N

Northrop Grumman

Builds stealth bombers, missiles, and satellites

Mechanical Engineer – Additive Tank Product Design & Development Technical Lead

Design EngineeringConfirmed live in the last 24 hours
Full-timeCommerce, CA, USA

About the Job

Requirements

  • A bachelor's degree in mechanical engineering, aerospace engineering, or a related STEM discipline with 12 years of relevant engineering experience; alternatively, a master's degree in a related STEM discipline with 10 years of relevant experience, or a PhD in a related STEM discipline with 8 years of relevant experience.
  • Demonstrated technical leadership of complex mechanical products from requirements through design, analysis, manufacturing, verification, and qualification.
  • Demonstrated experience with additive manufacturing or other advanced manufacturing methods and the ability to incorporate these into technical roadmaps.
  • Advanced experience with mechanical design, requirements development, engineering definition, geometric dimensioning and tolerancing (GD&T), interface control, and tolerance analysis.
  • Experience directing structural and thermal analyses and using results to make product-level decisions.
  • Experience leading and influencing cross-functional technical teams and effectively interfacing with customers and senior leadership.
  • Experience with pressure-containing, highly loaded, or similarly complex hardware.
  • Experience leading multidisciplinary teams, design reviews, verification planning, and technical-risk resolution without direct reporting authority.
  • Ability to obtain and maintain the required security clearance.

Responsibilities

  • Own and control product-line requirements, architecture, configurations, interfaces, design rules, verification methods, and the product technical baseline.
  • Lead mechanical design of tanks, domes, joints, supports, interfaces, and associated hardware.
  • Direct structural, thermal, pressure, fatigue, fracture, buckling, and other required analyses, including model validation and test correlation.
  • Own functional geometric dimensioning and tolerancing (GD&T), datum architecture, tolerance stacks, critical characteristics, acceptance criteria, and engineering-definition release; obtain documented manufacturability and inspectability concurrence from the Additive Manufacturing Lead.
  • Review design-for-manufacturability and design-for-assembly (DFM/DFA) assessments led by the Additive Manufacturing Lead and decide how recommendations are incorporated into the controlled product design.
  • Approve design allowables, criteria, and margins using process data and capability evidence supplied by the Additive Manufacturing Lead.
  • Own joint performance, geometry, interfaces, fits, and acceptance requirements; coordinate with the Additive Manufacturing Lead on joining-process development and qualification.
  • Define product-critical, assembly, handling, integration, and test-tooling requirements, including loads, interfaces, accuracy, and acceptance criteria. Agree on tooling classification before work begins.
  • Define characteristics, tolerances, acceptance criteria, and verification closure; the Additive Manufacturing Lead owns manufacturing inspection methods and process controls.
  • Own product verification and qualification, including test articles, instrumentation, acceptance criteria, analysis-to-test correlation, and requirements closure.
  • Approve changes affecting requirements, form, fit, function, interfaces, design margins, or product qualification, and define the documented manufacturing envelope within which manufacturing changes may be controlled.
  • Lead integrated issue resolution when product performance or design risk is primary; require concurrence from the Additive Manufacturing Lead when both technical baselines are affected.
  • Recommend design maturity and engineering release. Overall program authorization requires the separate manufacturing-readiness recommendation of the Additive Manufacturing Lead.
  • Mentor engineers and communicate product maturity, margins, risks, decisions, and recommendations to program leadership.

Desired Qualifications

  • Experience with tanks, pressure vessels, propulsion hardware, or aerospace structures.
  • Experience designing metal additively manufactured hardware.
  • Knowledge of fatigue, fracture mechanics, damage tolerance, buckling, and pressure-system qualification.
  • Experience developing scalable product families or common product architectures.
  • Experience defining and overseeing tooling for assembly, handling, integration, and test.
  • Familiarity with machining, joining, inspection, additive-process qualification, computer-aided design/product lifecycle management (CAD/PLM), requirements management, and configuration control.

About the Company

Northrop Grumman

Builds stealth bombers, missiles, and satellites

Northrop Grumman builds military aircraft, missiles, rocket motors, satellites, and electronic systems, mostly for the American military and allied governments. It designed the B-2 stealth bomber and built NASA's James Webb Space Telescope, the largest telescope ever sent to space. The company works through four businesses: aircraft, missiles and ammunition, radar and communications systems, and space hardware such as satellites and solid rocket boosters. Most revenue comes from long-term government contracts, many of them classified. Its roots go back to Northrop Aircraft, founded in 1939, and it took its name after buying Grumman in 1994 and is based in Falls Church, Virginia.

Company size
10,001+
Company stage
IPO
Headquarters
Falls Church, VA
Founded
1939

Recently Posted Jobs

Explore more opportunities at Northrop Grumman

See more jobs