Chaitanya Aher’s Post

🌟 Excited to share that I have 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 #Certification #ContinuousLearning #ProfessionalDevelopment

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. #FORAGE #GE AEROSPACE

Thank you GE Aerospace and Forage to help achieve this achievement I just completed GE Aerospace 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 Check out the simulation here: https://lnkd.in/ghE8UVq4 #geaerospace #supplychain #forage #upskilling

🚀 Excited to share that I’ve just completed GE Aerospace’s Explore Supply Chain virtual simulation on Forage! This hands-on experience gave me a deep dive into the intricacies of supply chain engineering, particularly in the aerospace sector. Here are a few key takeaways from the simulation: 🔧 Disassembled GEnx-1B high bypass turbofan engine core – developed a step-by-step procedure using real engineering data. 📊 Analyzed non-conforming turbine blades – leveraged GE’s Digital Thread to disposition these blades and ensure they met stringent operational standards. 📝 Prepared defect disposition forms – completed forms in Excel to track and resolve issues in the non-conventional machining center. This experience has strengthened my understanding of supply chain management, engineering processes, and the integration of digital tools like the GE Digital Thread. Feel free to explore the simulation here: https://lnkd.in/ew_-ve5r #SupplyChainManagement #AerospaceEngineering #DigitalThread #ContinuousImprovement #ProfessionalDevelopment #ForageExperience

Excited to announce that I’ve completed the GE Aerospace Explore Supply Chain simulation on Forage! ✈️🔧 In this experience, I had the opportunity to: Develop a procedure to disassemble a GEnx-1B high bypass turbofan engine core 🛠️ Utilize engineering data to determine applicability, capacity, and size requirements 📊 Successfully disposition non-conforming turbine blades using GE's Digital Thread and engineering data 📐 Complete “Defect Disposition Forms” in Excel for turbine blades in the non-conventional machining center 📝 #Aerospace #SupplyChain #Engineering #ContinuousLearning #GESupplyChain #Forage #GEnx1B

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. skills I obtained - #ACCOUNTABILITY #CRITICAL THINKING #INTERPRETING ENGINEERING DATA #PROBLEM SOLVING

Hello connection✨ I just completed GE Aerospace's Explore Supply Chain on Forage. In the simulation * 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

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 #engineering #supply #quality #supplychain #scm #ingénierie

I recently completed GE Aerospace 's Explore Supply Chain virtual experience program through Forage , which provided hands-on exposure to the intricacies of supply chain engineering in the aerospace industry. During this simulation, I: - Developed a detailed procedure for disassembling the GEnx-1B high bypass turbofan engine core - Used engineering data to determine the suitability, capacity, and size requirements for various components - Worked with GE’s Digital Thread to review and handle non-conforming turbine blades, making sure they met engineering standards - Completed and submitted three Defect Disposition Forms in Excel, specifically addressing issues in the non-conventional machining center This experience deepened my understanding of aerospace supply chain operations and the technical precision required to maintain GE Aerospace's high standards. #GEAerospace #SupplyChain #Excel #Forage #Engineering

About a month ago, I completed GE Aerospace's Explore Supply Chain on Forage. In the simulation I: 1. Completed a simulation focused on GE Aerospace’s Supply Chain engineering 2. Developed a procedure to disassemble a GEnx-1B high bypass turbofan engine core 3. Utilized engineering data in order to specify applicability, capacity, and size requirements 4. Successfully dispositioned non-conforming turbine blades using GE's Digital Thread and engineering data 5. Completed three “Defect Disposition Forms” in Excel for each of the non-conforming turbine blades in the non-conventional machining center