Senior Fire Control Systems & Signal Processing Engineer

Looking for an opportunity to make an impact

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Leidos Defense provides a diverse portfolio of systems solutions and services covering land sea air space and cyberspace for customers worldwide. Solutions for Defense include enterprise and mission IT large-scale intelligence systems command and control geospatial and data analytics cybersecurity logistics training and intelligence analysis and operations support. Our team is solving the worlds toughest security challenges for customers with cant fail missions.

Leidos is seeking a Senior Fire Control Systems & Signal Processing Engineer to support the development of next-generation hypersonic interceptors missile defense systems and air defense effectors. The selected candidate will contribute to a portfolio of programs spanning low-cost interceptor concepts hypersonic weapons and integrated air and missile defense with near-term focus on effectors designed to integrate with existing and emerging Army fire control architectures.

This position sits at the intersection of communications signal processing and fire control enabling resilient connectivity and targeting performance in extreme flight environments. You will support early-phase system design digital engineering and mission-level integration for DoD customers including MDA PEO Missiles and Space and the Army AMD community working alongside a multidisciplinary team of aerospace RF and systems engineers.

If you are up for the challenge of joining this team then apply today to be considered.

Primary Responsibilities

• Develop advanced signal processing algorithms (e.g. filtering tracking beamforming) for fire control guidance and communications in high-noise contested environments

• Design and analyze missile command uplink and telemetry downlink subsystems including interfaces to ground-based fire control radars and engagement control stations

• Support Integrated Fire Control (IFC) system design and interface definition with ground naval and joint systems (e.g. IBCS Aegis THAAD IFPC)

• Integrate end-to-end mission data flows including mission data loads (MDLs) telemetry health/status reporting and command and control (C2) interfaces

• Perform link budget analyses for dynamic flight conditions including plasma effects atmospheric attenuation and vehicle geometry

• Conduct electromagnetic modeling and simulation of antenna performance and RF propagation through thermal protection systems and ionized flow fields

• Integrate models and algorithms within mission-level simulations and digital engineering environments

• Collaborate across disciplines (aerodynamics thermal GNC systems engineering) to translate requirements into executable designs

• Support concept development trade studies technical proposals and customer briefings

Basic Qualifications

• Bachelors in electrical engineering aerospace engineering applied mathematics physics or related field with 8 years experience (or masters with 6)

• Experience in signal processing RF systems communications or fire control systems engineering

• Proficiency in one or more of: MATLAB Python C/C

• Experience developing algorithms for tracking communications or sensor data processing

• Understanding of RF fundamentals including propagation antennas and link analysis

• Experience in a DoD defense contractor or national security environment

• Active Secret clearance required

Preferred Qualifications

• Masters or Ph.D. with emphasis in electromagnetics communications or DSP

• 8 years supporting missile defense hypersonic weapons or reentry systems

• Familiarity with tactical datalinks for sensor-to-shooter timelines against hypersonic threats (e.g. Link 16 TTNT MADL Weapon Data Link)

• Direct experience with IFC systems data links and next-generation air and missile defense sensors including IBCS integration (e.g. Aegis THAAD)

• Experience designing missile uplink/downlink subsystems for ground-radar-cued engagements including in-flight target updates and link-degradation handling

• Expertise in EM simulation tools (e.g. Ansys HFSS CST FEKO)

• Experience developing algorithms such as Kalman filters adaptive beamforming or spectral estimation

• Link budget analyses for hypersonic systems including plasma-induced attenuation

• Hands-on SDR FPGA (VHDL/Verilog) or embedded RF experience

• Familiarity with MOSA and open architecture standards (OMS SOSA FACE)

• Experience with digital engineering or MBSE environments (e.g. Cameo)

• Active Top Secret (TS) clearance

If youre looking for comfort keep scrolling. At Leidos we outthink outbuild and outpace the status quo because the mission demands it. Were not hiring followers. Were recruiting the ones who disrupt provoke and refuse to fail. Step 10 is ancient history. Were already at step 30 and moving faster than anyone else dares.

The Leidos pay range for this job level is a general guideline onlyand not a guarantee of compensation or salary. Additional factors considered in extending an offer include (but are not limited to) responsibilities of the job education experience knowledge skills and abilities as well as internal equity alignment with market data applicable bargaining agreement (if any) or other law.