MATT MARTINO

626-***-**** *** S. Los Robles Ave #C

acajpc@r.postjobfree.com Pasadena, CA 91101

Objective: Senior Design Engineer ce#11 at Jsassociates

Work Ecliptic Enterprises Corporation Pasadena, CA 2008 -2013

Experience: Electrical Engineer

Worked for a small company on a number of well-known missions and programs:

JPL Grail, Altas 5, Loral Echo-Star/Dish Network and Orbital Cygnus & Taurus

Collaborated on small team to test/verify cameras and camera/sensor controllers

Enhanced power converter performance and stability (buck, fly-back & linear)

Adjusted PCB layouts for A/D quality improvements and cross-talk noise removal

Debugged Gbps TRX, DDR2 RAM, oscillators and video encoders & compressors

Designed filters for sensor, video (NTSC & FireWire) and RF input data interfaces

Customized VHDL/Verilog FPGA code to utilize Opal Kelly board as a RS422 to

USB converter with DDR2 buffers and CCSDS packet/ frame interpreter

Automated C++/C code for testing/debugging of video controller and JPEG2000

video packets via a RS232 serial port and an off-the-shelf PCI card

Modified Ethernet controller driver settings for enhanced GigE camera performance

Transmitted periodic sensor data with the Digi M10/ Orbcomm satellite network

Configured the Libelium Waspmote, the Digi Xbee 900, and a sensor board to send

measurement data from a remote location to a laptop with a Digi Xbee receiver

St. Jude Medical, Sylmar, CA 2006

System Test & Hardware Integration Co-op

Verified hardware for product development (pacemakers/ defibrillators)

Diagnosed various off-the-shelf electronic components (IGBTs, transformers,

op-amps, voltage regulators & DRAMs) for integration into existing products

Trouble-shoot Class-D amplifier design for high power (400W) application

Raytheon: Space and Airborne System El Segundo, CA 2005-2007

Sponsored Thesis: Automatic Target Recognition (ATR): Radar (SAR) Images

Implemented an ATR system in C++/C using a database of SAR Images

Extracted features (edges, corners & peaks) to classify radar images

Compared images with Hausdorff Distance Transform

Developed MSTAR intensity-based algorithms using geometric,

segmentation, region-growing and correlation-based principles

Improved quality using noise-reduction FFT & Gaussian based algorithm

Classified targets by features to determine ATR system accuracy

TV and Radio Company, Los Osos, CA 2004

AM Radio Station Field Engineer

Education: MSEE, Cal Poly San Luis Obispo, CA, June 2007, GPA 3.45

BSEE, Cal Poly San Luis Obispo, CA, June 2004, Major GPA 3.15

Technical Matlab, Xilinx, Microcap, PSPICE, Advanced Design System, OrCad & Altium

Applications/ C/C++, Visual Basic, Assembly, UNIX, VHDL/Verilog & Watlow Controllers

Skills: NTSC, JPEG2000, FireWire, USB, PCI, UDP, TCP/IP & GPIB (Agilent)

EMC/EMI (MIL-STD-461), Vibration, Shock & Thermal Vacuum Testing

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