I just completed GE Aerospace's Explore Supply Chain on @[Forage](urn:li:organization:68514998). In the simulation I: * Completed a simulation focused on GE Aerospace’s Supply Chain engineering * Developed a procedure to disassemble a GEnx-1B high bypass turbofan engine core * Utilized engineering data in order to specify applicability, capacity, and size requirements * Successfully dispositioned non-conforming turbine blades using GE's Digital Thread and engineering data * Completed three “Defect Disposition Forms” in Excel for each of the non-conforming turbine blades in the non-conventional machining center
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Integrated Lean Six Sigma (IL6S) Intern at Mondelēz International | BS Industrial Engineering Student at De La Salle University
I just completed GE Aerospace's Explore Supply Chain on @[Forage](urn:li:organization:68514998). In the simulation I: * Completed a simulation focused on GE Aerospace’s Supply Chain engineering * Developed a procedure to disassemble a GEnx-1B high bypass turbofan engine core * Utilized engineering data in order to specify applicability, capacity, and size requirements * Successfully dispositioned non-conforming turbine blades using GE's Digital Thread and engineering data * Completed three “Defect Disposition Forms” in Excel for each of the non-conforming turbine blades in the non-conventional machining center
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I just completed GE Aerospace's Explore Supply Chain on @[Forage] In the simulation I : * Completed a simulation focused on GE Aerospace’s Supply Chain engineering * Developed a procedure to disassemble a GEnx-1B high bypass turbofan engine core * Utilized engineering data in order to specify applicability, capacity, and size requirements * Successfully dispositioned non-conforming turbine blades using GE's Digital Thread and engineering data * Completed three “Defect Disposition Forms” in Excel for each of the non-conforming turbine blades in the non-conventional machining center
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I just completed GE Aerospace's Explore Supply Chain on @[Forage](urn:li:organization:68514998). In the simulation I: * Completed a simulation focused on GE Aerospace’s Supply Chain engineering * Developed a procedure to disassemble a GEnx-1B high bypass turbofan engine core * Utilized engineering data in order to specify applicability, capacity, and size requirements * Successfully dispositioned non-conforming turbine blades using GE's Digital Thread and engineering data * Completed three “Defect Disposition Forms” in Excel for each of the non-conforming turbine blades in the non-conventional machining center
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Vibrant design thinker | innovative personality | dignity towards future electronics
I just completed GE Aerospace's Explore Supply Chain on @[Forage](urn:li:organization:68514998). In the simulation I: * Completed a simulation focused on GE Aerospace’s Supply Chain engineering * Developed a procedure to disassemble a GEnx-1B high bypass turbofan engine core * Utilized engineering data in order to specify applicability, capacity, and size requirements * Successfully dispositioned non-conforming turbine blades using GE's Digital Thread and engineering data * Completed three “Defect Disposition Forms” in Excel for each of the non-conforming turbine blades in the non-conventional machining center Check out the simulation here: https://lnkd.in/gXG3vrH8
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Seeking co-op opportunities. Master of Business Administration Candidate at Northeastern University, D’Amore-McKim School of Business
I just completed GE Aerospace's Explore Supply Chain on @[Forage](urn:li:organization:68514998). In the simulation I: * Completed a simulation focused on GE Aerospace’s Supply Chain engineering * Developed a procedure to disassemble a GEnx-1B high bypass turbofan engine core * Utilized engineering data in order to specify applicability, capacity, and size requirements * Successfully dispositioned non-conforming turbine blades using GE's Digital Thread and engineering data * Completed three “Defect Disposition Forms” in Excel for each of the non-conforming turbine blades in the non-conventional machining center Check out the simulation here: https://lnkd.in/gxpri3A8
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Supply Chain & Quality Management Expert | Industrial Engineer | 30% Operational Efficiency Boost | Reduced Costs by 10% | Winner, Reman Challenge 2022 | MSC in Global Production Engineering and Management
I just completed GE Aerospace's Explore Supply Chain on @[Forage](urn:li:organization:68514998). In the simulation I: * Completed a simulation focused on GE Aerospace’s Supply Chain engineering * Developed a procedure to disassemble a GEnx-1B high bypass turbofan engine core * Utilized engineering data in order to specify applicability, capacity, and size requirements * Successfully dispositioned non-conforming turbine blades using GE's Digital Thread and engineering data * Completed three “Defect Disposition Forms” in Excel for each of the non-conforming turbine blades in the non-conventional machining center Check out the simulation here: https://lnkd.in/dfvUFE3D
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I just completed GE Aerospace's Explore Supply Chain on @[Forage](urn:li:organization:68514998). In the simulation I: * Completed a simulation focused on GE Aerospace’s Supply Chain engineering * Developed a procedure to disassemble a GEnx-1B high bypass turbofan engine core * Utilized engineering data in order to specify applicability, capacity, and size requirements * Successfully dispositioned non-conforming turbine blades using GE's Digital Thread and engineering data * Completed three “Defect Disposition Forms” in Excel for each of the non-conforming turbine blades in the non-conventional machining center Check out the simulation here: https://lnkd.in/g7ZVFHn4
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I just completed GE Aerospace's Explore Supply Chain on @[Forage](urn:li:organization:68514998). In the simulation I: * Completed a simulation focused on GE Aerospace’s Supply Chain engineering * Developed a procedure to disassemble a GEnx-1B high bypass turbofan engine core * Utilized engineering data in order to specify applicability, capacity, and size requirements * Successfully dispositioned non-conforming turbine blades using GE's Digital Thread and engineering data * Completed three “Defect Disposition Forms” in Excel for each of the non-conforming turbine blades in the non-conventional machining center Check out the simulation here: https://lnkd.in/dfdcyCZ6
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GE Aerospace Supply Chain Operations Intern - Schmidthorst College of Business Senior - Supply Chain Management Association President - ASCM Toledo Chapter #69
I just completed GE Aerospace's Explore Supply Chain on @[Forage](urn:li:organization:68514998). In the simulation I: * Completed a simulation focused on GE Aerospace’s Supply Chain engineering * Developed a procedure to disassemble a GEnx-1B high bypass turbofan engine core * Utilized engineering data in order to specify applicability, capacity, and size requirements * Successfully dispositioned non-conforming turbine blades using GE's Digital Thread and engineering data * Completed three “Defect Disposition Forms” in Excel for each of the non-conforming turbine blades in the non-conventional machining center Check out the simulation here: https://lnkd.in/gka--Zw6
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I just completed GE Aerospace's Explore Supply Chain on @[Forage](urn:li:organization:68514998). In the simulation I: * Completed a simulation focused on GE Aerospace’s Supply Chain engineering * Developed a procedure to disassemble a GEnx-1B high bypass turbofan engine core * Utilized engineering data in order to specify applicability, capacity, and size requirements * Successfully dispositioned non-conforming turbine blades using GE's Digital Thread and engineering data * Completed three “Defect Disposition Forms” in Excel for each of the non-conforming turbine blades in the non-conventional machining center
