On-Site Full-Stack C++ Developer for Naval Systems

The Amatriot Group; Bethesda (MD); On-site; USD 75,000 - 105,000; Full time

Job summary

The Amatriot Group is seeking a motivated Full Stack Software Developer to join a small, high-performing team supporting submarine design initiatives at NSWC Carderock. The team develops and maintains mission-critical products used to design blueprints and conceptual models for submarines, supporting system design from concept through construction.

This is an on-site role. New developers will start with bug fixes and incremental enhancements, then progress to more complex, high-impact

Qualifications

• 1+ year of professional software development experience.
• Experience with C++ or C++-like object-oriented languages, such as Java, C#, or D.
• Familiarity with Git-based version control workflows.
• Experience using debugging tools and modern IDEs.
• Exposure to MSVC toolchains and Windows/Linux development environments.

Responsibilities

• Develop, debug, and maintain C++ applications supporting naval and basewide systems.
• Contribute to full-stack features spanning UI, application logic, and data layers.
• Gradually assume ownership of larger features and subsystems as experience grows.
• Collaborate closely with engineers and developers to implement and refine system-level functionality.
• Participate in code reviews and adhere to established development standards.
• Diagnose and resolve defects using professional debugging tools.

Skills

C++

Object-oriented programming

Git

Debugging tools

Windows/Linux development

Tools

Qt

Azure DevOps

Job description

The Amatriot Group is seeking a motivated Full Stack Software Developer to join a small, high-performing team supporting submarine design initiatives at NSWC Carderock. The team develops and maintains mission-critical products used to design blueprints and conceptual models for submarines, supporting system design from concept through construction.

This is an on-site role. New developers will start with bug fixes and incremental enhancements, then progress to more complex, high-impact