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Click here or scroll down to respond to this candidateMike Schreiber: ResumeHi! I would like to note that like Joe Biden, I am older than dirt but think that would have little effect on my ability to effectively address any and all of the subjects included in this resume. I am Street Address pounds of intense energy and feel like with my broad range of engineering expertise and a deep range of historical technology, that I could inspire student to maximize their potential by seeing the past technological advances as motivation for defining their engineering futures.I have been retired for 10 years, but with the skyrocketing cost of living and a need to find a way to escape the boredom of retirement, am presently available for employment. I have teaching experience at NAC, and have negotiable salary requirements. I have included my resume which presents my work experience. Please help me to be a contributing member of society. I wont let you down.Summary of Experience:I have extensive experience working on electronic & electrical systems.Electrical: support of industrial, commercial residentialIndustrial: Installation, test & maintenance of equipment from the 440/3 phase 25 MW Boiler driven generator to sugar syrup evaporators, sugar extracting centrifugal separators, shakers to prevent clumping to the baggers. The job I had was to install & program PLCs to replace 3 phase mechanical relays under mechanical timer control.Residential/Commercial: I was required to lay out the entire system from switchgear/ breakers to wiring, (conduit or romex), to switches & loads.Controls & Communications:1.As a Radio Relay Repairman in the USAF, I worked in the T1 frequency division multiplexing relay station that separated digital & analog traffic from the Tropo receiver, extracted local traffic & passed through traffic to a Tropo transmitter; conditioning of signals was extensive to deal with signal degeneration due to noise.2. Digital & Analog Signaling: DSP, (Sampling, Quantizing, Coding)Cellular Telephony: Propagation, Source and Channel Coding, Cell Design & Sectoring, Channel Division & Access Methods, (Static & Dynamic Allocation, Reuse schemes), Traffic Theory,(Birth-Death Processes, Queuing, Erlang Planning (Blocked & Queued), Channel Hand-off3.Optical Fiber Communications: Sources, Modulation, Detectors, Waveguide Theory, Noise Detection, WDM4.Video and Digital Image Processing: Analog & Digital Video Standards, Sampling, Fourier & Wavelet Analysis, Video Modeling & Motion Estimation, Video Coding: [Waveform Based (DCT & Predictive) & Content Dependent (Shape)], Video Compression (MPEG) & Streaming with error controlAs an engineer at ESH, I not only designed the Device Under Test boards from part layout, creation of rats nest from netlist to routing the runs for circuitry used to interface LSI bipolar & CMOS chips to Automatic Test Equipment,.At Memorex I built up a 600 Mbyte, (heh heh, 1980) Disc Drive system with a 12 module card cage employing a phase locked oscillator that used the feedback from the master head for positioning of the 12 read/write that had to be aligned to 25 microinches accuracy using the IBM gold standard for test to access data on the removable disc pack. The servo motors used for seeking was not a step motor but had an analog servo amp that required gain calibration for a 25 microinch step.Telecommunications:TCP/IP protocol layers1.Applications: DHCP, DNS, FTP, HTTP, SOAP, SSH, POP3, SMTP2.Transport: TCP, UDP, DCCP, SCTP, RTP, IGMP3.Network/Internet: IP, (V4 & V6), OSPF, BGP, ARP, RARP, ICMP4.Data Link Layer: 802 family, (Ethernet, FDDI), Wi-Fi, ATM, ISDN5.Physical Layer: Ethernet Physical layer, SONET/SDH, OFDM, PLCElectronic Design:1.Analog: Simulation with Pspice, Matlab & Simulink2.Digital: Simulation with VHDL using FPGAs & FPLDs3.Circuit Board Design:Schematic Capture, Netlist & Footprint generation, Board Layout, & Gerberfile Generation ofControl Engineering1.Design PIDS ; stability margin and state space analysisProgramming of Programmable Logic Controls (Cutler Hammer and Allen Bradley PLCs) Programming of FPLDs, VHDL based on the IEEE STD 1164) as well as implementation using M68HC11 microcontrollers hardware and software, and SIPO architecture.2.Robotic Manipulator: Denavit- Hartenburg Representation3.SCADA systems using Wonderware HMI/SCADA programming platform, including real-time data acquisition with server to server data communications and tamperproof data integrity using watermarking4.Data Acquisition systems using Labview.Sincerely,Michael E. Schreiber MSEE41 Falmouth Ave.08759Home phone: PHONE NUMBER AVAILABLEEmail: EMAIL AVAILABLEResumeEducationMSEE Florida State University, Tallahassee, FL, April, 2007BSEE