|
|
The primary types of equipment calibrated and repaired by Joe include the following extensive list. DC/Low Frequency:
multimeters, oscilloscopes, safety analyzers, power analyzers, wattmeters, standard resistors, standard capacitors, standard
inductors, LCR meters; Mechanical: force gauges, scales and balances, mass, torque devices, pipettes, calipers, micrometers,
gauge pins, thread gauges, protractors, levels, steel rules, tape measures, pressure and vacuum gauges, pressure and vacuum
transducers magnahelic gauges; Thermodynamics: digital thermocouple thermometers, digital RTD and PRT thermometers,
thermocouples, RTD’s, PRT’s, dry block calibrators, temperature baths, ice point references, infrared thermometers, black body
sources, liquid-in-glass thermometers; Fiber Optic: optical power meters, optical wavelength meters, optical sources,
optical spectrum analyzers, optical time domain reflectometers, optical attenuators, optical return loss meters, lightwave
component analyzers; Communications: communications analyzers, error detectors, pattern generators, bit error rate testers;
RF/Microwave: signal generators and synthesizers, spectrum analyzers, scalar and vector network analyzers, network analyzer
calibration kits, frequency counters, GPS receivers, RF power meters, RF power sensors, measuring receivers, pulse and function
generators, vector signal generators, noise and carrier/noise generators, noise sources, noise figure meters, RF mili-volt
meters, attenuators, directional couplers, distortion analyzers, single sideband phase noise systems.
For 6 years Joe performed tasks as Calibration Technician and Technical Manager for a dimensional metrology laboratory, which
included calibration and repair of dimensional equipment both in-lab and on-site;
|
|
|
|
Authoring of quality system to cover both
ISO 9001 and ISO Guide 25 (predecessor to ISO 17025); Calculation of measurement uncertainty to include those used for the
laboratory’s scope of accreditation; Point of contact for ISO 9001 registration and ISO Guide 25 accreditation. During this
time period, the primary types of equipment calibrated and repaired included: Hand Tools: micrometers, calipers, steel rules,
measuring tapes, dial and test indicators, levels, protractors; Bench Measuring Tools: height gauges, metroscopes,
shadowgraphs, gauge block comparators, squareness indicators, roughness gauges, hardness gauges, coordinate measuring
machines (CMMs), optical comparators, vision systems; Measurement Standards: gauge blocks (jo blocks), plain and thread
rings, parallels, squares, height masters, pin and plug gauges, thread plugs, angle blocks, thread wires, optical flats
and parallels; Surface Plates: granite, cast iron, and ceramic, including calibration and resurfacing.
For 3 years prior to this, Joe performed tasks as Field Engineer for an aerospace company. This included: In-lab calibration;
System failure analysis and rectification at customer locations worldwide; Rewriting of airframe-specific technical
documentation to better locate, troubleshoot, and repair failures.
For 8 years Joe performed tasks as Calibration Technician, Laboratory Supervisor, and Quality Assurance Inspector for the
US Air Force. This included: in-lab and on-site calibration; Supervision of laboratory personnel; Assuring calibration
procedures were followed by programmed sampling of completed equipment. Joe has received extensive education to complete
these tasks with efficiency and maximum productivity, which includes: Precision Measurement Equipment Specialist Training
School, USAF, Lowry AFB, CO (1920 hours, from 1985-1986), IFF and Navigational Aids Training Course, USAF, Lowry AFB, CO
(560 hours, in 1990), Determining Measurement Uncertainty Course, Mitutoyo Corp., Chicago, IL (24 hours, in 1998), Internal
Auditor Training Course, Quality Certification Bureau, Edmonton, AL, CA (24 hours, in 1998), Lean and 5S Techniques Course,
Toyota Motor Company, Lexington, KY (48 hours, in 2002)
|