Chief Engineer - Launch & Recovery Vehicle (R4033)
Shield AI
WHAT YOU’LL DO:
- Own the technical direction and ensure the product architecture fulfills mission needs and system constraints.
- Translate user and stakeholder requirements into verifiable system capabilities with defined margins and measures.
- Lead cross-discipline integration, ensuring mechanical, electrical, software, and test teams deliver a coherent design.
- Drive risk reduction and test strategy—plan, prioritize, and execute early demos and stress-to-failure tests.
- Maintain the functional baseline and verify that each subsystem meets its allocated performance and interface requirements.
- Guide trade studies balancing performance, cost, schedule, manufacturability, and reliability.
- Ensure analytical models are correlated to test data, closing the loop between simulation and experiment.
- Control the technical baseline and configuration, approving major design and requirement changes.
- Chair or support technical reviews (PDR, CDR, TRR) and enforce closure of open actions.
- Own the risk register, quantify technical and programmatic risk, and ensure mitigation plans are executable and tracked.
- Serve as the single point of technical accountability to leadership and customers.
- Define and maintain verification and validation (V&V) plans that trace requirements to tests and results.
- Communicate technical status using transparent, quantitative metrics on performance, maturity, and uncertainty.
- Integrate product development with manufacturing and sustainment to ensure designs are buildable and supportable.
- Foster a disciplined, data-driven engineering culture that values early learning, iteration, and truth-seeking.
REQUIRED QUALIFICATIONS:
- Bachelor’s degree in Engineering, Physics, or related field (Mechanical/Aerospace ideal).
- 10+ years leading multidisciplinary engineering teams delivering complex electro-mechanical or automation systems.
- Proven record of owning system performance from requirements through test and field validation
- Strong systems engineering discipline — requirements traceability, margins, and verification planning.
- Skilled in risk-based decision-making and tradeoffs across performance, cost, and schedule
- Broad technical fluency across mechanical, electrical, software, and controls domains.
- Experience managing product lifecycle: design, build, integration, and test.
- Comfortable leading technical reviews (PDR, CDR, TRR, FRR) and closing actions to standard.
- Effective at cross-functional coordination with manufacturing, test, and operations.
- Clear communicator — able to translate technical reality to executive and customer audiences.