Vibration
Certification and Seminar Curricula
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In
response to the concerns of the management of numerous clients
that were involved in determining machine condition though use
of Vibration Analysis, Technical Associates developed an examination
process a number of years ago.
This
examination procedure allows an analyst to receive certified recognition
for the expertise achieved. The process allows for a progression
to higher vibration certification levels as the expertise grows.
Vibration Analyst Certification is offered for Entry Level, Vibration Analysis
I, Vibration Analysis II, and Vibration Analysis III seminars.
These Technical Associates Certification Examinations have been
widely accepted throughout the USA, and to date, have been given
to analysts from over 35 other countries. These examinations are optional and are given on the morning of the fourth
class day. Students must attain a specified minimum grade to achieve certification
at each level.
The
content of the Technical Associates seminar texts and written
vibration certification examinations have been widely acclaimed
for many years due to their ability to provide vibration analysts
with real-world problem scenarios which closely simulate those
faced on a daily basis by the analysts themselves. In fact, students
have often commented that taking such examinations has proven
to them how much they have learned within the seminars. As an
option, Technical Associates will continue to offer open book
examinations in public seminars just as they have in the past.
Technical
Associates Vibration Certification documents for Entry Level, Levels I, II
and III are issued to and remain with the Vibration Analyst. Successful
completion of these certification examinations will provide the
student with documentation stating the level of the vibration
certification and the quantity of formal training hours received
in each seminar as required by ASNT and ISO with whom Technical Associates
has affiliated in the vibration certification process.
EDUCATION,
TRAINING AND EXPERIENCE REQUIREMENTS:
ENTRY - person needs no previous formal vibration training or any vibration
experience. The Entry Level Seminar provides 24 hours of formal
vibration training and a 3-hour test to confirm understanding
of the course materials.
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ENTRY - person will have basic knowledge of vibration fundamentals,
instruments & transducers; will be proficient with downloading,
and uploading vibration data for data collection within a structured
vibration program; will be able to determine if vibration data
is meaningful by being somewhat spectral literate; and, could
assist in balancing and alignment tasks if trained to do so.
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Level
I - person should be capable of performing and/or supervising
the data collection process; providing vibration signature analysis
within a structured program using pattern recognition of FFT
spectra and application of phase analysis for a short list of
mechanical and electrical machine faults found on routine plant
machines; and, provide verbal and written general reports of
machine condition evaluations.
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Level
II - person will be fully proficient with all Level I tasks;
also capable of performing vibration signature and phase analysis
within a scheduled program to detect a large number of mechanical
and electrical machine faults by using vibration analysis on
most standard constant speed machines; performing minor vibration
reduction; writing clear, concise reports of results and recommendations;
and providing guidance to Level I Vibration Analysts.
-
Level
III - person will be proficient with all Level I & II tasks;
also capable of managing a plant wide vibration analysis condition
monitoring program; performing vibration diagnostic investigations
using FFT signature analysis, time waveform analysis and operating
deflection testing on machines and structures to detect most
mechanical and electrical machine faults found by using these
vibration test methods on standard and special, constant and
variable speed machines; possess a good knowledge of signal
processing; and specifying vibration reduction mechanisms such
as isolation and damping.