Top C++ Jobs in Washington, DC

Design tactical autonomy algorithms for unmanned systems, develop software, implement behavior architectures, and validate performance in operational conditions, collaborating with cross-functional teams.

Design and implement tactical autonomy algorithms for unmanned aircraft, develop software modules, and collaborate with teams for effective integration and testing.

Integrate and deploy autonomy software on unmanned aircraft, support flight tests, troubleshoot systems, and collaborate across teams to ensure mission readiness.

The position involves integrating autonomy software into unmanned aircraft, preparing systems for flights, supporting live flight tests, debugging, and managing data for analysis, while ensuring compliance and collaboration across teams.

Design and develop tactical autonomy algorithms for unmanned aircraft, integrating classical and machine learning methods for defense applications.

As a Modeling & Simulation Engineer, you'll design and simulate autonomous swarm aircraft tactical behaviors, influence decision-making, and present insights to stakeholders.

The Sr. Full Stack Developer will design solutions, lead junior developers, develop web applications, and ensure compliance with government standards.

Develop and maintain financial modeling applications, collaborate with teams to refine software, and ensure applications meet business needs.

As a Forward Deployed Engineer, you'll integrate and operationalize vehicle intelligence systems for defense customers, tackling software engineering, system deployment, and hardware integration challenges.

The engineer will design, implement, and deploy multi-target tracking and sensor fusion algorithms, focusing on military aviation applications using C++.

As an Autonomy Engineer, you will develop navigation and state estimation solutions, design software for aviation systems, and ensure robust PNT in challenging environments.

As a Solutions Engineer, you'll engage with defense customers to deploy vehicle intelligence products, addressing technical challenges through software engineering and system integration.

As an Autonomy Engineer, you will design and implement systems for tactical autonomy, working on software for autonomous aircraft and military missions, collaborating with experts, and improving software architectures.

Lead technical support and integration for AI & Autonomy software in collaboration with customers and the engineering team. Act as a subject matter expert while assisting in pre-sales and post-sales activities, and developing training materials.

The role involves leading technical solution architecture, data engineering, and software solutions development for the government's modernization efforts, collaborating with cross-functional teams and managing complex projects.

Design and implement a multipath networking stack on Linux, maintain telemetry, define SLOs, and support deployments while collaborating with firmware teams.

As the first embedded specialist, you'll lead firmware development for reliable systems, managing architecture, software deployment, and device observability.

As a Senior Network Engineer, you'll architect and deliver a multipath networking stack, drive technical roadmaps, mentor the team, and enhance system reliability.

As a Senior Software Engineer, you will work on AI algorithms, write software in Python and C++, mentor team members, and develop integrated solutions.

The role involves designing and maintaining testing infrastructure, integrating software and hardware for aircraft systems, and validating the Hivemind software's performance through hands-on testing and debugging.

Lead the development of AI-driven applications for mechanical, propulsion, and PCB designs, mentor junior engineers, and ensure manufacturability of AI-generated designs.

As a Systems Test Engineer, you will integrate and test systems for Hivemind software, conduct flight tests, write Python code, and improve testing methodologies.

As an Engineering Manager, lead a cross-functional team, focus on software architecture, and mentor engineers in developing data privacy products.

Lead the design of spaceborne container platforms, focusing on fault-tolerant system design, hardware-software co-design, and optimizing edge computing for space operations.

The role involves designing, implementing, and integrating autonomy behaviors onto UAV platforms, collaborating with cross-functional teams, and conducting flight dynamics modeling and testing.