ELECTRONIC INTEGRATED SYSTEMS MECHANIC (Title 32)

This position is located at the AASF, Kelly AFB, San Antonio, TX. Its purpose is to perform work involved in installing, troubleshooting, repairing, modifying, calibrating, aligning, and maintaining the complete electronic integrated systems on Army National Guard helicopters. Texas is one of 9 states with NO state income tax.

In describing your experience in your resume, please be clear and specific. Assumptions regarding your experience will not be made. To be considered for qualification, your resume must include relevant experience with beginning and ending dates of employment/experience reflecting the following: Specialized Experience: Experience or training demonstrating the ability to repair, align, and adjust major integrated electronic systems such as inertial navigation system, automatic flight control, or fire control system.

Extensive knowledge of electronic, pneumatic, hydraulic, and mechanical systems in order to understand and predict the progressive effects of malfunctions throughout the interrelated units, (e.g., trace an apparent operating error in the hydraulic controls of a gun mount back to the failure of a tactical computer to integrate yaw, pitch, azimuth, and velocity inputs) and to predict areas of technical difficulty in order to assist lower grade employees.

Through knowledge of the application of electronic theories and practices to one or more complex integrated systems such as fire control, inertial navigation, or automatic landing control systems. Broad knowledge of such applications as radar, digital or analog computers, digital or cathode ray tube display devices, etc., and specific knowledge of the technology and practices which integrate these components into a total functional system.

Knowledge of mathematics including algebra and basic trigonometric functions in order to adapt standard formulas to the specific requirements of the integrated system. Ability to follow drawings for integrated electronic systems such as radar navigation systems which integrate terrain information from the radar, pitch, roll, and turn rate, etc. from sensing devices and actuate control relays.

Ability to trace the effect of a change in one subsystem to other integrated subsystems and determine which controls and devices must be changed or adjusted to compensate. Ability to diagnose and determine needed repairs for malfunctions in electronics systems such as weapons control where knowledge of the entire system is necessary to interpret error data and trace back through a number of units of the system to locate the deficiency.