Experienced Low Observables Design & Integration Engineer

Boeing Boeing · Aerospace · Berkeley, MO

This role focuses on the design, analysis, and integration of low-observable (LO) materials, treatments, and architectures for advanced platforms, specifically within the propulsion subsystem. It involves using computational electromagnetic (CEM) solvers to model and analyze radar cross section (RCS) and signature behavior, applying electromagnetic theory, and collaborating with multidisciplinary teams. The role requires a Bachelor's degree in a relevant engineering or science field and 3+ years of experience with LO materials and integration, including experience with CEM solvers.

What you'd actually do

  1. Perform design, analysis, and integration activities for LO integration of the propulsion subsystem into an advanced next generation platform, including inlets, nozzle/exhaust, and airframe interfaces
  2. Use CEM solvers to model and analyze RCS, scattering, and signature behavior; iterate designs to meet LO requirements
  3. Apply electromagnetic theory to assess materials, shapes, and structural features that affect signature across relevant frequency bands
  4. Define and execute test plans and validation activities (lab and range) to verify LO performance and support correlation between simulation and measurement
  5. Collaborate with multidisciplinary teams (structures, propulsion, materials, flight test, systems engineering, producibility) to ensure integrated solutions meet performance, manufacturing, and maintainability needs

Skills

Required

  • Bachelor of Science degree in Engineering (with a focus in Electrical, Mechanical or Aeronautical), Computer Science, Data Science, Mathematics, Physics, Chemistry or non-US equivalent qualifications directly related to the work statement
  • 3+ years of hands-on experience working with low observable materials and technologies
  • Experience with low observable integration of advanced propulsion systems (inlet/engine interfaces, exhaust/nozzle integration)
  • Understanding of electromagnetic principles relevant to RCS and signature control
  • Experience using computational electromagnetic (CEM) solvers (SENTRI, XPATCH, CARLOS, HFSS, FEKO, or similar) to design, analyze, and optimize LO systems

Nice to have

  • Active Top Secret clearance
  • Master’s or PhD in a relevant field
  • Experience with full-platform RCS prediction workflows and multi-physics (electromagnetics + thermal/structural) trade studies
  • Experience correlating CEM predictions with laboratory and range measurement data
  • Experience with advanced propulsion concepts and associated LO challenges
  • Familiarity with materials processing, application methods, environmental durability, and repair/maintenance impacts of LO treatments
  • Experience with CAD tools and model preparation for electromagnetic simulation
  • Strong technical communication skills, including written reports and oral presentations
  • Ability to work collaboratively in cross-functional teams and manage multiple tasks to meet program schedules

What the JD emphasized

  • low observable materials
  • computational electromagnetic (CEM) solvers
  • RCS
  • signature