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Build high-performance embedded software for a next-gen electronic warfare platform, integrating RF hardware with AI-driven command systems using Rust or Haskell.
Develop embedded flight software for small drones, owning control systems, device drivers, and test automation that run on real aircraft.
Senior engineer building real-time, AI-powered electronic warfare software for defense systems, integrating embedded, backend, and deployment layers in high-stakes environments.
Leads the development of a scalable, common platform for military ground control systems that integrate ruggedized hardware with real-time AI-driven software for tactical command and control.
Build AI-powered command-and-control software for military systems, using C/C++, Python, and ML to fuse sensor data into real-time 3D battle-space views.
Builds perception, planning, and control software for autonomous defense robots using C++, AI, and sensor fusion in a fast-paced product team.
Builds high-performance Rust systems for real-time military tracking and sensor fusion using state estimation and probabilistic algorithms.
Build and operate AI-powered satellite command-and-control software in Go, integrating ground stations, spacecraft, and legacy systems to fly real space missions for U.S. defense.
Builds AI-powered autonomy, sensor fusion, and command-and-control software for next-gen maritime defense systems, integrating hardware and simulation across the full product lifecycle.
Builds high-performance Rust systems for real-time target tracking and sensor fusion in defense tech, using estimation theory and AI to process noisy sensor data into actionable insights.
Leads development of AI-powered battle management software for defense systems, coordinating teams to deliver advanced algorithms for threat tracking and decision-making.
Leads the Siemens NX CAD and Teamcenter PLM platform for a defense-tech company, standardizing tools, automating workflows, and supporting engineering teams to rapidly design and deliver military systems.
Staff Red Team Engineer at Anduril Industries, where you adversarially test and break military-grade AI systems to uncover hidden flaws before deployment.
Design and maintain systems-engineering artifacts for advanced missile systems, integrating autonomy, AI, and simulation tools to support military product development and deployment.
Designs actuation and control systems for autonomous maritime vehicles, including actuators, control surfaces, and pressure-compensated mechanisms for subsea operation.
Program Manager driving adoption of Anduril’s AI-powered drone systems for U.S. military clients, coordinating deployments, client support, and contract growth while liaising with engineering and leadership.
Build secure embedded firmware and anti-tamper defenses for defense systems, integrating cryptography and hardware-software security on SoCs and FPGAs.
Designs end-to-end user experiences for Forge, Anduril’s manufacturing platform, balancing short-term workflows with long-term design-system goals while visiting shop floors to research user needs.
Lead a team building and maintaining Zocdoc's accessible React component library and design system, enabling faster, inclusive frontend and mobile development across the company.
About the team OpenAI’s mission is to build safe artificial general intelligence (AGI) which benefits all of humanity. This long-term undertaking brings the world’s best scientists, engineers, and business…
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