Senior Manufacturing Engineer, Mechanical (Dive-XL)

Job description

Job responsibilities

• Lead root cause on assembly problems, process deviations, tooling failures and nonconforming parts, give the engineering disposition in MRB, and build the fix into the process
• Be the first point of contact for technicians and supervisors on mechanical build issues, and get line-down problems resolved quickly to hold schedule
• Cut in engineering changes on the floor: update the manufacturing BOM in Teamcenter and the routings and work instructions in ArsenalOS, decide what happens to work in progress, and brief the technicians
• Own the work instructions and SOPs for your assemblies, written so a technician can build from them without you there
• Design fixtures, lifting equipment and assembly tooling for large, heavy structures in Siemens NX, and print jigs and shop aids in-house to cut cycle time and improve ergonomics
• Track yield, throughput, scrap and labor hours, find the trends, and lead the projects that fix them
• Lay out workstations and material flow as the line comes up, and specify, procure and commission the heavy equipment, robotics and automation that cut waiting, extra handling and rework
• Drive DFM and DFA with the design team before drawings are released, and push back on unbuildable features with build data

Job requirements

• Bachelor's degree in mechanical, manufacturing or industrial engineering, or a related field
• 5+ years of manufacturing or production engineering experience on complex mechanical hardware, such as aerospace, defense, heavy equipment or medical devices, or 3+ years with an advanced degree
• A product or major assembly you owned in production from start to finish, working with suppliers and internal teams to deliver on time, that you can walk us through in detail
• Root cause analysis using methods such as 5 Whys, fishbone or 8D, with corrective actions that held
• Lean and continuous improvement projects you led on a production line
• Reading complex drawings and specifications, with strong GD&T (ASME Y14.5)
• Manufacturing BOMs, routings and engineering change in an ERP, PLM or MES, such as Oracle or Teamcenter
• 3D CAD for fixture and tooling design; Siemens NX preferred, SolidWorks or Creo accepted