Job Description- Project Manager for GE Aerospace.
As a GE Aerospace Project manager, you will be responsible for managing one or multiple smaller Engagements which includes Driving & Sustaining each engagement from the point of Delivery excellence, Project Management, Customer Management, people management (Hiring, career development and engagement), Fulfil incremental growth, Develop proactive proposals, Support any new customer RFQ’s and Drive Operational excellence (AR, Yield, Invoicing, RAR, UBR ETC) to ensure business profitability.
14+ Years of experience in Industrial engineering and Aero engine will be advantage.
After market Services (AMS) background mandatory.
Must have experience of managing multiple customer engagements independently.
Perform the role of project manager & be the main point of contact for both Customer & internal Stakeholders.
• Support the In-Service Operations/Maintenance activities of various Large, Medium and Small Gas Turbine Aero engines.
• Support In service operation and engine overhaul by providing solutions to salvage engine components.
• Working in a significantly challenging work environment.
Typical Activities expected to be performed:
• Technical Publication such as Aircraft Maintenance Manual [AMM] / Engine Shop Manual [ESM]/ Service Bulletin [SB]/Other Manuals content, creation and revision.
• Investigation of Failure/ Non-conformance (Operational / Maintenance) and providing salvage solutions/repair options.
• Technical Report Writing/Data analysis and computation.
Work Experience
Responsibilities:
Delivery Excellence
Project Management
Independent Ownership of Engagements
Customer Tech Lead Relationship
Drive Customer Technical Meetings
Drive weekly & Monthly Connect
Take care of Day-to-Day Delivery
Internal Conflict Resolution
Team Connect & People Management
Operational Support to
Hiring
Training and Development
QuEST project management System adherence and compliance.
Financial Parameter tracking and optimization.
Responsibilities:
In-depth knowledge of gas turbine aero engines, engine components and their function during engine operation/system.
• In-depth understanding various damages and different salvage methods.
• In-depth knowledge on part drawing reading and GD&T concepts.
• Knowledge of various manufacturing/inspection/repair process, which can be applied to salvage components.
• Knowledge in Engine/LRU assembly / disassembly and build shop.
• Good understanding on Stress/Design/Material/Lifing analysis and substantiation reports.
• Good technical writing skills in English, ability to read and interpret Technical Specifications, other engineering data related to components and system maintenance.
•Understanding of various delivery excellence and quality control systems.