Senior Radar Mode Architect

The Systems Development Division (SDD) delivers technology advantage into users’ hands by delivering capabilities focused on end-customer needs that function in operationally relevant environments and timeframes. SDD considers the entire lifecycle of the solution, from conceptualization and architecting, through development, to deployment, while leveraging novel technologies to deliver first-of-a-kind systems. Current efforts include programs for airborne and space RF as well as advanced testing enabled by multi-function, multi-modal capabilities.SDD is seeking a Senior Radar Mode Architect to support the design, development, and implementation of solutions for advanced multi-function Radar systems while considering the tightly coupled aspects of software and hardware. You will collaborate with fellow researchers and engineers on multi-disciplinary teams to develop innovative solutions. You may lead development efforts, as needed, in areas of focus including exploration and demonstration of Radar and EW/RF convergence.In this role, you will design, implement, and integrate RF resource management, command and control, and signal processing components for radar applications in various operational environments, with a primary focus on Air-to-Air applications. Central to this role is optimizing radar performance through motion compensation and navigation design implementation, waveform design, pulse compression, and application of target detection and engagement techniques.You will conduct performance analysis through simulations and real-world testing to validate and optimize the products you create. Since the systems SDD develops are deployed in operationally relevant environments, the products you develop need to meet standards of quality, maintainability, and reuse. This position will offer the opportunity for technical leadership, design, analysis, development, testing, and fielding of capabilities.The successful candidate will have demonstrated achievements in areas such as: radar, algorithms, systems engineering, and test & evaluation. This position requires skills in working with multi-disciplinary teams, design, development, and test activities, as well as proficiency in relevant technologies. Strong interpersonal, communication, and technical skills are required. Applicants are expected to be self-motivated, detail oriented and have a demonstrated ability to effectively communicate.Responsibilities:Support development of innovative radar mode architecturesCollaborate with cross-functional teams to understand system requirements and specifications for radar modes to ensure seamless integration and interoperabilityDesign and implement signal processing algorithms for Air-to-Air radar modesImplement motion compensation and navigation, waveform design, and pulse compressionSupport the development of robust tracking algorithmsConduct performance analysis through simulations and real-world testing to validate and optimize radar modesPrepare comprehensive documentation, design specifications, test plans, and reportsCommunicate effectively with internal teams and stakeholders to convey technical concepts and project updatesRequired Qualifications:Applicable understanding of and experience with Radar systems (including beam forming) and their principles of design, development, requirements verification, test planning, test execution, and data analysisApplicable understanding of developing and implementing radar modes, specifically in air-to-air applicationsApplicable knowledge of signal processing and trackingProficiency in radar simulation tools, MATLAB, and programming languages (e.g., C++, Python, Rust, etc).Capable of working in a team environment and interacting with team members to ensure effective communication and alignment including mentoring of junior engineersExperience in preparing and delivering briefings, familiarity with the execution of technical reviews (SRRs, PDRs, CDRs, TIMS)Background should include a Bachelor’s degree and at least 5 years of applicable experience; Master’s degree and at least 3 years of applicable experience; or PhD. Equivalent experience will be consideredActive Secret security clearance and eligible to obtain Top SecretDesired Qualifications:Experience with algorithm optimization for real time systems, especially radar and/or remote sensingApplicable knowledge of target detectionApplicable domain experience in one or more of the following areas: Electronic Warfare, Antenna Apertures, Sensor Resource Management, Large-Scale Platform Test Systems, Cyber Physical Systems, Open System Architectures (UCI, OMS, COARPS)Education:Bachelor’s, Master’s or PhD in Electrical Engineering, Aerospace Engineering, Applied Mathematics, Physics, Radar Systems, or related technical field

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