Anduril's Manufacturing Design Team is seeking a Senior Industrial Engineer to own and scale our enterprise labor standards capability and system. The Manufacturing Team is responsible for rapidly iterating and building cutting-edge defense hardware — including static equipment, moving ground equipment, sensors, undersea, and flight vehicles — and scaling these products across our production footprint, including our new 5M sq ft manufacturing facility, Arsenal-1. Within Manufacturing, Industrial Engineering delivers labor standards as an internal service: validated, defensible time standards that quantify the true labor content (cycle time) of every manufacturing operation. Done right, labor standards are the foundation that every other IE and production capability builds on — line balancing, capacity planning, staffing models, cost estimation, and continuous improvement all depend on knowing how long work should take = what good looks like. This role sets the standard for how time studies are conducted, documented, stored, loaded into our MES, and maintained through engineering changes across the company, in close collaboration with Manufacturing Engineering, Quality, Program Management, Supply Chain, and Business Operations. This is not a "run a time study and move on" role. We are looking for a senior engineer who can demonstrate holistic ownership of Anduril's labor standards capability as a durable, enterprise-wide system — one that produces consistent, defensible standards regardless of which IE conducts the study, stores and archives those standards for future reference or challenge, loads validated times into our MES matched to work instruction details, and maintains accuracy through the full product lifecycle. The right person thrives in a fast-paced, resource-limited environment, is flexible to change and ambiguity, and can act as the connective tissue among operational stakeholders to bring a production system forward. The mandate is bigger than any single study. Anduril manufactures diverse products at varying maturity stages — from early NPI prototypes through production ramp to steady-state rate — and each stage demands a different approach to labor measurement. You will decide how time studies are scoped and triggered across the NPI maturity plan (MDP), how standards evolve as products mature from engineering builds to full-rate production, and how changes propagate when an engineering change order (ECO) alters work content. The goal is a system where "what's the labor content?", "is this standard still valid?", and "how did this ECO affect cycle time?" become queries against a maintained, centralized system — not one-off spreadsheets that go stale the week they're delivered.
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Job Type
Full-time
Career Level
Senior