Lead Radar Engineer

Leidos•Huntsville, AL

5d•$154,050 - $278,475•Onsite

About The Position

Leidos is a FORTUNE 500 company that provides innovative technology and sector expertise to customers in the national security, engineering, and health industries. The Defense Sector is seeking a highly qualified Lead Radar Engineer to support the U.S. Army Space and Missile Defense Command (USASMDC) Reagan Test Range (RTR) Operations, Sustainment, Improvement, and Engineering (ROSIE) program. RTR is a Department of Defense Major Range and Test Facility Base (MRTFB) that supports space operations and the test and evaluation of DoD weapons systems. RTR missions are executed from Kwajalein Atoll and the RTR Operations Center–Huntsville (ROC-H), utilizing sophisticated radar, telemetry, optical, command-and-control, and mission systems. The Lead Radar Engineer will act as a senior technical authority for the operation, sustainment, performance, modernization, integration, and mission readiness of RTR radar instrumentation. This role requires a blend of deep radar engineering expertise, hands-on problem-solving, and technical leadership to ensure RTR radar systems meet the necessary accuracy, availability, reliability, and data quality standards for missile testing and space operations. The successful candidate will collaborate with various teams, including operations, maintenance, systems engineering, hardware and software engineering, mission planning, data analysis, cybersecurity, and Improvements & Modernization (I&M) teams, to address complex radar issues and integrate improvements into the operational baseline. This position is contingent upon contract award to Leidos.

Requirements

Bachelor’s degree in Electrical Engineering, Computer Engineering, Physics, Systems Engineering, or a closely related STEM discipline with 12+ years of relevant experience; or a Master’s degree with 10+ years of relevant experience.
Significant engineering experience with complex radar or RF sensor systems, including demonstrated experience in several of the following areas: radar system design and analysis, RF systems, transmitters/receivers, antennas, radar signal processing, waveform processing, tracking, imaging, calibration, radar cross section/signature measurements, instrumentation, or radar performance analysis.
Demonstrated ability to diagnose complex radar-system performance problems using engineering analysis, system data, test equipment, modeling/simulation, and structured root-cause analysis.
Demonstrated systems engineering experience encompassing requirements analysis, design, integration, verification, validation, test, and transition of engineered capabilities into an operational environment.
Experience developing and executing engineering test plans, procedures, technical reviews, and acceptance criteria.
Experience with configuration-controlled operational systems and formal engineering change processes.
Demonstrated ability to communicate complex technical issues, risks, alternatives, and recommendations clearly to engineers, program leadership, customers, and senior Government stakeholders.
Ability to travel to CONUS and OCONUS locations as required.
Must be a U.S. citizen and possess or be able to obtain and maintain a Secret Clearance required for assigned duties.

Nice To Haves

Master's or PhD in Electrical Engineering, Physics, Systems Engineering, Applied Mathematics, or a related technical discipline.
Direct engineering experience with ALTAIR, TRADEX, ALCOR, MMW, or other RTR/KREMS instrumentation.
Experience with high-power instrumentation radars, phased-array radars, wideband imaging radars, missile-defense radars, space-surveillance radars, or comparable advanced DoD radar systems.
Experience with radar detection and tracking, discrimination, target characterization, wideband imaging, metric data, RCS/signature analysis, signal processing, or radar calibration.
Experience developing or evaluating radar algorithms, signal-processing techniques, simulations, or automated sensor-performance analysis.
Experience with digital engineering and MBSE tools and methodologies.
Experience modernizing legacy radar or sensor systems while maintaining operational availability and mission continuity.
Active Top Secret clearance with SCI eligibility.

Responsibilities

Serve as the program’s lead radar engineering subject matter expert, providing technical leadership for RTR radar operations, sustainment, troubleshooting, modernization, integration, and test.
Analyze radar performance and mission data to identify performance degradation, anomalous behavior, emerging technical issues, and opportunities to improve radar capability, availability, reliability, maintainability, and data quality.
Lead technical troubleshooting and root-cause analysis of complex radar hardware, software, RF, signal-processing, timing, control, instrumentation, and system-interface problems; develop and drive corrective actions through verification and closure.
Ensure radar systems meet required mission performance, calibration, accuracy, sensitivity, and operational availability requirements and provide the technical analysis necessary to substantiate system readiness.
Evaluate radar metric, imaging, and signature data and support mission Quick Look analysis, post-mission assessment, lessons learned, and identification of radar performance issues and corrective actions.
Analyze radar reliability, availability, and maintainability performance, including MTBF, MTTR, operational availability, recurring failures, and performance trends; identify and implement actions that improve mission readiness.
Lead or support radar Improvements & Modernization studies, engineering projects, and instrumentation modifications from requirements definition through design, integration, verification, validation, acceptance testing, and operational deployment.
Maintain radar technical baselines through disciplined configuration management and ensure modifications to radar hardware, software, firmware, interfaces, and documentation are properly evaluated, tested, documented, and approved prior to incorporation into the operational baseline.
Identify technical risks before they affect mission execution and develop measurable mitigation and contingency approaches.