Senior Staff Engineer, Communications Systems (dallas - Bos - Sd)

Shield AI Shield AI · Defense · Dallas, TX +2 · X-BAT Engineering - MEG

This role focuses on the design, integration, and optimization of advanced communication systems for autonomous aircraft, including data links, encryption, and secure communications. It involves working with RF systems, SATCOM, and AI-driven data processing to ensure seamless interoperability in contested environments. The role also requires collaboration with avionics, software, and autonomy teams, and adherence to cybersecurity standards.

What you'd actually do

  1. Lead the development and integration of data links, encryption, and secure communication architectures into the aircraft platform.
  2. Define system-level requirements and architectures for RF, SATCOM, optical, and software-defined radio (SDR) communication systems.
  3. Optimize low-latency, high-bandwidth data transfer and encryption to ensure mission-critical performance.
  4. Ensure seamless connectivity between the aircraft, command centers, and satellite networks, enhancing real-time data transmission and autonomy.
  5. Develop AI-driven sensor fusion algorithms to enhance payload performance in high-threat environments.

Skills

Required

  • RF communications
  • mission systems integration for UAVs or military aircraft
  • RF systems
  • satellite communications (SATCOM)
  • tactical data links (Link-16, CDL)
  • sensor integration
  • software-defined radio (SDR) technologies
  • secure, encrypted data transmission
  • communications subsystems and architectures
  • MIL-STD-1553
  • ARINC 429
  • aerospace data bus standards
  • classified communication protocols
  • DoD compliance
  • Secret clearance

Nice to have

  • AI-enhanced signal processing
  • sensor fusion for ISR missions
  • low-observable (stealth) communications architectures
  • electronic warfare (EW)
  • RF threat mitigation techniques
  • DoD or intelligence community mission operations
  • Top Secret clearance
  • SCI eligible

What the JD emphasized

  • mission-critical data links
  • secure communications
  • contested environments
  • low latency
  • high reliability
  • mission-critical performance
  • real-time data transmission
  • high-threat environments
  • cybersecurity standards
  • classified communication protocols
  • DoD compliance