Systems Engineer, Space Imaging

Anduril Anduril · Defense · Lexington, MA · Mission Systems : Imaging Engineering : Imaging - System Engineering,Integration and Test

Anduril Industries is a defense technology company building advanced military systems. This Systems Engineer role on the Space Imaging team focuses on defining system architectures for spaceborne EO/IR systems, performing performance modeling, and conducting laboratory/field testing. The role involves adapting physics-based models, developing prototype sensor systems, and integrating them with hardware and software teams. Proficiency in analytical tools like MATLAB/Python is required, with experience in specific EO/IR modeling software and space sensors being desirable.

What you'd actually do

  1. Define system architectures via detailed trade studies and analyses.
  2. Adapt or derive physics-based models of sensor system performance and derive requirements based on those models.
  3. Take ownership over the development of prototype sensor systems in a lab environment.
  4. Support both laboratory-based and field-based experiments and demonstrations.
  5. Engage technically with the hardware, software, and mission teams to define, integrate, and deliver high performance systems to our customers.

Skills

Required

  • Model development and validation in one or more domains relevant to remote sensing
  • Ability to decompose complex systems into functional parts, with clearly defined interfaces and requirements for each.
  • Experience in system design and development from initial concept through test and delivery to customer.
  • Strong laboratory skills (rapid prototyping, design of experiments) and familiarity with opto-electrical test and measurement equipment.
  • Proficiency in analytical toolchains or languages (e.g., MATLAB, Python)

Nice to have

  • Experience with industry standard EO/IR modeling software packages (e.g. MODTRAN, SPIRITS, AFSIM)
  • Prior experience working with space sensors and systems
  • Knowledge of current and next-generation advanced sensing systems and platforms
  • Active and passive sensing domain experience (e.g., LiDAR, EO/IR, Radar)
  • Experience with laser systems, including opto-mechanical scanning and beam steering techniques.
  • Knowledge of electro-mechanical control systems, including their performance requirements and verification methodologies.
  • Experience with LiDAR/Radar signal processing techniques, and knowledge of their implementation on real-time embedded platforms (FPGA, MCU, etc.).
  • Space domain experience (architecting sensors for operation in space environments)

What the JD emphasized

  • Must be able to obtain and hold a U.S. security clearance.