Senior Systems Engineer, Maritime Theater Orchestration & Collaboration

Anduril Anduril · Defense · Quincy, MA · Maritime & Maneuver Dominance : Undersea Reconnaissance & Strike - Engineering & Operations : Software Engineering

This role focuses on integrating disparate hardware and software systems into a cohesive, software-defined orchestration layer for defense applications. The Senior Systems Engineer will translate operational needs into system requirements, define interfaces, manage trade-offs, and drive engineering teams through upstream milestones. While the company utilizes AI and related technologies, this specific role is centered on systems engineering and integration rather than direct AI/ML model development.

What you'd actually do

  1. Partner directly with customer stakeholders and internal product teams to translate high-level operational desires into rigorous Concepts of Operations for multi-domain, System of Systems missions.
  2. Lead the architectural design to integrate pre-existing, heterogenous hardware (legacy platforms, 3rd-party sensors, and Anduril products) into a cohesive, software-defined orchestration layer.
  3. Author, own, and ruthlessly enforce Inteface Control Documents (ICDs). You will help define the exact physical, electrical, and data boundaries required for external “black box” hardware to plug into our network.
  4. Reverse-engineer operational constraints to author Systems Requirements Documents (SRDs) for both new platforms and existing assets. You will translate the “what” into the rigorous “how.”
  5. Build and maintain the source-of-truth functional architecture. Map the data flows between disparate sensors, comms relays, and the autonomous robots as the software engineering is progressing.

Skills

Required

  • 8+ years of rigorous Systems Engineering experience
  • Phase A/Phase B conceptual design
  • system architecture
  • upstream requirements decomposition
  • architecting solutions that integrate disparate, legacy, and third-party hardware/software into a single unified system
  • authoring, negotiating, and enforcing complex Interface Control Documents (ICDs) across physical, electrical, and data boundaries
  • Analysis of Alternatives (AoA)
  • manage SWaP-C across a system of systems
  • travel 20%

Nice to have

  • operating, testing, documenting, and analyzing complex system performance in a maritime environment
  • Modular Open Systems Approach (MOSA)
  • defense open architecture standards
  • integrating subsea acoustic sensors, underwater navigation, and communication systems
  • subsea operational procedures and equipment
  • Python
  • MATLAB
  • R
  • SQL
  • JAMA
  • DOORs
  • requirements management software

What the JD emphasized

  • own the “Left Side of the V” for a true System of Systems (SoS) architecture
  • force disparate, pre-existing or in-development assets to work together
  • architecting solutions that integrate disparate, legacy, and third-party hardware/software into a single unified system
  • wrap a black box
  • authoring, negotiating, and enforcing complex Interface Control Documents (ICDs) across physical, electrical, and data boundaries