Software Engineer III

ecsfederal; New Jersey; On-site; USD 100,000 - 140,000; Full time

Job summary

Everforth ECS in Moorestown, NJ is seeking a Software Engineer III to design, develop, test, and document real-time radar software for multi-processor systems. You will work with modern C++, Linux environments, GitLab, and Agile processes to deliver high‑performance radar applications.

As part of the team you will prototype with MATLAB/Python, optimize code for GPU acceleration where applicable, and collaborate with radar systems engineers, integration and test personnel to ensure robust,

Qualifications

• Analytical reasoning and problem-solving skills relevant to radar software.
• Experience with agile software development processes and collaboration across teams.
• Effective communication and documentation abilities for technical audiences.

Responsibilities

• Design, develop, test, and document real-time radar software for multi-processor systems.
• Optimize software performance and enable GPU acceleration where applicable.
• Collaborate with radar systems engineers, integration teams, and test personnel.

Skills

Analytical thinking

Agile methodologies

Communication

Tools

GitLab

Linux

MATLAB

Python

CUDA

Job description

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

The Software Engineer will design, develop, optimize, test, and document real‑time radar software for multi-processor radar systems. This position supports development of mission‑critical radar applications using modern object‑oriented programming practices, Linux‑based development environments, automated testing, and Agile software processes. The engineer will work closely with radar systems engineers, integration teams, and test personnel to implement high‑performance radar software, including GPU-accelerated processing where applicable.

• Modern C++ (or comparable OOP) development of real‑time, multi‑processor radar software, including GPU (CUDA) acceleration, code optimization, and automated testing.
• Agile development practices with Git/GitLab version control, Linux environments, and rigorous technical documentation.
• Strong analytical/math foundation complemented by MATLAB/Python prototyping and data‑analysis capabilities.