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Electrical Engineer Resume

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San Jose, CA

SUMMARY:

  • Analog Electronics, Embedded Systems, some DC - DC power design.
  • OrCAD and EagleCAD schematic capture with EagleCAD PCB layout
  • Embedded C Programming
  • MATLAB Coding
  • PCA Assembly/Prototype + Test

EMPLOYMENT:

Confidential, San Jose, CA

ELECTRICAL ENGINEER

Responsibilities:

  • Designed a portable, sensor based electronic product with an embedded processor and other fine pitch components.
  • Generated schematics, gerbers, pcb.
  • Performed component placement and reflow/soldering for prototype evaluation purposes.
  • Wrote embedded C code for the device, and for test thereof.
  • Designed corresponding test fixture which includes an LCD display, a USB interface, DUT horn amplitude monitoring, XY magnetic field coil pairs with associated programmable current source drivers, standby and run current measurement, and a pogo-pin interface.

Confidential, San Jose, CA

ELECTRICAL ENGINEER

Responsibilities:

  • System and board level OrCAD schematic capture, BOM authoring, w some analog design. Short term as planned.

Confidential, Los Gatos, CA

ELECTRONIC TECHNICIAN

Responsibilities:

  • Hired to perform assembly and test of a portable instrument utilizing DVM’s and oscilloscopes.
  • Performed component replacement for upgrades and repairs.
  • Later also involved in optimization of analog and magnetics for 2nd generation product.
  • Projects included PCB layout, soldering, analog and simple digital signal processing, a solar powered rechargeable source, and embedded C coding.
  • S/W included a pseudo-random noise generator with planned true random source.

Confidential, Oakland, CA

ELECTRICAL ENGINEER

Responsibilities:

  • Designed, prototyped, installed various analog circuit additions to existing heart-assist pump-controller.
  • Developed and prototyped DC-DC power supplies and power supervisory circuits as well as IC based ORing.
  • Utilized DVM’s, Oscilloscopes, Dynamic Signal Analyzers, LT-SPICE, etc..

Confidential, San Jose, CA

ANALOG ENGINEER

Responsibilities:

  • Assumed EE responsibilities late in development of a low power, portable blood glucose monitor.
  • Made minor design corrections and improvements to the PCA. Documented changes in ORCAD.
  • Expanded and updated electrical tolerance spreadsheet for production test.
  • Helped complete hardware requirements document, hardware design specification document, and design verification test protocol with formal ECO’s in “Agile”.
  • Linked documents and test results using “Doors”.

Confidential, San Jose, CA

ELECTRICAL ENGINEER

Responsibilities:

  • Finished-out build of a very miniature, PIC microcontroller based portable data acquisition device.
  • With good mentoring; wrote embedded C code for this same device including a command parcer.

Confidential, Fremont, CA

ELECTRICAL ENGINEER

Responsibilities:

  • Hired to replace electrical engineers lost midway through the design of a new semicon tool.
  • Designed AC distribution sub-panel for a motion control servo platform and DC distribution cables for the tool.
  • Assisted determination of system UPS requirements and design of UPS interlock and control.
  • Worked a large number of full-time, necessarily short-term, contract positions between sessions of school.
  • Total 31 months as “EE”, 8 months as “Component Engineer”, 14 months as “Electronics Technician”.

Confidential, Fremont, CA

Developer / Manufacturer

Responsibilities:

  • Initially performed support functions such as magnetic field mapping, data acquisition and analysis, analog and digital circuit prototyping, circuit test, and schematic capture in ORCAD.
  • Used oscilloscopes, spectrum analyzers, dynamic-signal analyzers, RLC meters, DVMs, etc. .
  • Later designed and built custom analog circuits for experiments in the lab and in the field, including data acquisition signal conditioners, low noise and drift integrators and amplifiers.
  • Soon became a key contributor in solving a number of critical system problems while working my day job as engineering support to manufacturing and to the field, for magnetics issues.
  • Designed a pre-distortion filter for a device that gave the system immunity from external magnetic field noise.
  • Designed and implemented simple changes to existing magnetic field homogeneity optimization software that allowed optimization over new shapes that I thought might improve marketability. This proved correct.

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