A. Electronic Engineering Field: Design & Construction of hardware for: * Analogue & Digital signal conditioning * Precise measurement of electric signals 1. pH, pM, Potential, Current, Conductance … applications 2. Semiconductor Colorimetry & Photometry 3. Thermometry (thermocouples, semiconductors, resistors) 4. Pressure Transducers * Low/High Speed Data Acquisition Systems 5. Electrocardiography (ECG), signal monitoring … 6. Modbus, Standard HART protocol … * Low current programmable Switching Power Supplies 7. driving Light Sources, pulse plating, … * Small size programmable High Voltage sources 8. driving Photomultiplier Tubes (PMT), Piezo valves, … * High Frequency Ultrasound (sonochemistry & sonography) Transducer handling * Applying some Electronic Power components 9. Triacs, Thyristors, MOSFET & Bipolar Transistors … * Microcontroller based systems (8bits AVR – 8/16 bits XMEGA – 32bits ARM) 10. Embedded control & interface 11. Real time processing & control 12. Store & Handle large size of "logged data & events"on small size "Nonvolatile memory" Chips 13. portable applications Design & Execution: * CCD Imaging & Processing 14. Colorimetry 15. Some image processing techniques 16. Scientific Camera design & construction * Instruments & Equipments Interfacing Start-Up & Service of Instruments & Equipments
* SBPC based projects Implementing Industrial Biscuit PCs * Real-Time Embedded Programming * Multi-Thread Programming Software Tools: Current Tools: * Qt SDK (C++): application (customized & general software for Data Acquisition, Control, Chemometrics, Image Processing, etc …) development for versatile range of operating systems (Embedded linux, Desktop linux, Desktop Windows) & computers (miniature ARM microcontrollers to powerfull 64 bits processors ) in open-source platform * Altium Designer: Schematic and PCB design for Electronic Boards * AVR Studio 5 + AVRGCC: the Integrated Development Environment (IDE) for developing and debugging Atmel Tiny, Mega & Xmega microcontrollers * LTspiceIV: Simulating & Designing Analogue Circuits Previous Tools: * Programming in C, Pascal, Basic & uC Assembly * Visual Basic, C#: Microsoft Programming Tools * Delphi: Rapid PC application development * MATLAB: a high-level technical computing language General Tools: * Microsoft Word, Excel, PowerPoint, Visio: general purpose applications * Microsoft FrontPage: Web Design application Operating Systems: * Dos, Windows, Linux, Embedded Linux
Instrument Design, Programming & Start-Up: * CataTest (the System used for Determinations of different variables for researching on Catalyst improvement, such as: Reacting Temperature, Pressure, Feed Flow; Catalyst Selectivity, Activity, Screen and Life span, etc) * Fouling Mitigation Experimental Setup (in oil industry equipments) *Gas Separation Setup (in petrochemical industry equipments) Software Tools: * Solid Works: a 3D Mechanical CAD program (newcomer)
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Last Updated on Saturday, 20 October 2012 09:25 |