TITLE 32 ELECTRONIC INTEGRATED SYSTEMS MECHANIC (MI 191st MXS) - Air National Guard Units

Qualifications are based on breadth/level of experience. In addition to describing duties performed, applicants must provide the dates of each period of employment (from MM/YYYY to MM/YYYY) and the number of hours worked per week. As qualification determinations cannot be made when resumes do not include the required information, failure to provide this information may result in disqualification. Applicants are encouraged to use the USAJOBS Resume Builder to develop their federal resume. For additional information see: What to include in your resume. NOTE: All job seekers will be required to limit their resumes to 2 pages in length when applying for job opportunity announcements (JOAs) MILITARY GRADE: E1 - E6 Selectee(s) must be within the military grade(s) listed in this job announcement prior to the effective date of placement into the technician position to ensure to avoid grade inversion, as determined by the Human Resources Office (HRO). Technicians will not be militarily senior to their full-time supervisor or wage leader (Grade Inversion). Enlisted members currently at a higher grade than allowed by the position (see Military Grade Requirement above) may apply; however, they must administratively reduce prior to appointment and provide confirmation of the reduction to HRO. SPECIALIZED EXPERIENCE: WG-12 - 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. WG-13 and above - Experience or training demonstrating the ability to repair, overhaul, rebuild, align, and adjust complete multi-systems such as the electronics package in a highly automated aircraft where target acquisition and tracking, weapons control, aircraft attitude control, navigation, and other complex functions are performed by numerous systems which are extensively interconnected with data feedback loops. Applies comprehensive knowledge of all major units of the complete multisystem, i.e., how they function independently, how they are interfaced in the integrated subsystems, and how the subsystems interact to achieve operating specifications. Able to determine proper sequence of operations and start point in sequential operations in order to pinpoint areas of malfunction. Extensive practical knowledge of the theories and practices of electromagnetic propagation, electronic circuits, computer theory, hydraulic or pneumatic control and power systems, and many other areas covering a wide range of system applications. Broad knowledge of the interactions among a number of closely integrated complex systems. Knowledge of mathematics, including trigonometry, to calculate power relation ships, signal phasing, etc. Ability to interpret drawings for multisystem complexes such as the complete electronics package for an aircraft including numerous interconnections of signal paths both between and within individual subsystems of the multisystem complex. Ability to isolate malfunctions of complete multiple integrated systems consisting of closely interrelated fire control, bombing-navigation, flight control, countermeasures or similar systems and to determine the methods of repair where extremely comple