Key responsibilities include:

• Supporting new products transitioning to and currently in production, ensuring smooth production onboarding or sustainment.
• Working with System Architect to map Vehicle level requirements to subsystem or component level.
• Procuring, building, testing and analysing new or sustaining hardware against requirements.
• Maintaining Design Verification and Validation plans.
• Working with the manufacturing and R&D engineering teams to implement incremental product improvements to increase reliability, performance and manufacturability.
• Creating and maintaining BOMs, Parts, Assemblies, drawings and technical procedures for existing engine configurations under development or sustaining status.
• Leading investigations into field failures or manufacturing/design issues and presenting proposed changes.
• Working with responsible engineers to propose permanent corrective actions.
• Working with responsible engineers to issue formal Change Requests, track and monitor them for timely implementation.
• Representing the design team in Change Control Board or Change Review Board.
• Being responsible for Value Engineering activities; collaborating with Supply Base and Responsible Engineers to implement cost reduction or supplier resiliency initiatives.
• Acting as a single point of contact for providing daily engineering support to engine production operations to resolve production obstacles.
• Facilitating supplier liaison on technical specifications and quality improvements.

The ideal candidate will have:

• 3+ years experience in Design Engineering, Sustaining or hands-on R&D role.
• BS or higher degree in Mechanical or Aerospace Engineering.
• Experience designing mechanical parts (CAD) in NX or Solidworks.
• Understanding of manufacturing methods (Castings, Machining, sheet metal, composites, 3D printing, injection moulding etc.).
• Proficient in mechanical drawings, ASME Y14.5 GD&T.
• Experience with release management in Teamcenter or equivalent PLM systems.
• Experience procuring parts and working in a machine shop.
• Working knowledge of machine safety and shop safety protocols.
• Excellent attention to detail, ability to manage product complexity and associated requirements.
• Excellent written and verbal communication skills.
• Demonstrated ability to work within a fast-paced and dynamic environment.
• Organised and detail-oriented.

Preferred qualifications include experience developing high-speed machines for aerospace or automotive applications, experience launching products in high-volume production, and proven track record of working in multidisciplinary teams.

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