Design Engineer Data
Resume:
Boris Mikhaylenko
Mason, OH *5040
Tel : 513-***-**** (H)
Email: ************@*****.***
Summary
Self-motivated and self-disciplined Control Systems Design Engineer with extensive experience in research and product design from the concept to implementation.
USA citizen from August 2002.
Private Pilot license.
Interests
Intelligent Real Time Control Systems with embedded controllers, Multi-channel data acquisition, Digital Signal Processing (DSP), Mixed signal (analog and digital) hardware
with high performance, programming logic devices, Smart transducers distributed systems, High speed (10Gb; 4Gb; 1Gb ) network communication, Adaptive automation and Monitoring systems. Fault-Tolerant computers.
Skills
Systems design from the ground to production projects lead. Critical missions industrial and aerospace applications for -55C to + 85C ambient temperature fault tolerant electronics for harsh nuclear environment. Up to 10Gb network communication, compact network storage using solid state drives. Multi-core (up to 12) CPU single board computers.
Experience in developing state-of-the-art, highly usable, distributed, enterprise-level systems operating over IP networks and consisting of enterprise software as well as embedded systems and devices
Design Tools PADs;Altera CAD, Altium 10, OrCAD,Expedition7.9;
Operating Systems Windows 7/ XP/2000/NT; Windows CE, Linux, DOS
Languages C, Visual Basic, Assembly (Intel 80x86)
Microprocessors Geode; Celeron M; Pentium M; Core 2 Duo; Motorola PowerPC;
i7, SHARC family DSP Processors
Microcontrollers 80x51, Motorola MPC555; ARM9, ARM7.
Industrial PC, High-speed Network Communication High-speed PCI; PCIX; PCIE digital hardware; FPGAs; PLDs.
Experience
In USA:
Sr. Design Engineer October 2008-
Curtiss-Wright Control. January 2012
Major Projects:
1. Compact Network Storage. Sr. Design Engineer.
Intel Core 2 Duo and based high level network controller for fan less avionics application -55C - +85C ambient temperature. CPU running 1.0-1.8GHz with 965chipset 2GB DDR2 SDRAM. 4 COM ports, 4 USB ports, video output, four 1000 base T Ethernet ports, two 1553 ports, 2 CAN ports. 4GB flashcard is using for OS booting and additional 4GB flash card is for data collecting. Linux is operating system. It’s good experience in running high level CPU with conducting heat flow up to 85C ambient temperature. In Production
2. 6U 512GB Blade Card Sr. Design Engineer.
Intel i7 CPU running 1.0-1.8GHz with 2GB DDR3 SDRAM. 512GB Solid State Drive with 4 SATA interfaces connecting directly to the chip set. 1000 base T Ethernet port input and 4Gb fiber port input. Very high performance data transfer rate. -45C to +85c ambient temperature. Engineering Prototype testing
3. Mil-Std power supply. Sr. Design Engineer.
DC/DC 100W airborne power supply for Compact Network Storage. 18-36VDC input voltage and +12VDC@4A and +5VDC@10A outputs. 1500V input isolation. Including Nuclear Event Detector and 5sec. Hold-up device. -45C to +85c ambient temperature. In Production
Sr. Design Engineer July 2001-
Advantech Automation Corp. October 2008
Major Projects:
1. Universal Network Controller UNO-2770. Sr. System Design Engineer.
Pentium M based high level network controller for fan less automotive application -40C - +85C ambient temperature. Pentium M CPU running 1.0-1.8GHz with 915chipset 2GB DDR2 SDRAM. 4 COM ports, 4 USB ports, LPT port, DVI-I video output, stereo audio output, 2 10/100 Ethernet ports, 2 CAN ports. 2GB flashcard is using for OS booting and additional 4GB flash card is for data collecting. WinXP or WinCE or Linux operating systems. It’s first experience in our company running high level CPU with conducting heat flow up to 85C ambient temperature. It’s totally new board design and packaging technology. Special heat conducting materials was provided. In production.
