Definition |
This series covers two-grade interval positions
that supervise, lead, or perform administrative work that involves
collecting, analyzing, interpreting, and developing specialized
information about equipment. Work also involves providing
advisory services to those who design, test, produce, procure, supply,
operate, repair, or dispose of equipment. Work may also involve
developing or revising equipment maintenance programs. The work
requires applying an intensive and practical knowledge of the
characteristics, properties, and uses of equipment. Knowledge
is of the type gained from technical training, education, and experience
in functions such as repairing, overhauling, maintaining, constructing, or
inspecting equipment. |
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Occupational Information |
General Occupational Information
As an occupation, the Equipment Services Series,
GS-1670, encompasses the broad equipment phases of preproduction,
production, usage, and disposal. Within these stages, equipment
specialists perform a wide variety of services. They obtain,
provide, and base recommendations on equipment information such as:
- manufacturing processes;
- materials;
- maintenance requirements;
- associated equipment and conditions needed to
operate and repair it;
- equipment composition, sometimes down to the
smallest part; and
- how each part interrelates with the other and with
adjacent parts, components, or within the larger overall system.
They also consider equipment uses; design and
operating characteristics and limitations; operating instructions;
reliable and unreliable manufacturers; operating and repair capabilities
of different organizational levels; and disposal procedures.
Preproduction Phase
Equipment specialists participate in basic concept
and feasibility studies, and in designing, developing, and testing new or
modified equipment prior to its release for production to assure that
every effort is made to achieve goals such as:
- mechanical reliability;
- simplified technical skills necessary to maintain
equipment;
- standardized parts, tools, and test equipment;
- interchangeable parts and components;
- accessibility of parts and components for
adjustment and repair;
- reduction in frequency of repair and repair time;
- speed in fault isolation; and
- simplicity and safety of operation.
Equipment specialists:
- determine or recommend the requirements for the
appropriate spare parts, tools, and operating instructions to support
equipment during tests;
- maintain liaison with agencies and contractors
developing the equipment for the purpose of effecting solutions to
problems;
- review layouts, engineering and production
drawings, specifications and test reports; and
- compare equipment offered by contractors to
specifications contained in bid invitations.
Production Phase
As the equipment process evolves toward the
production stage, equipment specialists:
- chair or attend meetings with contractors,
suppliers, users, and repairers to develop overall equipment support
plans;
- advise on standardization of parts, tools, and
components, and the extent of their interchangeability;
- compute quantitative repair parts requirements for
field support, source code them, and define which are to be purchased at a
later date;
- compile, maintain, and revise allowance lists,
provisioning documents, or other designations of tools, parts, and
components necessary for the efficient operation and repair of equipment
systems and vessels;
- determine unit package quantities for efficient
and effective distribution to users;
- develop or provide the technical data necessary to
develop procurement descriptions;
- advise and assist in developing production
procedures and techniques where intensive knowledge of the equipment is a
consideration; and
- conduct studies to establish standardized
maintenance procedures, shop layouts, and repair operations.
Usage Phase
During field usage, equipment specialists utilize
their intensive knowledge of the particular equipment involved in
reevaluating previously selected repair parts and tools to reduce
unnecessary or unexpected duplication and variety. They:
- investigate reports of abnormal consumption of
material and recommend corrective measures;
- prepare, revise, or review purchase description
standards or specifications that form a part of commercial contracts for
repair work or new procurement;
- review, analyze, and evaluate deficiency and
failure reports;
- recommend equipment modifications;
- request and evaluate laboratory tests and trial
installation of modified equipment;
- consider significance of failures in regard to
safety hazards, cost of repair, loss or down time of equipment resulting
from such deficiencies as lack of available parts and distribution
facilities;
- prepare changes for update or revise technical
manuals, maintenance service letters, technical bulletins, and a variety
of supplementary documents such as supply catalogs;
- identify, interchange, substitute, and cannibalize
parts and components;
- review equipment performance against standards and
rated capacity and maintenance history;
- provide on-site maintenance assistance on newly
developed or issued equipment;
- investigate unprecedented major equipment
deficiencies; and
- provide assistance to suppliers, users, and
repairers.
Disposal Phase
Equipment specialists participate in declaring
items that are no longer economically repairable as excess to the system
and recommend their disposal. Using their intensive knowledge
of the equipment concerned, they are often required to develop commercial
descriptions suggesting alternate commercial uses of equipment and, in
some instances, recommend equipment modifications to facilitate commercial
use. On high-value items offered for sale, equipment
specialists may be called upon to decide whether the bid offered is
reasonable and acceptable or too low. Equipment specialists
recommend equipment disposal but are not involved in the disposal of the
equipment.
The work performed in the preproduction,
production, usage, and disposal phases within the equipment specialist
occupation apply to modified as well as new equipment. Major
conversion programs include many problems similar to those presented by
the introduction of a new item, component, or system.
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