About the service
I'm an engineer of measurements and test automation, writing LabVIEW software that turns a collection of instruments, sensors and boards into a working and repeatable testing system. Through years of practice I've assembled dozens of test stands for production lines, research labs and climate chambers, and the goal is always the same: get clean data, safely control equipment, and give the operator a screen that any shift worker can handle without a thick manual. I lead the project entirely — from reading datasheets and routing signal chains to a finished application with logging, calibration and clear reports from each run.
My daily work is controlling instruments over GPIB, serial ports, USB, Ethernet and PXI, as well as data acquisition on NI multifunction boards, digitizers, CompactDAQ and CompactRIO. I think about architecture, not just wires on a schematic: producer-consumer loops, state machines, message queues and proper error handling so the test stand runs long tests and doesn't lose a single sample. I integrate power supplies, source-meters, oscilloscopes, multimeters, motion controllers and custom firmware, feeding results to databases, CSV or TDMS so each measurement is tied to a serial number and timestamp.
If you have a manual test eating up operator hours, a prototype that needs characterizing, or an old VI that everyone's afraid to touch, I'll take the task from specification to a stable delivered system. I write readable code, document the schematic and sequence, and hand over something your team can maintain, not a black box that only works on my machine.
— Instrument control: GPIB, RS-232/485, USB, TCP/IP, VISA, SCPI
— Data acquisition: NI-DAQmx, CompactDAQ, CompactRIO, PXI, digitizers
— Automatic test stands and tests for production line gate
— Architecture: producer-consumer, state machines, message queues
— Equipment integration: SMU, power supplies, multimeters, oscilloscopes, drives
— Logging and reports: TDMS, CSV, SQL databases, PDF reports
— Executable assembly, installer, convenient operator interface
My daily work is controlling instruments over GPIB, serial ports, USB, Ethernet and PXI, as well as data acquisition on NI multifunction boards, digitizers, CompactDAQ and CompactRIO. I think about architecture, not just wires on a schematic: producer-consumer loops, state machines, message queues and proper error handling so the test stand runs long tests and doesn't lose a single sample. I integrate power supplies, source-meters, oscilloscopes, multimeters, motion controllers and custom firmware, feeding results to databases, CSV or TDMS so each measurement is tied to a serial number and timestamp.
If you have a manual test eating up operator hours, a prototype that needs characterizing, or an old VI that everyone's afraid to touch, I'll take the task from specification to a stable delivered system. I write readable code, document the schematic and sequence, and hand over something your team can maintain, not a black box that only works on my machine.
— Instrument control: GPIB, RS-232/485, USB, TCP/IP, VISA, SCPI
— Data acquisition: NI-DAQmx, CompactDAQ, CompactRIO, PXI, digitizers
— Automatic test stands and tests for production line gate
— Architecture: producer-consumer, state machines, message queues
— Equipment integration: SMU, power supplies, multimeters, oscilloscopes, drives
— Logging and reports: TDMS, CSV, SQL databases, PDF reports
— Executable assembly, installer, convenient operator interface
