities and data logging. This was an
extensive project involving MFC C++ application design/Development as
well as digital and analog hardware design to capture screen images and
for providing touch outputs.
Real-Time Medical Device Test System Platform
Designed and developed real-time Windows-NT based test system to
provide stimulus and capture and timestamp analog/digital electronic
hardware events, RS232 control and output activity. Scripting
capabilities and data logging. This was an very extensive project
involving MFC C++ application design/Development as well as digital and
analog hardware design.
Factory Automation and Production Tools
Designed, developed, and maintained all
aspects of factory automation software. Major areas
of design and development: C/C++; DXF to CNC Rule
engine to convert Autocad drawing to a CNC control file for a 2-Axis
CNC cutting machine; CNC Machine control and user-interface
application. Major areas
of development and maintenance: “dxf Resize
Engine,” a software application to take an AutoCAD drawing and a
rule-base to resize the drawing to desired size
Automated
Production Test Equipment
Designed and
developed automated production device testers. One
set of Testers measured electrical frequency response and
characteristics of electrical devices using a DSP card for Data
acquisition and FFT processing. Processing also included control of
Wafer IC probing machine to control automated loading/unloading of IC
Wafers and sequence stepping though devices within a wafer.
Another test system performed automated visual measurement
and part inspection.
Medical
Device Design
Worked with a
team to design and
develop implantable rate responsive pacing devices. Design included
both digital hardware design and 6805-assembler design. Design
responsibilities included specifications and documentation to meet US
FDA implantable device requirements
.
Automated Space Based Experiment
Control
Designed and developed Real Time experiment
control system for space flight. Design responsibilities included
experiment specific hardware design. Real Time and control development
on a 68020 VME bus platform using PDOS operating system. Included in
responsibility was Military Standard documentation required for Space
Flight experiments on the Space Shuttle.
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