Systems Engineer for Space Special Programs at Anduril Industries, responsible for full lifecycle design, development, integration, test, and operations of spacecraft and space systems. Manages requirements, risks, budgets, trade studies, and interfaces with cross-functional teams using standards like Ethernet, CAN, I2C, SPI, PCIe, and FPGA/MCU technologies.
Systems Integration Engineer for Group 5 air vehicles and missile platforms, owning full mechanical integration lifecycle including CAD modeling (Siemens NX), FEA simulations, prototype testing, and design reviews at a defense technology company.
Systems Integration Engineer for high-speed missile platforms, integrating avionics and mission systems, developing CAD models in Siemens NX, performing FEA, and leading design reviews through flight test. Requires 5+ years air vehicle integration experience and Secret clearance eligibility.
The Tracking Software Engineer develops 2D and 3D tracking algorithms for space situational awareness, processing sensor detections into actionable tracks using state estimation (Kalman filtering) and data association (JPDA, MHT) in MATLAB, Python, and C++, then transitions prototypes to production C/C++ for operational space and missile defense systems.
Builds 2D/3D tracking algorithms that keep custody of space objects for Anduril's Space team, converting sensor detections into actionable tracks via state estimation (Kalman filtering) and data association (JPDA, MHT). Prototypes in MATLAB/Python, then transitions algorithms to production C++ for real-time space situational awareness systems.
Owns energy storage system design for a maritime autonomous vehicle, including cell chemistry selection, module and pack design, thermal management, and pressure-rated enclosures, while interfacing with cross-functional teams at Anduril's Maritime Division in Santa Ana.
Paid in-person Winter 2027 co-op supporting Anduril's defense software deployed to customers. Day to day: write code to improve products, collaborate across teams to build and test features, create and analyze monitoring metrics, and triage issues, using languages such as C++, Go, Rust, Java, and Python.
A co-op systems engineer supporting Anduril's defense hardware and software programs end-to-end, running trade studies, decomposing requirements, contributing to design reviews and test plans, and aiding cross-disciplinary integration across mechanical, electrical, software, and firmware teams.
Leads a software engineering team building flight, ground, and station software for spacecraft, working across embedded C, host applications, FPGA interfaces, computer vision, and command-and-control integration in Chantilly, VA.
Designs and develops missile defense algorithms and sensor fusion pipelines using Python or C++. Works on track fusion, threat assignment, and fire control systems for Anduril's defense team in Huntsville or Colorado Springs, requiring an active U.S. Secret clearance.
Leads Anduril's Quality Management System (QMS): implements QMS software across manufacturing sites, runs internal and external audits, drives continuous improvement, and partners with engineering and manufacturing teams using QMS standards (ISO 9001, AS9100) and ERP/PLM/BI tools.
The HPC Systems Engineer designs, deploys, and maintains large-scale HPC and GPU infrastructure for Anduril's defense programs, working with NVIDIA H100/H200/B200 systems, Slurm schedulers, petabyte storage, InfiniBand, and AI/ML software stacks to support global national-security missions.
Maintains CI/CD and integration test infrastructure and observability (Grafana, Prometheus) for defense command-and-control software, while leading migration to Terraform, RKE2, and ArgoCD.
The engineer owns CI/CD and integration test infrastructure for Anduril's command and control software, maintains Grafana/Prometheus observability and data pipelines, and helps migrate the team to Terraform, RKE2, and ArgoCD tooling.
Implements and deploys real-time image processing software for Anduril's infrared imaging systems, working with Linux/NixOS embedded systems and C++/CUDA processing pipelines on a defense technology team.
Designs and implements safety-critical Vehicle Management Systems and real-time embedded software for autonomous maritime vehicles, including RTOS development, device drivers, and sensor/actuator interfaces using C.
Designs and builds ProtoKV, a distributed key-value infrastructure for Anduril's Lattice OS defense platform, focusing on state sharing, replication, and consistency at the tactical edge. Works with Python, Go, C++, or Rust to optimize storage engines for low-bandwidth, intermittent-connectivity environments.
Designs and implements real-time tracking algorithms and high-performance software for air and missile defense radar systems, processing sensor data and collaborating with radar engineers. Core technologies include C++, Python, and signal processing/estimation methods.
Designs and implements C++ and Python tracking algorithms and real-time software for air and missile defense radar systems, processing sensor data and building modeling/simulation environments to detect airborne threats. Works on Anduril's Lattice OS-powered defense systems in small engineering teams.
Designs and owns automated testing infrastructure for Anduril's Omen autonomous systems platform, building SITL/HITL environments and writing integration and system tests in C++, Python, and Go to validate mission-critical robotics software before field deployment.
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