•Led more than 100 tool designs used in the assembly/disassembly and transportation of the GE Aircraft Engines as GENx, GE90, GE9X, PASSPORT20, LEAP-1A,-1B,-1C, CFM56, and Industrial Power Generation turbines as LM2500, LM6000 and LM9000. Those designs were developed from its concept to manufacturing and final use at customer site.•Designed the shipping container for the High Pressure Turbine Rotor HPTR transportation used to ship these modules to Brazil by sea. This design included a… Show more •Led more than 100 tool designs used in the assembly/disassembly and transportation of the GE Aircraft Engines as GENx, GE90, GE9X, PASSPORT20, LEAP-1A,-1B,-1C, CFM56, and Industrial Power Generation turbines as LM2500, LM6000 and LM9000. Those designs were developed from its concept to manufacturing and final use at customer site.•Designed the shipping container for the High Pressure Turbine Rotor HPTR transportation used to ship these modules to Brazil by sea. This design included a shock absorber system to meet with the safety requirements to guarantee the Rotor integrity during the trip. All requirements were complied and same design was used for other GE Engines as GE90, GE9X and LM9000. Same for tool used to install the Coupling Nut in the HPT Shaft avoiding the jump off problem in the GE Turbines.•Technical Substantiation for tooling designs by performing Stress (FEA, ANSYS), Dimensional (GD&T, Stackups) and Virtual analyses (3D Modeling, UG NX16, Teamcenter, VisMockup). Responsible of the quality of deliverables, technical documentation and manufacturing drawings as a checker and assist Designers Team in the ASME Y14.5 standard application.•Supported vendors and suppliers to make the manufacturing processes easier and reduce costs. Solved the issues of exiting tools detecting the root cause of them. Kept on track project schedules and budgets to successfully and quickly complete each tool by using the Six Sigma methodology.•Led Design Presentations for not considered tools in the assembly/disassembly procedures directly to the Technical Experts in US (Seniors, Principals and Consulting Engineers) getting the approvals to move the projects forward and budget authorizations. It was reflected in changes to engine parts and the procedures in the Engine Manuals. Show less

•Design and modification of auxiliary skids for fit new technology to old units. Bill of Materials (BOM) definition. Created the fabrication prints, assembly and installation drawings. Provided technical support to field engineers at customer site.•Been in charge of the design of the Ethanol fuel Skid installed on the second LM6000 Natural Gas to Ethanol conversion for PETROBRAS in Brazil. The Skid was patented by GE and engineering work was recognized as the standard model for this… Show more •Design and modification of auxiliary skids for fit new technology to old units. Bill of Materials (BOM) definition. Created the fabrication prints, assembly and installation drawings. Provided technical support to field engineers at customer site.•Been in charge of the design of the Ethanol fuel Skid installed on the second LM6000 Natural Gas to Ethanol conversion for PETROBRAS in Brazil. The Skid was patented by GE and engineering work was recognized as the standard model for this kind of conversions. It was vital to increase the credibility and ownership of CM&U engineering team in Mexico. •Collaborated with the technical growth of the team increasing my knowledge in the Bill of Materials (BOM) definition. Included new critical items into the GE Data System by working directly with GE Commercial/Sales and Sourcing teams. It reduced the project costs and had a big visibility in the Global team. As a result, it was created the New Units NPI and CM&U Team based in Mexico with a headcount of 3 new engineers getting the ownership of these activities. Show less

•Drafting definition of instrumentation diagrams, fabrication prints and assembly and installation drawings in CM&U Projects. Developed Virtual analysis by using 3D models of components for the turbine systems using Unigraphics UG NX16, Mechanical Desktop, Inventor and AutoCAD.•Trained the new CM&U and NPI Designer Teams to implement the quality requirements for drawings to comply with the GE Aero-energy Products AEP guidelines. Responsible of the quality of the team deliverables as a… Show more •Drafting definition of instrumentation diagrams, fabrication prints and assembly and installation drawings in CM&U Projects. Developed Virtual analysis by using 3D models of components for the turbine systems using Unigraphics UG NX16, Mechanical Desktop, Inventor and AutoCAD.•Trained the new CM&U and NPI Designer Teams to implement the quality requirements for drawings to comply with the GE Aero-energy Products AEP guidelines. Responsible of the quality of the team deliverables as a checker with a quality indicator above of 95% when baseline was 90%.•Performed a gas turbine familiarization training for CM&U team members. It helped to Designers and Engineers to understand the gas turbines geometry shown in the engine cross sections and detailing drawings. This training was selected as part of the induction courses for new GE Aero-energy Products AEP employees. Show less

•Validated the test equipment built by the technical staff in the shop used to repair and calibrate the airplane cabin instruments. Created the operation manual of these equipment for their quality approval and certification.•Built the racks and work stations for the test equipment according with the manufacturer maintenance manual. Supported the test equipment quality certification in the internal and external audits. This effort helped the shop to continue with the repair practices… Show more •Validated the test equipment built by the technical staff in the shop used to repair and calibrate the airplane cabin instruments. Created the operation manual of these equipment for their quality approval and certification.•Built the racks and work stations for the test equipment according with the manufacturer maintenance manual. Supported the test equipment quality certification in the internal and external audits. This effort helped the shop to continue with the repair practices and not send the instruments to external services reducing the cost for the company. Show less

•Reviewed and updated the repair guidelines and procedures for the gas turbine external accessories and instruments into the shop. Modified the repair specifications to comply with the requirements for customers Mexicana and Aeromexico airlines.•Provided support to the technical staff at the shop to implement changes in repair procedures. Update the repair procedures documentation according with the ISO 9000 and AS9000 quality standards.