Support mission planning, training, and operational feedback for Anduril’s autonomous maritime systems in Australia.
Locations (2)
Perth, Western Australia, Australia
Sydney, New South Wales, Australia
Compensation
The salary range for this role is an estimate based on a wide range of compensation factors, inclusive of base salary only. Actual salary offer may vary based on (but not limited to) work experience, education and/or training, critical skills, and/or business considerations. Highly competitive equity grants are included in the majority of full time offers; and are considered part of Anduril's total compensation package.
Responsibilities
Support development of mission plans for exercises, demonstrations, operational test and evaluation, and operational employment
Provide tactical advice to customer planners on system capabilities, limitations, and employment options
Develop and maintain tactical procedures, checklists, planning aids, and quick-reference materials
Contribute to the development and refinement of Concepts of Employment (CONEMP) and Tactics, Techniques and Procedures (TTPs)
Support the training organisation in the delivery of operator training, including preparation of training materials and subject matter support during course delivery
Requirements
Bachelor's degree in a related field (defence, aviation, mining, or complex logistics)
Nice to have: Military background with operational experience in a maritime environment
Nice to have: Experience with autonomous systems, unmanned platforms, or emerging military technology
Nice to have: Experience in a Defence industry customer-facing role
Nice to have: Knowledge of undersea warfare and maritime warfare concepts
Develop and evaluate spacecraft and mission architectures, concepts of operations (CONOPS), design reference missions, and operational scenarios.
Perform mission-level analyses and technical trade studies.
Assess spacecraft day-in-the-life operations and develop mission sequences for launch, commissioning, on-orbit operations, and contingency scenarios.
Collaborate across spacecraft, payload, guidance, navigation and control (GNC), software, communications, ground, and mission-operations teams to develop an integrated spacecraft and mission solution.
Work with mission partners to model and mature mission elements, operational concepts, interfaces, and execution plans.
Lead operational analysis, modeling, simulation, and wargaming for Shield AI’s autonomous aircraft systems to evaluate mission effectiveness and inform design decisions.
Compensation
Pay within range listed + Bonus + Benefits + Equity
Responsibilities
Develop and execute operational analysis strategies to assess the effectiveness of autonomous aircraft in real-world military scenarios.
Lead modeling, simulation, and wargaming efforts to evaluate system performance, mission impact, and survivability in contested environments.
Work closely with engineering teams and product managers to translate operational insights into design decisions and system improvements.
Conduct trade studies and sensitivity analyses to assess system performance under varying operational conditions and threats.
Lead a high‑performing Operations Analysis team to turn operational problems into quantitative insights that shape product strategy, engineering priorities, customer engagement, and mission outcomes.
Compensation
Pay within range listed + Bonus + Benefits + Equity
Responsibilities
Lead and manage the Hivemind Solutions Operations Analysis team, including hiring, mentoring, prioritization, performance management, and technical direction.
Build an operations analysis capability that directly informs Hivemind product strategy, autonomy roadmap decisions, customer pursuits, and program execution.
Define and execute mission analysis, campaign analysis, force‑on‑force studies, CONOPS evaluations, and operational trade studies across multiple Hivemind product domains.
Partner with Product, Architecture, Systems Engineering, Business Development, Strategy, and Program teams to translate operational problems into analytical studies and actionable product recommendations.
Develop analysis plans that connect mission objectives, operational assumptions, threat environments, system performance, autonomy behaviors, and measurable mission outcomes.
Requirements
Bachelor’s degree in engineering, operations research, applied mathematics, computer science, physics, aerospace, systems engineering, data science, or a related technical field
Nice to have: Master’s degree or PhD in operations research, engineering, applied mathematics, data science, aerospace, systems engineering
Provide subject matter expertise in acquisitions, systems engineering, and mission analysis, developing technical solutions that improve Mission Assurance practices within the National SIGINT enterprise.
Compensation
$117,300.00 - $226,900.00
Responsibilities
Providing subject matter expertise in acquisitions, systems engineering, and mission analysis
Assessing program office acquisition processes, identifying gaps, and leading teams to optimize these activities
Conducting architectural trade studies and analyses through modeling and simulation to support technical and programmatic decision-making
Working side by side with the Customer, Aerospace, and SETAs in a dynamic space system acquisition environment collocated in a USG facility
Identifying opportunities for project engineering and leading aerospace matrix engineering organization and laboratory resources
Requirements
Bachelor's in science, engineering, mathematics, or a related technical field
Advanced degree in engineering, mathematics, physics or related discipline
Nice to have: Experience proposing and leading analytic studies
Nice to have: Experience overseeing technical staff
Nice to have: Experience working across the NRO Enterprise
Responsible for the analysis, definition, derivation, and management of system and subsystem requirements, ensuring completeness, consistency, and verifiability while considering cost and verification impacts.
Responsibilities
Responsible for the analysis, definition, derivation, and management of system and subsystem requirements, ensuring completeness, consistency, and verifiability while considering cost and verification impacts
Coordinate system architectures and technical interfaces, and assess design concepts with respect to requirements, risks, costs, schedules, and the reuse of existing solutions
Lead and support development and design activities, including technical analyses to demonstrate compliance with specified system requirements
Support and contribute to system design reviews, verification planning, and the preparation and management of system-level technical budgets
Prepare test specifications and support the definition, execution, and evaluation of verification and testing activities to demonstrate requirement compliance
Requirements
Master’s in Physics, Mathematics, Engineering or comparable discipline
Diploma in Physics, Mathematics, Engineering or comparable discipline
PhD in Physics, Mathematics, Engineering or comparable discipline
Lead systems engineering for wireless communications systems supporting U.S. Government agencies.
Compensation
$126,800 - $158,500 - $190,200 Annual
Responsibilities
Performing systems engineering analysis for requirement trades, design and integration trades, end-to-end performance analysis, and identifying risk mitigation approaches
Articulating major uncertainties associated with systems architectures, defining risks and opportunities associated with the uncertainties.
Communicating work program uncertainties, risks and opportunities with department leadership and Sponsors
Development, decomposition, and reviewing system requirements
Supporting requirements management, interface management and architecture change management processes
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