2. Magnet Monitoring and Control System. Sr. System Design Engineer.
MRI superconducting magnet parameters control and monitoring. XScale CPU running 400MHz, booting from 64MB Intel Strataflesh, 128MB SDRAM connecting to Ethernet network. 12 bit ADC converter multiplexing to 32 analog channels for data acquisition and 32 digital channels for control special devices. 64MB flash card is using for data collecting. WinCE operating system.
The big problem was production procedure for testing and parameters verification. It was developed totally automated test box what emulating each analog and digital channel. Maine unit and test box connecting together and through the serial port and testing software synchronizing these functions for verification. In Production. 3000 units per year.
Sr. Design Engineer March 1998 -
The Modal Shop, Inc. June 2001
Major Projects:
1. Distributed Industrial Monitoring System. Sr. System Design Engineer
Industrial Health Monitoring System for real time monitoring industrial equipment included three levels:
Level One: Vibration, temperature, pressure, rotation sensors connecting through signal conditioner to data acquisition boxes and transmitted data using Bluetooth Wireless communication line to System Health Monitor. Each data acquisition box has two vibration channel inputs (High Speed Channels), four Low Speed Channels for temperature, pressure or any low speed outputs sensors and one input for rotation sensor.
Build in “Sharc” 32-bit DSP processor, 8MB Flash ROM, 16MB RAM, ARM7 32-bit communication controller, AduC812 8-bit low speed channels controller.
Full system included 32 vibration sensors, 48 temperature sensors, 16 pressure sensors
and 8 rotation sensors.
Level Two: System Health Monitors (SHM). It’s based on single board industrial computer, running Windows 2000, wireless communicating with data acquisition boxes and keeping data to database. Processor GEOD, 300MHz, 128MB RAM, 10GB 2.5” HDD, two Ethernet outputs, two USB ports.
Microsoft Access Database is using ODBC interface.
Level Three: PC Workstation with SHM network control software and EXAKT decision-making software package. In production.
2. WebRTU Sr. Design Engineer
The WebRTU is a complete solution for Remote Terminal Unit (RTU) applications requiring network access for remote monitoring and configuration of equipment and/or processes. WebRTU included integrated analog and digital I/O, turnkey application with basic RTU and remote monitoring functions.
WebRTU is based on StrongARM processor at 206 MHz. 16MB program memory, 32MB RAM. 32MB Compact Flash card; 128K Battery-backed up SRAM is provided for storage of retained variables during unplanned power loss and for storage of high-sample rate retained data.
Communications interfaces: 10/100 baseT autodetecting; integrated modem; RS-232 port; RS-485 port.
Integrated I/O ports: 8 digital inputs; 24V nominal; isolation (group) operation to 400Hz (counter); 8 digital outputs; 24V nominal @ 1A max per output (current limited) isolation (group); 2 analog outputs; both 1-5 VDC and 4-20mA outputs available for each channel; 12 bit resolution; isolated (group); 4 analog inputs; 12 bit resolution; isolated (group).
Standard expansion ports provided are: PS/2 keyboard & mouse; Touch screen (serial); LCD (digital direct drive); PCMCIA (one Type II slot)
Power supply 10-28 VDC input @ 900ma (isolated supply)
Operating temperature: -20C to +70C;Humidity: 10% to 95% RH.
WebRTU is packaged in a standard NEMA 1 enclosure. DIN rail mounting.
Operating system Windows CE.NET.
Communications Protocols: Modbus RTU; Modbus TCP. In production.
In Russia:
1972- march 1997:
Held a variety of Design Engineering positions at two high technology Aerospace and
Nuclear companies.
Designed and supervised design of variety of automatic instrumentation, control and
testing systems for Aerospace and Nuclear industry.
Developed a fast pulse electronic multi-channel data acquisition and data processing using
applicable software, operating in wide scale pulse repetition rates.
The main result: Avionics Control System Product Design, Space avionics design,
Nuclear Waste Expertise, Nuclear Activation Analysis, Radiological Environmental
Measurements, Testing systems for Space Equipment.
Education
Master of Science July, 1979
in Electronic Engineering Kiev Polytechnic Institute, Kiev, Ukraine Bachelor of Engineering June, 1972
in Electronic Engineering
Kiev Polytechnic Institute,
Kiev, Ukraine
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