Engineer II

Advanced Airframe Design Engineer

General Atomics Aeronautical Systems, Inc. (GA-ASI), an affiliate of General Atomics, is a world leader in proven, reliable remotely piloted aircraft and tactical reconnaissance radars, as well as advanced high-resolution surveillance systems. This is an airframe design position in the Advanced Aircraft Engineering Organization located in San Diego, CA. Under the general direction of Engineering management or IPT lead, serve as a member of the airframe design team providing conceptual and detail designs of primary and secondary structural aircraft components.

General responsibilities include design activities within an assigned project. Establish and communicate clear task expectations. Primary product lines for design activities will be unmanned aerial vehicles, modification of existing aircraft structures and special projects to support sensor integrations.

Duties and Responsibilities:

• Create and maintain Advance Airframe CAD models, drawings of installations, assembly and detail components that meet all requirements such as structural integrity, interface boundaries, weight and cost targets as directed by the lead.
• Produce airframe structural configuration layouts and detail designs including preliminary sizing/stress analysis, joint layouts, interface boundary definitions of parts and assemblies employing metallic and composite materials.
• Experience with the composite part detail process, including composites stacking sequence, lamination theory, honeycomb core, bonded assemblies, manufacturing assembly and fabrication processes, post-cure machining operations.
• Coordinate and collaborate with members of stress, manufacturing, procurement, quality control and other departments as required to mature the design from conception to production.
• Strong technical background including familiarity with industry standards for the manufacture, repair and assembly of composite components for aerospace.
• Experience with engineering and manufacturing development and production of structural parts and assemblies utilizing composite materials.
• Experience with prototype and/or rate part production with exposure to tool design, manufacturing planning and hands on fabrication.
• Experience with CREO and/or NX and FiberSIM is desired.
• Stress analysis experience using FEM based tools such as CREO-Simulate, NX Simcenter/Nastran, FEMAP with both metal and composite parts.
• Knowledge of GD&T per ASME Y14.5 along with tolerance analysis capabilities.
• Experience in application ASME Y14.41 methods for Model Based Definition using Creo and NX is desired.
• Ability to create and maintain parametric product geometry models is desired.

We recognize and appreciate the value and contributions of individuals with diverse backgrounds and experiences and welcome all qualified individuals to apply.