Air Force System Safety Handbook - System Safety Society
Air Force System Safety Handbook - System Safety Society
Air Force System Safety Handbook - System Safety Society
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Figure 4-4<br />
OTHER ENGINEERING ORGANIZATIONS INVOLVED IN SAFETY PROGRAMS<br />
ORGANIZATION NORMAL FUNCTIONS SAFETY FUNCTIONS<br />
Design Engineering Prepares Equipment and system designs that<br />
will meet contractual specifications for<br />
performance and mission accomplishment.<br />
Human (Factors) Engineering Ensures optimal integration of man, machine,<br />
and environment.<br />
Reliability Engineering Is concerned that equipment will operate<br />
successfully for specific periods under stipulated<br />
conditions.<br />
Maintainability engineering Ensures that hardware will be in suitable<br />
condition for successful accomplishment of its<br />
prescribed mission.<br />
Test Engineering Conducts laboratory and field tests of parts,<br />
subassemblies, equipment, and systems to<br />
determine whether their performance meets<br />
contractual requirements.<br />
Product (Field) Support Maintains liaison between customer and<br />
producing company.<br />
Production Engineering Determines most economical and best means of<br />
producing the product in accordance with<br />
approved designs.<br />
Industrial Engineering Ensures that the company personnel are not<br />
injured nor company property damaged by<br />
accidents.<br />
Training Is concerned with improving technical and<br />
managerial capabilities of all company<br />
personnel.<br />
33<br />
Conduct analyses of most appropriate and<br />
safest designs and procedures. Ensures that<br />
safety requirements in end item specifications<br />
and codes are met. Incorporates safety<br />
requirements for subcontractors and vendors in<br />
company specifications and drawings.<br />
Conducts analyses to ensure well being of<br />
personnel involved in equipment operation,<br />
maintenance, repair, testing, or other tasks in the<br />
proposed environment, especially to minimize<br />
fatigue and possible human error. Makes<br />
procedures analyses.<br />
Makes failure modes and effects analyses.<br />
Performs tests on parts and assemblies to<br />
establish failure modes and rates. Makes<br />
special studies and tests. Reviews trouble and<br />
failure reports, indicating any safety<br />
connotations.<br />
Ensures that system or equipment will be at<br />
design safety level by minimizing wear-out<br />
failures through replacement of failed items and<br />
by surveillance over possible degrading<br />
environments. Participates in analyzing<br />
proposed maintenance procedures for safety<br />
aspects.<br />
Evaluates hardware and procedures to<br />
determine whether they are safe in operation,<br />
whether changes are required, or whether<br />
additional safeguards are necessary.<br />
Determines whether equipment has any<br />
dangerous characteristics or dangerous energy<br />
levels or failure modes. Evaluates effects of<br />
adverse environments on safety.<br />
Assists customer on safety problems<br />
encountered in the field. Constitutes the major<br />
channel for feedback of field information on<br />
performance, hazards, mishaps, and near<br />
misses.<br />
Ensures that designed safety is not degraded by<br />
poor workmanship or unauthorized production<br />
process changes.<br />
Provides advice and information on accident<br />
prevention measures for industrial processes<br />
and procedures that are similar to those in<br />
system operations.<br />
Ensures that personnel involved in system<br />
development, production, and operation are<br />
trained to levels necessary for safe<br />
accomplishment of their assigned tasks and can<br />
produce a safe system or product. Certifies<br />
workers on safety critical operations, especially<br />
for test operations.