A senior systems engineer leads design, integration, verification, and validation of a weapon or payload module for the Thunder autonomous attack rotorcraft, directing a 6–8 person multidisciplinary team across software, electrical, and mechanical engineering using MIL-STD 1553/1760 interfaces and safety-critical state machines.
Owns the requirements verification traceability matrix for a maritime autonomous vehicle, linking program requirements to subsystem specs and test evidence. Uses requirements management tools (DOORS, Jama, Polarion), MBSE/SysML, and Python/SQL scripting to track verification status and support design reviews, with up to 15% travel.
Leads technical strategy and oversight for Anduril's space systems programs, managing spacecraft and ground segment development from proposals through on-orbit delivery. Works with multi-disciplinary teams on hardware, software, and Lattice for Space Missions technology.
Defines system architectures for spaceborne EO/IR sensors, performs radiometric and atmospheric performance modeling, and runs laboratory, ground, and flight tests to validate models. Uses MATLAB, Python, and EO/IR modeling packages such as MODTRAN, SPIRITS, and AFSIM on Anduril's defense technology team.
Defines architectures for spaceborne EO/IR imaging systems, performs radiometric and atmospheric performance modeling, and supports lab, ground, and flight testing of prototype sensors. Collaborates with hardware, software, and mission teams to deliver systems using tools such as MATLAB, Python, and EO/IR modeling software like MODTRAN, SPIRITS, and AFSIM.
Owns the end-to-end technology release and foreign disclosure pipeline for Anduril defense products: scoping product reviews, assembling technical artifacts, and driving classified assessments to signed decisions. Works under ITAR/EAR, DoDM S-5230.28, LO/CLO Tri-Service Committee, and Anti-Tamper frameworks to enable FMS and DCS exports.
Leads end-to-end technical engagements with external partners, owns integration design across engineering teams, and authors reference architectures and documentation for Anduril's Warfighter Systems. Works with API/service-based systems (REST/gRPC), security clearances, and defense technology.
The engineer will lead integration and testing of Anduril's Electronic Warfare systems, collaborating with hardware, software, firmware, and RF teams to build automated test suites, analyze telemetry, troubleshoot failures, and support field deployments and flight tests. Core technologies include RF test equipment, Linux, Python/MATLAB, and SDRs.
Senior systems security engineer who owns end-to-end security for Anduril products—deriving requirements, designing architectures, and testing embedded/defense systems—while collaborating with engineering teams and briefing government customers.
Tests and validates prototype infrared camera systems by modeling performance metrics and writing MATLAB/Python code to control cameras and lab equipment; leads image performance evaluation, performs root cause analysis, and produces test reports across optical, mechanical, and electrical domains.
Leads technical development programs for Anduril's ISR (Intelligence, Surveillance, Reconnaissance) systems, coordinating cross-functional engineering and customer teams to plan, schedule, and deploy hardware/software solutions. Core technologies include computer vision, sensor fusion, and Lattice OS.
A Senior Technical Program Manager at Anduril Industries plans and executes hardware development programs for autonomous defense systems, coordinating design engineering, manufacturing, supply chain, and test teams to deliver electromechanical products from concept through production.
Leads development programs for Anduril’s Air Dominance & Strike division, managing cost, schedule, and engineering delivery of autonomous aircraft, missiles, and software for U.S. Department of Defense customers. Works with the Chief Engineer and DOD stakeholders to drive programs from R&D through deployment.
Leads development programs for Anduril's Air Dominance & Strike division, managing cost, schedule, and integration of autonomous combat aircraft and missile technologies with the Chief Engineer and U.S. Department of Defense customers. Core technologies include Lattice OS, AI, computer vision, and sensor fusion.
The person leads the Forge Portal platform within Anduril's ArsenalOS, coordinating engineering and business teams across ERP, WMS, MES, PLM, and QMS integrations to plan, track, and report on cross-system delivery.
Senior Technical Program Manager at Anduril Industries owns end-to-end execution of hardware programs (autonomous launchers) from development through production, managing schedule, cost, scope, cross-functional teams, and customer relationships in defense technology.
Anduril Industries seeks a Senior Technical Program Manager to lead test campaigns for the Army's Next Generation Command & Control system and related Connected Warfare products. The role manages cross-functional software and hardware testing in lab and field environments, using Jira, RF communications, tactical datalinks, and MIL-STD protocols.
Serves as a technical program manager bridging Anduril's internal engineering, product, logistics, and growth teams to plan and deploy command-and-control (C2) hardware-software products for defense customers, using Lattice OS and tracking sales and financial metrics in ERP, CRM, and BI tools.
Manages development programs for Anduril's Air Dominance & Strike division, owning cost, schedule, and integration of autonomous aircraft and missile technologies with the Chief Engineer and U.S. Department of Defense customers.
Leads integration and test for Anduril's Barracuda Family of Systems (collaborative combat aircraft and missiles), developing test plans, securing government range approvals, and overseeing integration onto operational aircraft alongside the Chief Engineer. Core technologies: defense systems, autonomous weapons, Lattice OS.
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