Radar Integration & Test Engineer III

ecsfederal; New Jersey; On-site; USD 110,000 - 160,000; Full time

Job summary

Everforth ECS seeks a Radar Systems Engineer III to support DoD RMS radar programs in Mooresetown, VA. You will perform radar system analysis, requirements development, architecture definition, modeling, and verification planning to ensure end‑to‑end system performance.

Responsibilities include integrating radar subsystems, testing AESA capabilities, and coordinating with systems, software, hardware, integration and test teams to meet contract objectives. A secret clearance is required.

Qualifications

• Experience in radar system analysis and requirements development.
• Secret clearance required.
• Coordination with systems, software, hardware, integration and test teams to meet program objectives.

Responsibilities

• Integration of radar subsystems and software, AESA HWIL testing, and test plan development.
• Hands‑on use of test equipment and scripting in C++/MATLAB/Python.
• Requirements verification and traceability via DOORS, Jira and Confluence.
• Collaborate with cross‑disciplinary teams to ensure requirements are properly defined and delivered.

Skills

Radar system analysis

Signal processing

AESA radar

Beam forming concepts

C++/MATLAB/Python

Tools

DOORS

Jira

Confluence

Oscilloscopes

Spectrum analyzers

Python

MATLAB

Job description

Everforth ECS is seeking a Radar Systems Engineer IIIto work in Mooresetown,VA.Please Note: This position is contingent upon contract award.

The Radar Systems Engineer will support Lockheed Martin RMS 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.

• Integration of radar subsystems and software, AESA HWIL testing, and development/execution of test plans and procedures.
• Hands‑on use of test equipment (oscilloscopes, spectrum analyzers, signal generators, Wireshark) and test‑automation scripting in C++/MATLAB/Python.
• Requirements verification, traceability, and reporting via DOORS, Jira, and Confluence.
• Secret Clearance Required