I am working in the design of a controller board. This board includes an Altera FPGA, DDR3, SPI RAMS, a Marvell Ethernet Switch device, interfaces for 4 Ethernet 100 Base-T ports, RS485, RS232, A/D, a Fan Controller and both switching and LDO Power Supplies. A function that is paramount in thisboard is current sensing and a breaker function that forces a pass transistor to turn off when too muchcurrent is detected. As of today, most of the board has been checked out by software and myself andfunctions as expected. This work also involved working with the layout designer in determining theboard stackup, trace widths, breakout of planes, component placement, impedance and matched length ofsignals. I also have had to create tools for testing.Part of my duty as a member of the team also includes reviews of other boards and system integration.This led me to help out with the layout of some of other boards as well and helping out with some minordesigns used for testing.I am using Cadence/Allegro as my schematic capture and layout tool.

I worked in the testing of an avionics thruster unit. This included cabling, testing, writing testprocedures and analysis.

I worked in the design of boards utilized in Ethernet switching systems for Cisco. These boards contained power supplies, Ethernet controllers, USB 3.0 and high speed signals of 10GHz and higher. My work involves design, schematic capture, working with layout, routing, fab-out an troubleshooting. I used Cadence 17.2 as my schematic capture tool.

I worked on cards that are utilized in the power control industries. I had to do update on some cards with new components and functions. These included a new backplane board and two relay logic cards.My work involved schematic capture, working with layout and testing. I also have had to do some work with Verilog programming. As part of my functions I have had to troubleshoot problems with the system as well as participate in design reviews.

I worked on mixed signal electronic boards used in the medical field. This included design work on a display controller board, a front panel interface board, and work defining system and design requirements for a wireless shutter system. I also designed small PC Boards to be used for a portable battery powered smart nicotine device and similar boards for other applications including flexible PCB’s. This work includes schematic capture and layout. Designed circuits included mixed signals, I2C and SPI devices, opto-coupler interfaces, RS232 and USB, Power Supplies, a System on a Module (SOM) and Bluetooth . I also had to work on the PCB layout, determine the stackup and the PCB placement of the components. I used Cadence 16.6 for the schematic capture/pcb tool.

I supported several Defense design activities. This included work on a front panel board, a controller board and a remotely power “boat” drone. This work included the schematic capture and layout of various circuit boards and systems for manufacturing and prototyping and helping out with written government proposals and other engineering tasks such as design reviews and trouble shooting.• Used Mentor/Viewlogic as the Schematic Capture Tool and for PCB design work.• Used Visio for some drawings.

I worked in board design for small infrared camera systems. This design work includes Embedded Systems and Digital and Analog circuits. • Used Cadence as the Schematic Capture Tool and Layout.• Performed Debugging and have had to interface with Software, FPGA and Mechanical Engineers• Have had to perform design evaluation and various Design Reviews• Designed Power Supply, Analog Interface, and Test Development Boards plus determining cable assemblies, test plans, and procedures.• Worked in the total system concept and design.

Worked in the design of small 2.5G wireless network modules. This involved the design of the wireless network modules themselves and their supporting development kits. My design work covered the Baseband devices which included: o Digital and Analog Processors, o Memory, o Audio, o Keypad and LCD Display, o Battery Charger , o Connections to the RF transceiver and other peripherals• Used PADs as the Schematic Capture Tool• Did Layout using PADs- Performed careful routing of high speed clock and Data/Address Lines• Debug and Troubleshooting• Interfaced with Software, Manufacturing and Mechanical Engineers in dealing with any issues• Audio testing• Sustaining engineering work for various modules, type approval modifications of designs and component evaluations. • Other designs for Daughter Cards for WLAN, and Bluetooth

Worked as a lead hardware engineer for Cellular phone designs. These were 2.5G and 3G GSM/GPRS/EDGE/UMTS phones for the 850, 900, 1800 and 1900 MHz GSM Bands and the UMTS bands.• Design/customer support• Layout verification and customer feedback• Customer training• Trouble-shooting and analysis of design issues and concerns• Audio Testing• On-site System Testing