Arizona State University, Tempe, AZ, April, 1995HD Mechanic Motorcycle Mechanics Institute June,1986EmploymentThe Boeing Company;Berkeley, MO; Present Manager: Ryan Taylor 06/08-5/14General Description of Duties: Design, test and troubleshooting of software and hardware required to monitor Data Acquisition equipment aboard a variety of aircraft. & in a structural test being tested for flight. Details are included in job descriptions 1 through 4.1.Volt Services contracted to the Boeing CompanyBerkeley, MO; Manager: Malcolm Smith 06/08-05/09Duties:Test of IBIMS (Intellibus (IB) Interface Module):By use of the IB Manager (a program written with C++), test data is passed from a sensor connected to an IBIM, (signal conditioner) then to the Intellibus NIC (Network interface card). All IBIMs are addressed by the NIC via a serial communications protocol. Testing included:Switching Power Supply output voltages; (Analog and Digital Pulse Width Modulation) using a multi-meter and an O-scope.Use of the IB Manager downloaded, from a remote server to a local host computer to drive a serial NIC that handles bi-directional communications to the IBIM with tests including:Use of the IB Managers GUI (Graphic User Interface) to enable selection of internally or externally generated signals for testing IBIM integrity. Parameters are passed via a balanced RS-485 transceiver buffered serial bus to a preprogrammed FPGA (Field Programmable Gate Array) that sets EEPROM table values for:a) The signal conditioning stages excitation voltagesb) The programmable amplifier for gain & CMRR, AC or DC sensor inputs and signed/unsigned output offset voltage of numerical output formats.c) The bandwidth of the analog filter stage for sensors for a variety of operational frequencies by programming coefficients of the 6-pole low-pass filters digital potentiometers for conditioning the analog signal voltage passed to the analog to digital conversion output stage.2. Test & Evaluation Engineer 2:Duties:System Integration & test of the Data Acquisition systems on the F15 Fighter for Singapore.Responsibilities included selection of a variety sensors & signal conditioning for specified measurands including analysis of measurement accuracy.System buildup & software configuration for serial based hardware using the Teletronics TTCWare, (including setup of PCM format), then use of IFGEN create the aircrafts software upload to complete pre-installation bench test.3.Instrumentation Engineer on the P-8A for System integration & test of the Data Acquisition systems.Duties:Responsibilities included buildup of an Ethernet based system data acquisition network using Teletronics hardware. Shimmer was used instead of IFGEN to create the upload software for the aircraft.Configured signal conditioning hardware interfaces and signal parameters, data recording equipment and downstream telemetry that permit the data acquisition process. These time-stamped Signals include the 1553 & 429 busses data & analog measurands, (typically in a PCM format) that are all multiplexed into a data stream that is transmitted to the ground station via aircraft telemetry, and to onboard recording systems as Chapter 10 data.Use of Autocad to create the block diagrams, & schematics for the data acquisition hardware & requisition of the hardware required preceded the system buildup.4.BT&E Structures Lab: Test conductor;Duties:Setup of system hardware & software needed to satisfy the Test Work Description, TWD, supplied by the customer.Use of the MTS 200 Flextest controller to set up & calibrate the system hardware, (load cells & actuators, sensors & data acquisition systems) then configure the software for the hardware channels, load condition profiles, event limit actions, PID tuning, data display, network address verification for the data acquisition system.5. Electrical interface design: Designer;Duties:Design of subsystems on a functionality basis. They include bus monitoring using ARINC & Mil-STD 1553 Systems, Signal conditioning units for a variety of sensors, A2D & D2A conversion, (de)multiplexing of acquired data to & from a PCM frame, Data recording & serving operations.The job required traffic planning of channels required, tray input & output resources needed for function support, documentation needed for construction efforts including build notes, system partitioning & specific equipment required to support functionality, drawings of harnesses, wiring & termination & identifiers to interface the system components & drawings of the system that describe the interconnected system.Rose Printing; Tallahassee, FL 06/97 - 10/97Duties:Installation of a high speed printing pressInterfacing and testing of sensors and actuating motors used to control the printing process.Bob Mayer