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Kaylee Ramey
309 N. 90th Pl, Apt 1085, Scottsdale, AZ 85001
ramey.kaylee@gmail.com h:520-360-9876
Embedded Software Engineer
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C/C++/Objective C
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Python
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Java
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Embedded Software
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Control Systems
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Matlab
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Hardware/Software Interface
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Electronic Test Equipment
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LabView
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Detail-oriented programmer and software architect with more than 20
years experience designing and developing embedded software and control systems
for a variety of high-performance, critical systems. Advanced skills with leading-edge programming
tools complemented by a proven ability to rapidly assimilate and utilize
emerging technologies. Solid mathematic
knowledge with experience developing comprehensive algorithms and
data-processing logic. Technical
proficiencies include...
Environments
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TI, Intel,
and Motorola Microprocessors, Linux (RedHat, UBUNTU), UNIX, Windows,
Solaris, Mac OS-X, Eclipse, X-Code,
Engineering Laboratory Tools
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Programming
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C/C++/Objective
C, Python, Java, JavaScript, UML, XML, MySQL, PostgreSQL, SQL Server, Oracle,
MS Access
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Development
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Hardware/Software
Debugging, Object-Oriented Analysis (OOA) and Design (OOD), Project
Management, Agile Development, Technical Documentation
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Professional Experience
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Sr.
Embedded Software Engineer, 11/2010 – Present
Hemisphere
GPS – Scottsdale, AZ
Responsible
for design and development of embedded software for real-time, high precision
GPS systems used primarily in agricultural applications. My main focus has been to integrate cellular
technology into our products, allowing for the reception of GPS correction data
as well as “internet-in-cab” functionality.
Worked on Windows XP-based touch-screen interface to configure and
control GPS device.
Sr.
Software Engineer, 8/2010 – 11/2010
Stirling
Energy Systems – Scottsdale, AZ
Developed
and maintained a real-time control system for solar-powered electrical
generator systems. This included reading
data from multiple electronic components and logging the data for system
analysis and report generation. This
data was collected from a variety of sensors monitoring all aspects of the
generator field operation. I was also
responsible for development of a new interface, written in C, to acquire system
data faster than is possible in the current implementation of the system. Stirling was unable to obtain funding and
development was canceled.
Sr.
Software Engineer, 7/2009 – 4/2010
HealthTrio,
LLC – Tucson, AZ
Maintain, and upgrade state-of-the-art internet portal software for
the health insurance industry. In
addition to my other support duties, I maintained a GIS-based application for
calculating distance between clients and service providers, using street
addresses and an address to Long/Lat mapping database.
Database Analyst/Scientific Programmer,
1/2009 – 7/2009
Statistical Research, Inc. - Tucson, AZ
Supported database operations for archaeological and cultural
resource management projects. Maintained
a large database in MySQL that contained data relevant to on-going research
projects, wrote ad-hoc queries to extract data for researchers, and tools to
analyze data from the database to help answer research questions.
Consultant, 11/2006 – 1/2009
Ken Ramey Consulting – Tucson, AZ
Provided consulting services for major US corporations wishing to
establish or improve their web presence.
Conducted usability studies, interface analysis, design studies, and
site design sessions. Advised on the use
of open source software, best-of-breed methods, and database design. I collaborated with a team of designers,
stakeholders, and programmers to provide the best possible web presence
implementation to meet client's goals.
Software Engineer, 10/2005 – 11/2006
Lunar & Planetary Laboratory, University of Arizona, Tucson, AZ
Designed and wrote software to receive, process, and store data from
interplanetary spacecraft missions.
Received data was translated from NASA's telemetry format to a stream of
binary data which was then formatted into records for storage in an Oracle
database for use by various researchers.
Based on user requests, I also developed tools to assist with specific
analysis needs.
