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Voyager Technologies

Vertical-integrated space and defense company

Agentic GEOINT Mission Management Lead

AI Application Engineering +1Confirmed live in the last 24 hours
Full-timeEl Segundo, CA, USA$170k - $230kIn-person

About the Job

Requirements

  • At least 7 years of professional experience in software engineering, mission systems, or GEOINT/remote-sensing systems, including demonstrated technical leadership on research and development or prototype efforts for Intelligence Community or Department of Defense customers.
  • Deep working knowledge of the GEOINT tasking and collection lifecycle, including collection requirements and decks, access windows, sensor phenomenology (electro-optical/infrared, synthetic aperture radar, radio frequency), constellation scheduling, and multi-source collection management.
  • Hands-on experience building large language model-powered agents or tools through professional, research, or substantial personal projects, and a demonstrated habit of using large language models and agents to accelerate development.
  • Strong proficiency in Python and experience building or directing backend services and application programming interfaces.
  • Ability to decompose complex, ill-structured mission problems into structured, solvable sub-problems.
  • Experience taking a capability from prototype to production, including hardening, testing, and security.
  • Ability to collaborate across disciplines and establish useful working knowledge in unfamiliar domains within days or weeks in a short-cycle, high-tempo environment with customers.
  • Active U.S. Top Secret/SCI security clearance, or Top Secret clearance with SCI eligibility.

Responsibilities

  • Serve as Principal Investigator for the Agentic Mission Management effort; own its technical vision, technical roadmap, and execution; represent the work to Intelligence Community and national security space customers; and carry it from working prototype to fielded, accredited capability.
  • Lead the design of an agentic architecture in which an AI orchestrator calls mission capabilities as tools in the order required by each mission.
  • Design, implement, and deploy production-ready AI agents using state-of-the-art models to translate natural-language operator intent into structured collection requests and physically valid collection plans checked against orbital mechanics, sensor phenomenology, and access constraints.
  • Build explainability and human-on-the-loop trust into the platform so that every AI recommendation is traceable, auditable, and defensible to operators, and autonomy expands as reliability is demonstrated.
  • Develop and maintain Model Context Protocol servers that expose mission systems—including target decks and collection requirements, satellite catalogs and ephemerides, orbit propagation and access-calculation services, tasking interfaces, and imagery archives—as robust, secure tools for agents.
  • Build evaluation suites that score agents on realistic tasking scenarios, including collection-deck satisfaction, revisit and timeliness, sensor-to-target pairing quality, schedule validity against high-fidelity astrodynamics and sensor phenomenology, and operator-trust metrics.
  • Collaborate with GEOINT domain experts, former collection managers and operators, scheduling experts, and security/accreditation staff to encode tradecraft, policy, and safety constraints into agent behavior.
  • Mentor and lead a small, high-tempo team of AI and mission-software engineers, and set the platform's engineering standards for code, evaluation, and documentation.
  • Build a system that uses all-source inputs to generate context informing collection needs.
  • Use large language models to accelerate development by scaffolding code, writing tests, and generating documentation, and ship with agents.

Desired Qualifications

  • A bachelor's or advanced degree in Computer Science, Aerospace Engineering, Physics, Mathematics, or a related field, or equivalent experience.
  • Prior service as a GEOINT collection manager, imagery analyst, or mission operator in the Intelligence Community or military, or sustained work alongside them sufficient to understand operators' terminology and earn their trust.
  • Familiarity with astrodynamics and access-calculation tools such as STK, Orekit, GMAT, and SGP4/SDP4 propagation, and with constellation scheduling or optimization approaches.
  • Experience integrating commercial imagery tasking application programming interfaces and orchestrating collection across government, commercial, and allied constellations.
  • Experience with agentic frameworks, Model Context Protocol, evaluation harnesses, and increasing autonomy in operational systems under human-in-the-loop and human-on-the-loop constructs.
  • Familiarity with classified software development and Intelligence Community accreditation, including developing in and deploying to secure environments and designing systems with an Authority to Operate path in mind.

About the Company

Voyager Technologies

Vertical-integrated space and defense company

Voyager Technologies provides space and defense tech through an integrated, end-to-end platform. It operates in Defense & National Security, Space Solutions, and Starlab Space Stations, earning revenue mainly from U.S. government contracts while acquiring specialized firms to control more of the value chain. Its flagship project, Starlab, is a commercial Low-Earth Orbit space station developed with Airbus for researchers, agencies, and commercial users and deployable on a SpaceX Starship; it also builds on-orbit infrastructure like the Bishop Airlock and lunar capabilities via Astrobotic acquisitions. The company aims to grow a commercial space economy through vertical integration and long-term capital, offering mission planning, payload integration, launch support, and operations end-to-end.

Company size
201-500
Company stage
IPO
Headquarters
Denver, CO
Founded
2019

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