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Gregory Anspach

*** ********* *****

Severna Park, Maryland

443-***-****

acrh3t@r.postjobfree.com

PROFESSIONAL Experience Summary:

Mr. Anspach has been designing, developing, and integrating real time embedded data communications and signal processing systems since 1986. Mr. Anspach has a thorough understanding of end-to-end system requirements of real time embedded digital hardware and real time embedded signal- processing software and systems.

Mr. Anspachs’ engineering responsibilities have been broad in scope and diverse in technologies, and have included specification, selection and development of real time data communications and signal processing systems and requirements, including hardware components and architectures, system software and application software development.

Mr. Anspach has several years of experience in end-to-end System Engineering for real time wide- band and narrow-band RF communication and Direction Finding systems. Mr. Anspach is familiar with System Engineering techniques required for ground based and airborne platforms. Additional responsibilities of Mr. Anspach have included management and leadership for a team of development engineers for product and system development. PROFESSIONAL Employment History:

Cantada Inc.: Fort Meade Maryland

Electrical Engineer: 2011-Present

Perform research and analysis of embedded control systems. Develop reports on the detailed design of target system security and vulnerabilities. Develop and deploy software tools to test and verify embedded control system implementations and vulnerabilities using Visual Studio C/C++ and Python. Validate tools to run on Windows XP, Vista and 7 Virtual Machines (VM) as well as Red Hat Linux and Solaris 7, 8. Provide risk mitigation strategies for tool deployment and implementation. Develop task schedules for a small development team including use of JIRA. Create product re- lease packages using HUDSON/JENKINS or BAMBOO. Create product documentation including re- quirements, user guides, application interface, and test plans. Create test suite software and plans for ac- ceptance testing for deployment readiness.

Configure and implement Virtual Machines (VM) and networks for tool deployment simulation. Create VM images from physical machines.

Manage Subversion repository for branch and tag release. Perform reverse engineering on embedded software.

Perform tool capability and usage briefings to customer. Develop program deliverable documentation such as Concept of Operation, Requirements and Us- ers Guides.

Bayscape Technology Inc.: Severna Park Maryland

Electrical Engineer: 2000-2011

System Engineer for PENNANTRACE, aservice based VHF/UHF receiver sensor. Developed C++ client-server class library and application interface software to allow customer application interfacing for command and control and data acquisition. Specified COTS hardware components for sensor. Performed 7 week deployment to war zone for field calibration of 4 UASF Liberty and USA MARSS aircraft.

System Engineer for a real time Signal Processing and Direction Finding systems. Mr. Anspach has performed many market surveys for modern DF COTS systems to respond to Quick Reaction 2

deployment requests. Additionally, Mr. Anspach has also specified a VHF/UHF DF and collection system and narrow-band and wide-band signal processing system and its hardware platform for mobile and airborne use considering performance as well as size, weight and power. SETA responsibilities have included contributing to requirements and specification of single board VME based VHF/UHF fast tune dual receiver as well as participate in customers first article acceptance testing to ensure receiver performs to specification, as well as validating general receiver performance. Lead System Engineering responsibilities have included moving customers projects forward from legacy hardware and software baseline architecture to a modern, more capable, hardware and software signal-processing platform to extend the life of the program, ease future development and integration efforts, and reduce maintenance costs.

Lead Software Engineering responsibilities have included leading the effort of porting all real time signal-processing software to next generation platforms. In support of this effort Mr. Anspach developed and implemented a design for the next generation platform signal processing software architecture. Hardware Engineering responsibilities have included design and development of a CompactPCI baseboard including all board level digital circuitry and schematic design, component selection and layout and VHDL code development for on board programmable logic. Mr. Anspach also developed a software device driver for the baseboard and command and control interface software for use with system controller. Mr. Anspach was responsible to create all design and interface documentation, and see board through manufacture, test and system integration.

Field Integration and Test Engineer responsibilities have included integrating VHF/UHF collection, Angle of Arrival Direction Finding and precision Time Difference of Arrival systems into airborne and ground mobile platforms. Perform phase and amplitude delay measurements as well as delay measurements for platform calibration. Participate in calibration and verification sorties on board target USAF Liberty and USA MARSS airborne platforms. Verify and validate data. Additional tasks included development of a real time command scheduler and parser for a TMS320C31 Digital Signal Processor to control synchronization and tuning of Digital Drop Receivers. Mr. Anspach was also responsible for developing additional command an control capabilities such as dynamic receiver channel management and allocation for Raceway and RACE++ data routing. Embedded Systems Design Inc.: Hanover Maryland

Electrical Engineer: 1997-2000

Hardware Engineering responsibilities included assisting in the development of a Single Board Computer based on the Texas Instrument TMS320C6201 Fixed Point DSP. Defined architecture of DSP and FGPA environment and defined data flow for processing the signal of interest. Developed all embedded VHDL and DSP software and algorithms to de-multiplex, analyze and process broad band digital signals. Defined and implemented the SBC’s interface to an ATM network. Designed and implemented all control code for the SBC.

