GE offers a great work environment, professional development, challenging careers, and competitive compensation. GE will require proof of status prior to employment. 1324b(a)(3)) due to access to export-controlled technology. citizens, permanent residents, and other protected individuals under the Immigration and Naturalization Act, 8 U.S.C. Strong background in the interpretation of engineering drawings / specifications and manufacturing processes Understands fundamentals of CNC machines and programmingĪbility to make data driven decisions and utilize Six Sigma and Lean tools Problem solver: analytical-minded, challenges existing processes, critical thinkerīachelor's Degree in Engineering with a strong preference towards Manufacturing, Mechanical, Aerospace or Materials from an accredited university or collegeĭirect experience with metal machining processes or strong education background with aptitude and desire to learn from experienced personnelĮxperience with machining tool and fixture designs or improvement Leadership ability: strong communicator, decision-maker, collaborative ![]() Transparent: shares critical information, speaks with candor, contributes constructivelyįocused: quick learner, strategically prioritizes work, committed Humble: respectful, receptive, agile, eager to learn Strong interpersonal and leadership skills, including ability to lead techniciansĮffective problem identification and solution skillsīachelor’s degree from an accredited college or institution (OR a High school diploma / GED with a minimum of 4 years experience in manufacturing engineering)Ī minimum of 3 years in Manufacturing Engineering Strong oral and written communication skills Overtime may be required to meet business goals Machine variable, Macro, GUD and program offset proficiencyĭemonstrated ability to lead complex programs / projectsĪbility and willingness to manage multiple priorities under tight deadlines Tap of cutting tools and hardware to understand frequency’sĮxperience with airfoil quality and requirements experienceĮxperience with defining cutting tools and work holding fixturesĪviation manufacturing process and materialsĭemonstrated initiative to stay abreast of technology advancementsĮffective problem identification and Root cause analysis Process monitoring with Caron Engineering, TMAC controlsįrequency analysis of cutting tools, parts and machine for process optimization ![]() Toolpath optimization with ThirdWave/MachPro and validation with Vericut machine simulation Programming machine probing routines and on-machine inspection Work well independently and as part of a collaborative team Mentor less experienced engineers and programmers in cutting edge technologies & methods. Investigate and apply new technology to support growth plans Partner with manufacturing sites on process transfer, methods and provide technical support Partner with Design Engineering and provide manufacturing feedback on hardware design. Read and understand airfoil drawing requirements, airfoil cmm data and adjust manufacturing process accordingly. Interpretating of engineering drawings / technical specifications Utilize software tools for NX model conversion and adjustments, create tool path, machine simulation, validate tool path quality, optimize cutting conditions/forces, analyze tool and part frequency and post CNC programĭesign work holding, define cutting tool holders and cutting tool selectionĮxhibit ownership and take responsibility in attaining all aspects of manufacturing process including safety, quality, cost and deliveryĬreating planning and documentation for technicians to follow Learn our blisk milling process and make recommendations to improveĬreate blisk milling process for 5 axis milling machines ![]() Our lab leads GE Aviation with new innovative technologies, methods, cutting tool design and is dedicated to sharing our knowledge and learnings to the manufacturing sites. This role involves working with Design Engineering on NPI programs as well as Manufacturing Engineers from our production sites on legacy hardware as well as sharing knowledge. In addition to learning and developing new skills, you will be given the freedom to develop and test new stock removal methods. In this role, you will partner with experienced CNC machine technicians, manufacturing, cutting tool, and CNC controls engineers to promote skills and competency growth. Develop manufacturing process which are safe for human/part/machine, with high yield rates and best cost. The Lead Manufacturing Engineering will be responsible for all aspects of programming, processing, engineering, and manufacturing associated with Blisk manufacturing.
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