Analysis Design Engineer 4

Responsibilities

• Design and analysis of gearbox assemblies used in aerospace application including accessory gearboxes, actuators, and propulsion drive. 
• Act as Design Lead and the point of contact for technical information.
• Design, analysis, and troubleshooting of high-speed rotating equipment including bearing analysis, spur, helical and bevel gear (AGMA)(CAGE)(ISO). 
• Design responsibilities include the design and the integration of high-speed components as well as the lubrication and cooling systems.
• Timely preparation of associated engineering documentation including modeling, drafting, model-based definition, and reports. 
• Tolerance stack-up analyses and reports.
• Improve standard practices and processes. 
• Design for manufacturing and performing in cross-functional teams.
• Integration with of components and subsystems into assemblies.

Qualifications

• Bachelor’s degree in mechanical or aerospace engineering with eight or more years of relevant design experience on aerospace systems. 
• Experience in the design and analysis of high-speed rotating equipment is preferred. 
• Additional experience in bearing life/analysis, housing, castings, lubrication systems, flow control would be beneficial.
• Proficiency in design and analytical software tools required (TGS primarily uses Ansys, Cobra, MASTA, and Transmission 3D)
• Proficiency with CAD software is required (TGS currently uses Creo for CAD).
• Working knowledge of Geometric Dimensioning and Tolerancing (GD&T)
• Knowledge of tolerance stack-up and impacts to analysis
• Understanding of properties of gear material and case hardening processes.

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• Understanding of properties for aluminum and magnesium castings.  Understanding of properties for heat treatment of metals.
• High proficiency in written and verbal communication with the ability to compose test procedures and engineering reports. 
• Analytical knowledge of Reliability, FMECA, RCCA and Six Sigma are desirable.
• Familiarity with formal Qualification Standards such as DO160, MIL-STD-810 is desirable.
• Demonstrated ability to support Project Engineering and Project Schedules.
• Advanced Excel skills is preferred.
• Strong mechanical interface and application knowledge with demonstrated experience in meeting customer specification requirements, schedules, and cost goal expectations.
• Work effectively in a team environment.
• An ability to manage multiple, complex tasks and the drive to follow tasks through to a successful outcome. 
• A willingness to embrace change and an ability to identify and implement new processes.
• The capability to work efficiently and accurately, with an attention to detail, and the discipline to self-manage.