About the role
Job Description Summary
As Engine Assembly Manufacturing Engineer, you will provide on-shift manufacturing engineering support for engine assembly operations during 3rd shift, helping production teams safely build engines to quality, delivery, and cost targets. You will work directly with assemblers, technicians, quality, and support teams to resolve shop-floor issues, maintain process control, troubleshoot technical and hardware-related problems, and ensure work is performed to engineering and process requirements. You will support ongoing production by responding to disruptions, clarifying technical instructions, interpreting drawings and specifications, and making decisions within established procedures to keep assembly flowing.
This role is responsible for monitoring assembly processes, identifying and preventing defects or escapes, supporting root cause investigation and corrective actions, and driving practical process improvements that improve safety, quality, and productivity. The engineer must be able to balance immediate production needs with longer-term process discipline, communicate clearly across functions, and escalate issues that fall outside standard limits. On 3rd shift, this often means serving as a key technical resource for the operation with greater independence and ownership in real-time problem solving. Shift / Schedule Expectations
This position supports 3rd shift operations
Typical hours are 10:30 pm-7:30 am
Regular onsite support is required during assigned shift
May require overtime, weekend support, or schedule flexibility based on production needs
Requires effective communication with 1st and 2nd shift teams to support shift handoff and issue continuity
Roles and Responsibilities
Provide daily manufacturing engineering support for engine assembly operations on 3rd shift
Support assembly processes by resolving technical issues, process constraints, tooling issues, nonconformances, and build interruptions
Work directly with assembly technicians and operators on the shop floor to troubleshoot problems and implement practical solutions
Interpret and apply engineering drawings, specifications, work instructions, process sheets,…
