Systems Electrical Engineer/Team Lead Resume

SUMMARY

Medical product design, validation and verification to FDA Regulation 21 CFR 820.3and IEC60601 - 1 standards
Aerospace flight control design, validation and verification to DO-254, APR4754A and DO-160 standards
Aerospace and Micro Turbine full authority digital engine control (FADEC)
Aerospace intrinsically safe fuel systems design to FAA 25-981-1C
DSP Controller Design based on SM320F28335, ADSP-21469 and DDR2 devices
VHDL and Verilog code development and verification to DO-254 Aerospace standards
ARINC429, ARINC825 and RS485 communications hardware design and C code development
Analog/digital/FPGA and Fiber Optic design
Semiconductor process control, electrochemical instrumentation development and design
Reliability Plans, failure mode and effect analysis (FMEA) for Medical Devices, Aerospace flight controls and electrochemical analyzers
Management of UL/NEC, Electromagnetic Compatibility (EMC) standards and Aerospace/Medical safety standards
Highly Accelerated Life Test (HALT), Highly Accelerated Stress screen (HASS) Automatic Test Equipment (ATE)
Telecommunications engineering support and design of T1 to T5, TCP/IP, H.320 Video and Fiber Optic networks
Embedded C and C++
Project management responsibility for Vitro Diagnostic (IVD) and Ophthalmology medical instruments
Government Security Clearance TS-SCI level-inactive

TECHNICAL SKILLS

EE Design: Medical Electronics, Aerospace Flight Control Systems, Electrochemical analyzers, ATE systems.

Hardware: Digital Signal Processors, ADSP-21469, TMS320-C6X, SM320F28335, Z-180 processor and DDR2 Memory. PLC Processor Controllers Opto-22 and Kokogawa

CAD/CAM/CAE: Allegro v16, DxDesigner v2005.1, PCAD, OrCAD, SPICE and Questa Sim v10.1

Compliers/Tools: C, C++, MS Visual SourceSafe, MS Project Management

PROFESSIONAL EXPERIENCE

Confidential

Systems Electrical Engineer/Team Lead

Responsibilities:

Systems, module level architecture and requirements development for embedded controllers, analog, digital, FPGA and DNA sensors to IEC61010-1 / IEC60601-1 safety and IEC6 In Vitro Diagnostic (IVD) medical standards.
Embedded computer and communication bus design for tissue sample handling, thermoelectric control and reagent delivery functions based on Zynq-7000 XC7Z020 FPGA/SoC, NXPi.MX6 ARM A9 Processors, Gigabit Ethernet, LVDS, CAN, USB, SATA, I2C, SPI interface devices and robotic sub-systems utilizing Altium Designer v 17.16
Circuit error budget analysis and power budget analysis for amplifier, ADC and power supply sub-systems
Participate and chair design review meetings. Failure investigation and root cause analysis.
Weekly meeting with client to review and resolve electrical, thermal, fluidic, software/firmware and DNA sensor issues.
Provide project time and resource allocation estimates utilizing concurrent tasks to define critical paths for product deliverables.

Confidential

System Engineer

Responsibilities:

System and sub-system level electrical design of analog, ADC, digital, memory, imaging devices, power and motion control electronics
Circuit error budget analysis and power budget analysis for amplifier, ADC and power supply sub-system
Imaging and camera control circuit simulation for analog devices utilizing PSPICE
System and module level requirements development, verification and validation protocol test cases per FDA standards EN 1 utilizing HPQC requirements application software.
System communication, command and control development of tissue imaging camera, tissue sample handling and reagent delivery based on USB, I2C and SPI interface devices
Management of Instrument Electromagnetic Compatibility (EMC) design and test to EN 61326-1 and EN 61010-1 safety standards
Image analysis for 14 MP CMOS imager at 60 frames/ sec, pixel size 1.4µm x 1.4µm pixel at 400nm to 750nm wavelength.
Review and approve system and embedded level instrument application C++ source code software utilizing Microsoft Visual Studio 2013 and Stash distributed software revision control system

Confidential

Systems Engineer

Responsibilities:

Flight controls requirements development for Inceptor Interface Module (IIM) sub-system and Motor Control Electronics (MCE) firmware utilizing IBM Doors v9.5
Provide IIM and MCE requirement validation and design reviews in compliance to DO-254 section 6.1
Analyze IIM and MCE VHDL firmware for system and safety effects by reviewing Spartan-3 FPGA VHDL code utilizing Mentor Questa Sim v10.1 providing firmware Problem Report (PR) and Change Review (CR) resolution.
Requirement tracing from IIM/MCE VHDL source code to sub-system requirements
Create IIM flight control FPGA firmware requirements Hardware Design Data (HDD) to define hardware specifications

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