Ray Mcnamee Email & Phone Number

Portland, Oregon Area

project management, development of new products, technical support staff.

• Development and Design of new products.
• Responsible for the design of optical measurement and machine vision systems
• Responsible for the design, development, and debugging of interfaces to high precision motion systems including PLM systems, IEC FCC/CE EN61326, UL/TUV EN61010 etc.
• Responsible for the design and development of LED illumination circuitsTeam leader, work with suppliers, vendors, test houses
• Provided electrical engineering expertise to a team of engineers designing semiconductor metrology instrumentation.

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Hillsboro, Oregon, 97124

Development, Design and Validation of new blade Server products and related components.Chaired design reviews with internal team and external team, Defined and document products. Created schematic, Monitored PCB layout, worked through simulation issues and resolved them before first board was made. Ordered/received boards for debug and validation testing..

Vancouver, Washington

Design, development and implemented LED and Laser Drive circuits. Created company standard FPGA to ASIC development boards. interfaced Laser driven Pico projector with Sam Sung Galaxy Beam cell phone.Xilinx FPGA VIRTEX 7, KINTEX 7, ARTEX 7 and SPARTAN 7,

Portland, Oregon

• Responsible for the design of new joystick products for Williams Controls. From Concept to Prototype production. Life tested joystick. These units were EMC, RFI compliance tested and passed all requirements first time.

• Experienced in MPEG and display port video
• Responsibilities included the management of projects, proposal of design changes and implementation of them
• Involved in designs including multiple FPGA’s, PCIe, BLADE, multi processors, microcontroller, SERDES, XAUI, PureSpeed I/O, memory controllers, 1G/10G Ethernet, etc.
• Responsible to propose validation and testing plans for high-speed optical interfaces
• Managed layout of 34 layer, highly complex boards with multiple FPGA’s running at 3.125 Gbps.

• Responsible to create product proposals for heads up display products
• Chaired design reviews
• Created schematics, block diagrams, and theory of operation documents
• Used Spartan 3, MPC7410, XC3S1500, XC3S100, and USB in product designs
• Left Rockwell Collins to join a new and promising company

• Sr Design Engineer-designing multiple FPGA on a board used to emulate an ASIC before product tape out. Created MIPS CPU PCI daughter card, video mother board with multiple Xilinx XC4VLX160 used as video grahics.
• Responsible for the design of boards used for ASIC development and validation
• Architected, created schematics, managed layouts and board turns on procedures for 6 different boards. These boards included video, DDR1, DDR2, Tuners, Codec, A/D, D/A, >500MHz LVDS, USB2.0, and FPGA XC4VLX160

• Contract position – Worked as a Senior Engineer designing and updating boards, updating firmware, C code generation, and documentation. Also worked with EMI and RF, and RFI

• Responsible for the design of 10 different high-speed boards
• Implemented Pixelworks’ chips by creating block diagrams, product specifications, and selecting associated parts
• Held design reviews, oversaw board layouts, built boards, and programmed XC2V6000
• Responsibilities included being a technical lead for other engineers, working with manufacturers/distributors to obtain parts and test equipment, generating new product proposals, specifications, and validation plans
• Designed boards that included Codec, ADC/DAC

• Worked as member of high-speed circuit design team that developed the Pentium Pro and Pentium 4 microprocessors
• Involved in the development of approximately 60 different board and system products including the Pentium III and the Pentium 4
• Development work included disk drive controllers, memory cache, thermal sensors, analog to digital converters, programmable power supplies, IEEE488 controller design, and voice recognition systems

consultant,design 4 channel, plus protection span T1 interface board in 5 weeks from concept to production.

• 432, I2ICE, 80186, 8051, 960, 80286, 80386, 80486, P1, P-PRO, PII, PIII, PIV. Board, system and Chip set designs.Member of high speed circuits group and AI32
• Worked as member of high-speed circuit design team that developed the Pentium Pro and Pentium 4 microprocessors
• Involved in the development of approximately 60 different board and system products including the Pentium III and the Pentium 4
• Development work included disk drive controllers, memory cache, thermal sensors, analog to digital converters, programmable power supplies, IEEE488 controller design, and voice recognition systems

Bseet, Electrical Engineering

Activities and Societies: acquired this degree while working at intel full time (60 +) hours/week

Aseet, Electrical, Electronics And Communications Engineering