Engineering; Tallahassee, FL 06/96 - 06/97Duties:Development of hardware and software for a security doorwayPrototyping of Hardware Position Sensing Detector circuitry mounted in a portal, then generation of software to read and analyze a 3D image for detection of multiple persons within the portal.ESH Inc.; Tempe, AZ 05/95 - 05/96Duties:Design of multi-layer circuit boardsCreation component footprint, device layout, generation of net lists and routing of the rats nest created using both auto and manual routing modes; via trace and pad sizes configuration, ground plane pours, solder mask generation and outer layer artwork; generation of blueprints and Gerber files for all board layers.North American College; Phoenix, AZ 08/87-12/92Duties:Computer Service Technician Instructor;Designed and taught a training course in: AC & DC Electronics, Computer Hardware (8086 Marcraft SDK Trainer), port programming, DMA, and Disc operating system using 8086 Assembler Language. Responsibilities also included system installation, platform mounting, and administration (interface configuration and maintenance of a UNIX based LAN) on thick coax Ethernet, to serve SABRE airline reservation software.American Crystal Sugar Clarksburg, CA 6/83-8/87Duties:Shift Electrician;Installation and maintenance of the electrical distribution and system hardware for the sugar mill; gas fired Boiler/turbine 25 MW 3 phase 440V/phase generator, cooling towers, pumps & water tanks cooling expended steam, Beet slicers, liquid sugar cookers, lime kiln and evaporators for syrup thickening, liquid from crystal centrifugal Separators, sifter/granulators and sugar baggers. The plant was 1940 vintage and was being updated with sensor driven (temperature, pressure and flow meters) inputs for three phase programmable logic controllers of outputs:(motors, heaters, pneumatic and hydraulic valves), to replace the a timer- oriented sequencing system.U.S. Civil Service McClellan AFB, CA 12/81-5/83Duties:Electronic MechanicRebuild of red-tagged communications equipment used in the bomb scoring mission in depot maintenance. The equipment varied from digital (modems, teletypes, and computers) to analog (radios, phones), multiplexers (frequency & time), division, and central relay station switching equipment and telecommunications patch bays. Work included a complete mechanical and electrical rebuild then test.Memorex San Jose, CA 9/79-11/81Duties:OEM & Final Test TechnicianEquipment: 600 Megabyte Disc Operating System; Tasks included build-up of system from components, test with an automatic routine tester to attain operability and then compliance with the IBM gold standard of the 370 mainframe for final test & burn-in.USAF McClellan AFB, CA 3/75-9/79Duties:Radio Relay RepairmanPreventative Maintenance, test and alignment of the 600 Voice channel /9600 Digital channel Frequency Division Multiplexing System supporting the Central Relay Station and Microwave Radio system used for Air to Ground Transceiving.Engineering Skills:Software:Programming internet applications using Java Enterprise Platform, & the Microsoft.NET equivalent to provide a reliable flow of data between a Server and a client to read and write to web browsers; including access SQL databases.Programming Assembler Language with the X86 language family to allocate computer network system hardware resources & implement drivers to control hardware interfaces.VHDL programming of FPGAs with Modelsim for embedded digital logic implementations.C++ programming using the Integrated Development Environment base program generation platforms using the OOP paradigm to develop & troubleshoot Visual C++ applications having header files to [initialize classes & include needed libraries] & source files needed to [define class implementations & dialog boxes to allow user inputs that set up program parameters].Matlab and LabView programming using a strong knowledge of Linear Algebra including various curve fitting techniques to approximate measurand behavior.Use of Mentor Graphic suite: DXDesigner, for schematic capture Expedition for layout of components on circuit board, System Vision for circuit simulationUse of Autocad AC 2010 drafting program to revise the F15 Singapore camera system & map the data acquisition system for troubleshooting teams.Installation, programming & test of PLCs including the Allen Bradley units I have strong familiarity with Ladder logic.Hardware:Test technician on a variety of Communications & Control systems using input & output analog devices, digital logic circuitry & hybrid technologies needed for conversion to & from digital formats.Final Test Technician on data storage systems, Programming the required software interfaces to allow data acquisition from the hardware prototyped. |
