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Mechanical Engineering, Industrial Design, and CAD
Fundamentals of mechanical engineering including hydraulics, fluids, pneumatics, pumping, thermodynamics, heat transfer, dynamics, mechanisms,
motion studies, as well as their application into mechanical components, hand-held devices, pumps, valves, electromechanical systems, robotic
interfaces, and automation. Industrial design, ergonomics, color coordination, esthetics, look and feel, human factors, form follows function,
Computer Aided Design and Drafting (CADD) on SolidWorks, AutoCAD, with extensive experience on CADkey, ME 10/ME 30, Pro-E, as well as various
other CADD packages.
Materials extensively utilized
Common plastics (e.g. PVC, ABS, PE, PP, EVA, Nylon, Acrylic, Styrene, Polyester, Polycarbonate, Urethane), engineering plastics (e.g. Noryl, Teflon,
Hytrel, Polysulfone, Delrin, Ryton), Elastomers (e.g. Kraton, C-Flex), Silicones, Latex, Nitrile, BunaN, EPR, filled plastics (e.g. glass, beads, fibers,
oils, UV stabilizers), Tyvek, Epoxy, composites, laminates, blends, implantables, coatings, corrosion resistant metals (SS, Al, Monel, Ti, Pt, Hastaloy),
steel, carbon, graphite, glass, quartz, and woods.
Electrical Engineering
Analog circuits, digital circuits, microprocessor controlled systems, hand-held devices, servo controls, FPGA logic design using Verilog and VHDL tools,
with application emphasis on control theory, instrumentation design, frequency control and telecommunications, signal processing/dsp, electromechanical
component selection.
Programming
Areas covered are software, firmware, embedded code,and user interfaces. Experienced in C, C++, Java,_JavaScript, Matlab, Visual Basic, as well as
assemblylanguages for the named processors. Operating Systems used are Linux, VxWorks, Windows, PSOS, QNX, SMX, and ECOS.
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