Software Engineer - Combat Systems

Lockheed Martin•Camden, NJ

10h•Onsite

About The Position

As a part of the Lockheed Martin community, we take on challenges and find solutions using creativity and collaboration. If you’re looking to be a part of a passionate team solving these complex problems, then Rotary and Mission Systems is the place for you. The Command, Control, Communications is seeking a software engineer for the software development of tactical applications. In this role you will design, integrate, and test tactical components that enable prototyping of new ship designs, evaluation of system performance, and system verification. The position requires close collaboration with cross‑functional teams in radar, sensor management, threat evaluation, and weapon control to ensure accurate representation of functional controls and track‑processing logic. This position is located at a facility that requires special access and will require a U. S. DoD security clearance.

Requirements

Bachelor's or Master’s degree in Computer Science or Computer engineering, or equivalent with minimum 2 years' professional experience
Proficient with software development using C++
Experience with the full software development lifecycle, including design, development, testing, build, and release
Familiarity with version control systems, such as Git
Experience with software testing and integration
Ability to obtain & maintain a U.S. DoD security clearance at the SECRET level
Must be a US Citizen for consideration.

Nice To Haves

Experience working in an Agile development environment
Knowledge of containerization using Docker and orchestration using Kubernetes
Familiarity with shell scripting
Understanding of DevOps principles and practices

Responsibilities

Design, integrate, and test tactical components that enable prototyping of new ship designs, evaluation of system performance, and system verification.
Close collaboration with cross‑functional teams in radar, sensor management, threat evaluation, and weapon control to ensure accurate representation of functional controls and track‑processing logic.