Software Engineering responsibilities included development of real time DSP algorithms written in C and TMS320C40 Assembler. Development target was a COTS octal TMS320C40 DSP board in a PCI chassis. Port signal processing software to several hardware platform hosts. Booz Allen & Hamilton: Linthicum Maryland

Electrical Engineer: 1995-1997

Responsibilities included development of real time DSP algorithms written in C and TMS320C40 Assembler. Development target was a COTS dual/quad TMS320C40 DSP board in a Multi-bus II chassis executing the IRMK operating system. Proficient with the TMS320C40 Debugger/XDS510 Emulator, as well as Comdisco’s Filter Design System, Block Diagram Editor and Signal Calculator, Matlab, Code Composer and Code Center.

American Systems Design Inc.: Chantilly, Virginia

Development Engineer: 1992-1995

Responsibilities included specification of hardware platform, firmware design for 30 node RS485 peer to peer token passing network, digital I/O algorithm design, Command and Control software and fault simulation for maintenance training. Additional duties included digital hardware design for custom operator I/O interface, using ORCAD schematic capture, and XILINX design management tools for 3

FPGA’s. Coordinate mechanical designers and electronic technicians for accurate implementation of simulated systems.

Shorrock Electronic Systems: Hanover, Maryland

Development Engineer: 1986-1992

Responsibilities include definition and design of proprietary embedded control systems, data acquisition, data communication protocols and data monitoring systems. Design hardware and software for products and systems. Perform system upgrades, software maintenance, evaluation and documentation of new and existing systems. Additional duties were to provide engineering assistance and solutions to field and maintenance personnel, design diagnostic and test equipment for in house and field use. Experienced in digital hardware design and software design, including DOS device drivers, 8051 micro controller single board computers and Programmable Array Logic design. Experienced with Z80 based STD bus microprocessor systems, Z80 and 8051 in-circuit emulators. Professional Experience/Skills:

Embedded Software

• Embedded Communication Systems Development and Integration

• Developed C++ Client/Server Linux application utilizing sockets and threads

• Developed software for real time processing applications

• Developed software for real time Software Demodulation for TMS320C4x and MPC7410PowerPC Digital Signal Processors

• Developed software for real time task Scheduler for TMS320C31 DSP

• Developed software for real time De-multiplexors

• Developed software for vulnerability and security assessment Digital Hardware Design

• Developed data reduction filter and FIFO interface for ATM LIU and dual ported memory for TMS320C6201 using ALTERA FPGA and MAX+PLUS II

• Developed custom I/O and LocalBus interfaces using XILINX FPGA

• Designed CompactPCI board using PLX9030 33 MHz, 32 bit Local Bus interface Programming Languages

• C, C++

• JAVA

• TI TMS320C3x/4x Assembler

• Intel x86 Assembler

• Zilog Z-80 Assembler

• Intel 8051 micro controller Assembler

• VHDL

• Python

Operating Systems

• Linux

• Solaris

• VxWorks

• DOS

• QNX

• Lynx

• UNIX

Development Tools

• ORCAD Schematic Capture package

• XILINX FPGA Design Management Tools

• ALTERA FPGA Design Management Tools, MAX+PLUS II

• MAX+PLUS II, Warp, ModelSim, Synplicity; VHDL synthesizers and simulators

• Borland C++ Integrated Development Environment and Compiler

• Texas Instrument TMS320CX Compiler/Debugger/XDS510 Emulator

• SPW/Comdisco Filter Design System, Block Diagram Editor and Signal Calculator

• GO DSP Texas Instruments Code Composer

• VxWorks Tornado

• MATLAB, Octave

• Microsoft Visual Studio

Education:

• MES, Master of Engineering Science, Loyola College in Maryland, Baltimore MD, May 2000

• BSEET Capitol College, Laurel MD December 1989

Clearance:

• Active Top Secret TS-SCI Full Scope

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