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Vantor

AI-powered multi-source geospatial intelligence platform

Missile Warning Systems Engineer

Spacecraft & Launch Vehicle SystemsPosted on Nov 12
Full-timeEl Segundo, CA, USA

About the Job

Requirements

  • A bachelor's degree is required.
  • An active Top Secret clearance is required; the posting also specifies TS/SCI clearance.
  • At least 8 years of experience applying mission engineering, systems engineering, or systems-of-systems engineering methods to operational missions and capability integration challenges.
  • At least 5 years of experience developing mission engineering threads, scenarios, or operational architectures that identify systems, capabilities, interfaces, and mission dependencies.
  • Experience conducting mission analysis to identify operational requirements, capability shortfalls, and integration challenges affecting missile warning and tracking.
  • Experience identifying, documenting, and assessing risks, issues, and gaps associated with mission capabilities and system dependencies.
  • Understanding of missile warning and missile tracking capabilities, including space-based sensors and supporting ground systems.
  • Understanding of sensor integration, data processing, communications, and information-exchange requirements supporting missile warning and tracking operations.
  • Understanding of positioning, navigation, and timing (PNT), satellite communications (SATCOM), and electronic warfare (EW) capabilities and their roles in integrated mission execution.
  • Understanding of command-and-control architectures, space and ground systems, and interfaces supporting sensor-to-command-and-control integration and joint missions.
  • U.S. citizenship is required.
  • The role requires onsite attendance at least 2–3 days per week, with additional onsite days possible for meetings and program schedules.

Responsibilities

  • Develop mission engineering threads, operational scenarios, and Mission Engineering Thread (MET) modules that define the systems, capabilities, interfaces, and dependencies needed for missile warning and tracking missions.
  • Conduct mission analysis to identify operational requirements, capability shortfalls, and integration challenges across end-to-end architectures.
  • Identify, document, and assess risks, issues, and gaps affecting mission capabilities, system dependencies, and operational effectiveness.
  • Translate mission needs into technical and integration requirements that support end-to-end kill-chain closure.
  • Evaluate dependencies across space-based sensors, ground systems, communications networks, data processing, and command-and-control architectures.
  • Assess sensor integration and the contributions of positioning, navigation and timing (PNT), satellite communications (SATCOM), electronic warfare (EW), and moving target indicator (MTI) capabilities to integrated mission execution.
  • Develop engineering assessments and recommendations to address capability shortfalls, improve sensor-to-command-and-control integration, and inform enterprise priorities.
  • Collaborate with government, program offices, engineering teams, and joint mission partners, including the Army and Navy, to define operational needs and address cross-system integration challenges.

Desired Qualifications

  • Experience supporting the U.S. Space Force, U.S. Space Command, Space Systems Command (SSC), or other Department of War space organizations.
  • Knowledge of Mission Engineering Thread (MET) development or similar enterprise mission engineering initiatives.
  • Ability to analyze end-to-end missile warning and tracking kill chains and identify requirements needed to close mission gaps.
  • Experience supporting missile warning, missile tracking, missile defense, or integrated air and missile defense mission planning and operations.
  • Knowledge of space-based sensors and their integration with ground-based processing, exploitation, and dissemination architectures.
  • Experience assessing sensor-to-command-and-control integration, including data exchange, information flow, interfaces, and interoperability.
  • Knowledge of space, ground, and terrestrial architectures and the dependencies and interfaces affecting mission execution.
  • Experience integrating requirements across joint mission partners, including the Army, Navy, and other Services.
  • Familiarity with moving target indicator (MTI) capabilities, sensor integration, and associated data flows.

About the Company

Vantor

AI-powered multi-source geospatial intelligence platform

Vantor provides an AI-powered spatial intelligence platform that creates a real-time, unified picture from space, air, and ground sensors. Its Tensorglobe data engine fuses satellite imagery, drone feeds, and ground sensors to build a living 3D digital Earth and automates the entire intelligence cycle from tasking to analysis. Key products include WorldView for high-resolution imagery tasking, Raptor for GPS-denied navigation, and Sentry for automated site monitoring. Unlike competitors that mainly sell raw imagery, Vantor offers an integrated, subscription-based geospatial workflow and digital twin as a service, helping defense, intelligence, and commercial customers make faster, more informed decisions through a shared AI-ready view of the world.

Company size
1,001-5,000
Company stage
IPO
Headquarters
San Juan, Puerto Rico
Founded
1957

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