Software Engineer Signal Processing

Jason Masters

Address : **** ********** ** #***

Anaheim Hills, CA 92808

Mobile : (951) 333 - 1841

Email : **********@*****.***

SOFTWARE ENGINEER

Innovative Software Engineer with 5+ years experience developing and

implementing signal processing and various other software applications

within the defense industry, as well as independent embedded programming

experience. Able to work equally well within teams or independently, with a

proven track record of consistent results and reliability. Self-motivated

and thorough. Areas of expertise and qualifications:

. System and Application Software

. Unix Systems (Linux, Solaris)

. Object Oriented Design (C++, Java)

. Embedded programming

. Signal Processing Software

. Analysis Tools (MATLAB)

. Hardware Interface Applications

. Active SECRET Clearance

. Perl, Python, PHP

. Testing and Integration

.

GENERAL DYNAMICS AIS (October 2004 - May 2010)

Senior Software Engineer

Designed, developed, implemented, and analyzed multiple signal processing

and real time data interface applications. Software applications

implemented in C, C++, and Java on Linux/Unix systems. Researched and

integrated design strategies, product specifications, development

schedules, and user expectations into product capabilities. Provided

technical documentation, instruction, and support to co-workers as well as

customers.

Core Responsibilities:

. Developed and maintained underwater sonar array interface (multiple C

processes involving hardware interfaces, graphical displays, data

parsing, buffering, and filtering).

. Generated wavetrains (used in active sonar) and performed spectral

analysis - informal resident expert for this critical and often needed

job function.

. Documented code development and trained co-workers.

. Demonstrated and explained results to customers.

. Supported on-site system integration and test efforts.

Projects:

Doppler Tracking System

Client : U.S. Government

Team Size : 10-12

Developed optimization routine in C code which utilized Doppler data

gathered in real-time to ascertain the position of a source. Also developed

and evaluated critical subroutines necessary for system operation.

Data Compression

Client : U.S. Government

Team Size : 5-7

Developed compression and decompression processes with 8:1 compression

ratio in C++ code to minimize the amount of data being sent across a

wireless communications channel connecting active sonar stations.

Active Sonar Calibration

Client : U.S. Government

Team Size : 3-4

Developed independent active sonar calibration routine utilizing matched

filtering, re-sampling, and graphical display utilities in order to

determine the output level of the source transmitter. The routine required

cooperation between multiple processes and scripts written in C, Java, and

Octave (similar to MATLAB). Responsible for the development and maintenance

of all involved processes.

. Increased accuracy of calibration simulator routine.

. Improved user interface for viewing results.

Microcontrollers used: Olimex LPC2129 (ARM7), Motorola 68HC11

Projects:

- Traffic light simulator

- Musical keyboard

- Graphical LCD interface (programming a clock display)

- Simple oscilloscope (text LCD display)

GPS graphical tracking system

(May 2004 - July 2004)

Program written in Visual Basic 6.0 to display the current position of a

GPS-equipped vehicle as a trail of dots on an overhead street view. Tasked

for this contract due to the need for a fully functional GPS graphical

interface implemented in a limited time frame. Utilized expertise to

facilitate a quick development of the entire program independently and

successfully demonstrate functionality.

Master of Science, Electrical Engineering, University of California,

Riverside

Bachelor of Science, Electrical Engineering, University of California,

Riverside

PROFESSIONAL EXPERIENCE

EMBEDDED SYSTEMS EXPERIENCE

EDUCATION

ACADEMIC PROJECT

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