Radar Systems Test & Integration Engineer

Leidos; Huntsville (AL); On-site; USD 58,000 - 105,000; Full time

Job summary

Leidos Defense Open Air Sensors Division in Huntsville, AL seeks a Radar Test/Integration Engineer to advance sensor and radar projects. You will install, integrate, and test RF sensors, travel regionally, and maintain Linux servers while documenting test results and supporting signal processing tasks.

The role emphasizes on-site work, rigorous testing, and opportunities to grow into senior technical or project management paths within a dynamic defense environment.

Qualifications

• ABET-accredited BS in Electrical Engineering or related field.
• Experience with Matlab and Python.
• Strong organizational skills and attention to detail.
• Familiarity with formal software testing.
• Experience with containerized applications (Docker/Podman).
• US citizen and able to obtain Top Secret clearance.
• Reside in North Alabama or relocate to Huntsville, AL.
• 100% onsite.

Responsibilities

• Software installation, integration, and testing of RF sensors and systems.
• Regular US travel (CONUS) and operation of RF sensors and systems.
• Linux server installation, maintenance, and network administration.
• Authoring of formal test plans and documenting results.
• Support signal processing, measurements, and sensor simulation tasks as part of larger efforts.

Skills

Matlab

Python

Linux administration

CI/CD pipelines (GitLab)

C++/CUDA

Radar/HWIL experience

Education

Bachelor's degree in Electrical Engineering or related field

Tools

Docker

Podman

GitLab CI/CD

Job description

Leidos Defense Open Air Sensors Division in Huntsville, AL seeks a Radar Test/Integration Engineer to advance sensor and radar projects. You will install, integrate, and test RF sensors, travel regionally, and maintain Linux servers while documenting test results and supporting signal processing tasks.

The role emphasizes on-site work, rigorous testing, and opportunities to grow into senior technical or project management paths within a dynamic defense environment.