Advanced Manufacturing Engineer
Job Title: Advanced Manufacturing Engineer (L5)Location: North Reading, MAZip Code: 01864Duration: 8 MonthsJob summary: Design and implement world-class manufacturing solutions that transition cutting-edge robotics products from concept to production at scale, driving quality excellence across global supply chains.Key Job ResponsibilitiesApply Design for X (DFX) principles to transition autonomous robotic solutions and mechatronic systems from design to productionDevelop and qualify suppliers while managing product lifecycle changes across complex global supply chainsLead cross-functional quality improvement projects and drive technical root cause analysis for supplier defectsDesign and develop manufacturing test solutions for consumer electronics and robotics systemsImplement best-in-class manufacturing systems for scalability, focusing on gearbox assembly, stator winding, rotor manufacturing, and motor integrationCollaborate with design teams globally to influence product designs and ensure manufacturability at scaleBasic qualifications:Bachelor's degree in Mechanical Engineering, Electrical Engineering, Manufacturing Engineering, or related technical fieldExperience applying Design for Manufacturing (DFM), Design for Assembly (DFA), or Design for X principlesExperience with manufacturing processes including injection molding, machining, sheet metal fabrication, or electronics assemblyExperience working with contract manufacturers and managing supplier relationshipsKnowledge of quality systems and methodologies including Six Sigma, Lean Manufacturing, or continuous improvement principlesExperience with CAD software and technical drawing interpretationUnderstanding of statistical process control and capability analysisPreferred QualificationsMaster's degree in Engineering Management, Manufacturing Engineering, or related fieldSix Sigma Green Belt or Black Belt certificationExperience with robotics, mechatronics, or electromechanical systems manufacturingExperience leading New Product Introduction (NPI) activities from prototype to mass productionKnowledge of test engineering principles and automated test equipment developmentExperience with failure analysis techniques including FMEA, 8D, and root cause corrective actionFamiliarity with Industry 4.0 technologies and smart manufacturing systemsExperience working in global manufacturing environments across multiple time zonesStrong project management skills with ability to influence cross-functional stakeholdersExcellent communication skills with ability to present technical concepts to diverse audiences