Radar Systems Engineer III

ecsfederal; New Jersey; On-site; USD 110,000 - 150,000; Full time

Job summary

Everforth ECS seeks a Radar Systems Engineer III in Moorestown, NJ to advance radar programs through detailed system analysis, requirements development, and architecture definition. The role involves modeling, verification planning, and cross‑discipline collaboration to ensure delivery of high‑performance radar capabilities.

Responsibilities include end‑to‑end integration, signal processing, AESA functionality, and beam forming, with close coordination across systems, software, hardware,

Qualifications

• Radar signal processing and AESA hardware expertise.
• Strong modeling and performance analysis using MATLAB/Simulink.
• Experience with requirements definition and system architecture using DOORS and MBSE.

Responsibilities

• Develop radar system requirements and architecture.
• Model, verify, and validate end-to-end radar performance.
• Coordinate with software, hardware, and test teams for system integration.

Job description

Everforth ECS is seeking aRadar Systems Engineer III to work in Moorestown, NJ.Please Note: This position is contingent upon contract award.

The Radar Systems Engineer III will support radar programs through radar system analysis, requirements development, architecture definition, modeling, verification planning, and subsystem integration. The engineer will contribute to the design, assessment, and validation of advanced radar capabilities, including signal processing, AESA radar functions, beam-forming concepts, and end-to-end system performance. This role requires close coordination with systems, software, hardware, integration, and test teams to ensure radar system requirements are properly defined, traced, verified, and delivered in accordance with program objectives.

• Radar signal‑processing, algorithm development, and AESA hardware/beam‑forming expertise; extensive MATLAB/Simulink modeling and performance analysis.
• Requirements definition, verification, and system architecture using DOORS/MBSE, SysML, and trade‑study techniques.
• End‑to‑end subsystem integration and test‑plan creation for radar‑system verification.