Job Description:
Leidos is seeking an E-3 AWACS Radar Engineer with knowledge of the Royal Saudi Air Force (RSAF) E-3 AWACS radar system. The AWACS Radar Engineer will be part of the Contractor Engineering and Technical Support team in support of a U.S. Air Force Foreign Military Sales (FMS) program to the Kingdom of Saudi Arabia. This is a one-year assignment with option to renew. Assignment location is Prince Sultan Airbase (PSAB) Al Kharj, Saudi Arabia.
The AWACS Radar Engineer shall perform work that applies a broad theoretical and practical technical knowledge to include, but not limited to, the following:
• Providing continuous on-site technical support at PSAB.
• Providing continuous on-site support at any other base the RSAF deems necessary.
• Assisting in the resolution of RSAF technical issues related to the Surveillance Radar, IFF and associated support systems.
• Providing reach-back (liaison) capabilities directly to Original Equipment Manufacturers (OEMs), Subject Matter Experts (SMEs), NGC, and/or any other suppliers or contractors.
• Providing technical support, guidance and expertise to RSAF operations and maintenance personnel on E-3 Surveillance Radar, IFF and associated support systems. This will include the identification and resolution of common issues up to and including correction of errors contained within technical data.
• Advising RSAF management on all technical and engineering details, issues and/or discrepancies related to the E-3 Surveillance Radar, IFF and associated support systems.
• Participating in the evaluation and design of proposed new systems and equipment and/or changes to existing equipment to determine that the design criteria has been satisfied.
• Review vendor specifications, work statements and test plans for new or modified Surveillance Radar, IFF and associated support systems.
• Assisting in the development of repair concepts beyond the normal scope of RSAF technical orders and produces detailed technical instructions to accomplish the repairs.
• Assisting the RSAF in the analysis and identification of correct in-shop practices and procedures to be used during repair actions.
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