Converted to permanent position.

Electrical Engineer designing electronic equipment for the Medical industry.

Electrical engineer who designed a circuit board for the latest scanner model. Designed an image capture circuit card using Orcad schematic capture. This board received gigahertz images, processed by an Altera FPGA, stored in DDR3 memory, power ladders, motor control, and USB 3.0 output. Also investigated much higher throughput image capture devices and data throughput techniques for future models.

Electrical Engineer on contract to design, integrate and test a single board computer with PIC32 processor to verify fiber optic connector insertion and destination via Ethernet. Selected parts to meet user interface and environmental requirements. Skilled at diagnosing failures and converging the electrical and mechanical design to meet compliance. Skilled with SAP and Windchill design documentation and lead a team of 2 technicians to assemble and test 16 units.

• System engineer for a team of 8 electrical, mechanical, and firmware engineers to design a laser pointing device with an embedded micro controller and firmware. Skilled at selecting parts to match throughput and accuracy requirements including transformation of digital video, WiFi wireless interface, batteries, power supply sequencing, EMI suppression, and analog inputs for barometric, humidity, and temperature sensing.• Designed an extension to a factory tester with a custom circuit board using USB, FibreChannel, RS-485, and RS-232 interfaces to verify 4 processor cards during functional and environmental testing. Skilled at schematic capture, placement and signal routing using Zukin software.• Designed a complimentary video circuit boards to transmit 4 GHz SMPTE video to 8 external displays. Skilled at selecting the best FPGA concerning the mix of I/O types, gates, and pin assignments. Skilled at selecting the switching and linear power supply parts to match the tight voltage margins for the GHz signaling and the FPGA. Skilled at schematic capture, placement and signal routing using Mentor Graphics software. Skilled at simulating the 4 GHz routing using the HyperLynx PCB Analysis software.• Designed a dual Freescale processor circuit board with a single Dense Wavelength Division Multiplexing (DWDM) fiber optic pair. Skilled at designing with operational amplifiers to control temperature feedback to the DWDM parts that precisely maintained optic wavelengths during temperature swings. Skilled at simulating the GHz routing using the HyperLynx PCB Analysis software. Skilled at selecting the switching and linear power supply parts to allow for the tight power filtering for an Atmel FPGA and to stabilize the 2 GHz PCIe signaling from the processors. Skilled at performing thermal design analysis and EMI minimization for this high current and high switching board. Skilled at schematic capture, placement and signal routing using Mentor Graphics software.

• Lead engineer including a junior electrical and a junior mechanical engineer to design and test a video controller which merged control, video, audio, and radio from commercial cards. Skilled at selecting cards to match throughput and accuracy requirements for audio, video, Ethernet, and USB. Skilled at designing test procedures to perform thermal and EMI tests. Skilled at diagnosing failures and drive design modifications to meet compliance. Skilled with factory build documentation and leading a team of 2 technicians to assemble and test 7 units.• Designed an Intel based factory test station to verify a 32 port FibreChannel fiber optic data network switch, allowing for functional, environmental and calibration testing. Skilled at selecting the commercial Intel processor and RS-485 cards to be used to calibrate the network switch. Skilled at programming the test station using LabView software. Skilled at packaging the parts in an unusually tight enclosure.• Lead engineer including a mechanical engineer and programmer to design, built, and test a video controller tester containing COTS video and digital boards. Skilled at selecting commercial video and Ethernet cards that match throughput and accuracy requirements. Skilled at designing the internal video, RS-422, and Ethernet wiring as well as a custom routing board. Skilled at designing test procedures to test thermal, vibration and EMI. Skilled at diagnosing failures and driving design modifications to meet compliance.• Designed an Intel based factory test station for the video controller unit. Skilled at selecting commercial processor, Ethernet, and RS-422 boards that match throughput and accuracy requirements. Skilled at programming with ATEasy software. Skilled at requirements documentation and testing requirements using DOORS software.

• Designed an Intel processor based factory test station to send discrete and synchro signals and receive audio from a missile controller. Skilled at selecting analog, digital, oscilloscope, and switching commercial boards to match accuracy requirements. Skilled at programming Fourier transforms on audio signals using ATEasy software. Skilled at designing test procedures to test thermal, vibration and EMI.• Lead a team of 2 electrical engineers and 2 programmers to design an instruction monitor for a target processor. Skilled at leading a team physically separated in 2 different states. Skilled at selecting RAD hard parts for time measurement and parts to select and drive real-time instruction data onto a 10 MHz parallel bus. Skilled at schematic capture, placement and signal routing using Mentor Graphics software.* Skilled at 'C' programming a UNIX based HP workstation with Motorola microprocessor which measured TCP/IP Ethernet throughput and end-to-end delay in a suite of multiple test processors.• Skilled at designing two research circuit boards to demonstrate a fiber optic data bus.* Skilled at assembly programming an Intel based processor to use an SAE token bus controller chipset.* Skilled at CMS programming a network performance monitor and remote software loader, giving the operator the ability to debug and load software on an air traffic control platform.

* Programmed Intel based firmware to control Local Area Network hardware including an SAE fiber optic token bus, IEEE 802.5 token ring, and a proprietary high speed LAN.* Programmed a network performance monitor and remote software loader, giving the operator the ability to debug and load software on an air traffic control platform.* Programmed three assembly language programs for a proprietary LAN, expanding the distributed database tools for the next generation internet protocols.