Software Engineer/Scientific Programmer,
6/2005 – 10/2005
Cardiac Imaging Laboratory, University of Washington, Seattle, WA
Wrote software to analyze sonogram images of human hearts as part of
a study to correlate heart size to future occurrences of cardiovascular
illness. Also wrote device driver to
interface sonogram system to analysis computer.
I developed software to manipulate multiple 2D images in order to
develop 3D models that could be manipulated by researchers. This was part of an effort to commercialize a
research project looking into predicting future cardiovascular problems based
on current size and shape of the heart as determined by cardiac sonograms.
Lead Software Engineer/Architect, 6/2003
– 6/2005
National Radio Astronomy Observatory, Socorro, NM
I designed and assisted with implementation of the control system
for the Atacama Large Millimeter Array (ALMA), an array of 64 radio telescope
antennas being built for installation in Chile.
Each antenna was composed of a parabolic reflector coupled with motors
to control positioning and an array of electronics equipment for collecting,
recording and analyzing collected signals.
We wrote the software in Java, using the Eclipse development environment. Low-level device drivers were written in C
and C++ and communication between subsystems was carried out by CORBA
objects. Performed characterization and
testing of individual devices using LabView and test instruments in a lab
environment.
Software Engineer/Manager, 7/1998 –
6/2003
Steward Observatory, University of Arizona, Tucson, AZ
I led the real-time, embedded programming group. We built control systems and software servos
for a variety of telescopes and astronomical instruments. Development was done on Windows and Linux
systems, with deployment on a mixture of Windows, Linux, and VxWorks machines
with both PCI and VME systems.
ñ Magellan Telescope – I designed and
wrote software to control shape and position of 6.5M primary mirror. This software reads force data from 120
sensors and then calculates proper push/pull control to be applied to actuators
attached to the mirror. The software
maintains the shape of the mirror to within 0.05 microns of specified curvature.
ñ LBT Telescope – Served as Software
Architect for the Large Binocular Telescope project. Designed communications
protocol for passing control messages between elements of the system. Adapted Magellan mirror control software to
control LBT's 8M mirrors. Wrote thermal
servo software to maintain mirror temperature.
Scientific Programmer, 3/1997 – 7/1998
National Optical Astronomy Observatory, Tucson, AZ
Wrote software to control camera for Gemini telescopes using the
EPICS control framework. User interface
was implemented on a Windows machine, control software ran under VxWorks, and
the camera's embedded processor was a TI DSP chip. I wrote software for all three environments
and integrated their functioning to set camera parameters, collect data,
transfer data to host system, and process the data for the observer.
Member of Computer Science Faculty,
1/1996 – 5/1997
Pima Community College, Tucson, AZ
Developed and taught classes in C, C++, Java, Data Structures, Data
Communications, Networking, Databases, Website Development, and others. Received “Excellent” ratings from both
students and faculty monitors.
President/Principal, 5/1993 – 11/1996
Ken Ramey Consulting, Tucson, AZ
Provided consulting and education services for clients
nationwide. Conducted training sessions
in Object-Oriented Analysis and Design, helped companies make the transition
from centralized IT departments to workstations, and provided custom hardware
and software solutions. Implemented
various database-driven applications for several companies. Also provided data analysis services for a
pharmaceutical research project investigating drug therapy costs for targeted
illnesses.
Staff Programmer, 6/1982 – 5/1993
IBM, Tucson, AZ
Served as member of “Technology Transfer Team” for IBM. Our mission was to identify emerging
technologies to improve IBM's efficiency and introduce them to development
groups through training and consultation.
Technical lead in the conversion of IBM Tucson to workstations from
centralized IT services. Worked with
pioneers in OOA/OOD to introduce those methodologies to IBM. I was also primarily responsible for
programming issues at the level of the hardware/software interface. Worked on control systems for tape and disk
controller products using Intel and IBM processors.
Education
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Bachelor of Science in Management Information Systems,
completed work for CSc minor, 1982
University of Arizona, Tucson, AZ
Graduate work in Electrical/Computer Engineering and
Computer Science
University of Arizona, Tucson, AZ
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