Interacted as a Lead Hardware Engineer with customers designing GSM and GPRS cellular phones using the SkyWorks chipset. This chipset was composed of a Base-Band Processor with a built-in DSP, an Integrated Analog Processor with Audio/CODEC functions, a Power Supply Device and two RF Devices. Directed and assisted the customers in designing this chipset in their phones and how to interface them with other devices such as Memory, Melody, LCD and Camera devices.• Verified layout and provided feedback and comments. • Performed training for customers. • Performed trouble shooting and provided solutions to problems with Software engineers.• Kept abreast with issues from other designs and from our main design center and provided feedback to customers in areas of concern.• Provided direct help to our customers when trying to pass industry testing.

Designed a dense Optical board for use in an Optical Switching Module. • Schematic Design using Viewlogic.• Worked with CAD Designer in doing Layout work • Interacted with Mechanical, Software and Test Engineers• Performed Debugging and Troubleshooting.• Successfully completed the technical challenges and issues involved in designing this board in a short period of time: interfacing four 3.125Gbps electrical interfaces to two OC192 (10 Gbps optical each) modules plus integration of power supplies, Virtex II FPGA, PCI bus, MPC860 type bus and high speed parallel and serial lines. • High Speed design with some lines clocking speeds of up to 622Mhz. The solution was to make these high speed signals either LVDS or LVPECL and to pay special attention in the layout by working closely with the Layout CAD designers.• Worked with other Hardware, Mechanical and Software engineers in order to successfully integrate my board into the system and to make the overall concept work.

Designed several cards ranging in size and complexity for an Optical Switching unit.• Participated in design discussions of a small state of the art Optical Shelf Unit. This included performing some research tasks and providing input at the meetings.• Based on requirements and design discussions, successfully designed several cards for new Optical Unit: Power/Filter Card, Alarm Card and a System ID Card.• Designed a DSP powered Optical System Card for a new shelf unit.

Electrical Hardware Engineer working in the design of military systems. Work involved research, design, layout, component selection and debug/troubleshooting plus some C programming.• Designed several dense boards (containing Motorola Power PC processors, FPGA’s, Flash, SDRAMs, serial driver devices and A/D’s). • FPGA design work using VHDL.• Designed Phase Locked Loop driven FM Transmitter, and a Temperature and Humidity Board in the time schedule given for the project. These were dense boards and required some research on my part in order to implement them.• Worked on Power Supplies, GPS receiver board and a microprocessor-based Manchester to Serial decoder box. This work allowed for the timely development of the projects.• Derived a ground plane for GPS applications. This was awarded a patent (US Patent 6100855). Without this invention, a Navy project would not had been completed

Schlumberger Smart Cards and Systems, Moorestown, New Jersey. January 1995 to May 1997Electrical Engineer working in the design of Point of Sales Terminals. • Did design, layout, troubleshooting and component selection. • Used ORCAD as schematic capture tool for the designs.• Defined and developed I/O interfaces to the Point of Sales terminals. • Developed design approaches and implemented them• Kept abreast of Industry standards and performed FCC certification and CE testing. • Had to come up with a scheme to encrypt PIN Pad inputs. Received a patent on a microprocessor-based security scheme (European Patent EP 0809171).

Loral Space Information Systems, Houston, Texas. May 1989 to August 1994 Worked as an engineer for hardware design and development for NASA projects. • Design projects involved Avionics and Display Boards. This included design, schematics, layout, component selection and programming with 8051 and 8096 assembly languages.• Fixed the design of a Head-Up Display in time for astronaut training. This was done successfully under pressure and time constraints.• Performed board modifications, PAL programming and debug/troubleshooting.• Setup lab and tools for testing of various Display components. • Performed systems studies for future requirements and designs