Yasmin Samantaray Email and Phone Number

• BTV (Bauteilverantwortlich) Responsibility for Thermal Comfort Components from Conception till SOP• Technical, Manufacturing and Functional responsibility of the parts• Liaise and Manage stakeholders to clarify System and Component requirements• Interaction with external (Suppliers) and internal stakeholders (Purchase, Quality, Logistics, etc) for cost effective solutions• On-Time hardware delivery and On-Vehicle part testing• Involved in Supplier Evaluation and Nomination• Product Portfolio Management, Product Variant Management and Supplier Management• Lead the gated Part Reviews and Part Releases (both CAD and Hardware) to drive quality, integrity and timeliness of all technical solutions• Drive sustainable solutions with new and recyclable materials towards Organization’s Vision and Mission (Ambition 2039).

• Subject Matter Expert for CAD Modules and Engineering Applications Support• Train and Coach Design Engineers on the workbenches in NX (Modelling, Drafting, Assembly, Surfacing, Sheet metal, Mechanical Routing, Electrical Routing, Kinematics, CAE, Realize Shape, etc.)• Impart functional, processes and methodologies support.• Understanding of PLM concepts in Automotive Industry.• Expertise in defining methodologies/ best practices for CAD.

• Design Responsibility for Complex Fabs (Unit Installations) for New Engine Program (NPI) for Rolls Royce Aeronautic Engines• Scope of work- Installations for Fuel Flow Transmitter, Drains Tank, Ignition Unit, Over Speed and Splitter Unit and Engine Electronic Control• Requirement Analysis from Clients• Instrumental in Concept generation for Installations• Expertise in Design of sheet metal brackets and fabricated parts as per Rolls Royce standards and Best Practices.• Timely delivery of design and drawings of parts in scope towards design freeze• Risk and Failure Mode Analysis• Tolerance stack up Analysis for critical dimensions• Managing Weight, Usage of Standard Parts and Interfaces • Responsible for Design Reviews, Deviation Buy-ins with stakeholders (Supplier, Assembly, Simulation, SMEs, etc).

• Design Responsibility for Engine Externals for Rolls Royce Aeronautic Engines• Managed and Collaborated in Engine externals-Advance3 Demo (NPI) Engine and Fleet Engines (Trent 1000, Trent 500 and Trent 700)• Competency in Mechanical Routing, Electrical Routing and Sheet metal• Analyze Customer Requirements for project execution• Managed technical topics for a group of 5 team members• Prioritize tasks and assign tasks as per competency• Extend support towards design finalization and conduct design reviews• Responsible for Design Reviews, Deviation Buy-ins with stakeholders (Supplier, Assembly, Simulation, SMEs, etc).• Deliver detailed design as per manufacturability checks

• To be well versed with the existing product lines across different franchises and technologies in the products• Determine tech readiness level for various manufacturing processes and maintain a master component database with all relevant component data• Develop Product Requirement Workbook (PRW) to cascade the Voice of Customer (VoC).• Creation of project charter, Project plan, trackers to ensure smooth execution of the project by performing the associated activities• Develop Pugh Matrix & decision matrix using the paired comparison methodology of Value Engineering for concept comparison and selection• Perform Risk Management activities like Design FMEA, Application FMEA and Risk Identification as an error preventive action• Identify and drive cost improvement projects using metrics based on the technological assessment and defined target areas• Generate innovative design concepts and 3D models with 100% manufacturing feasibility• Integrating new technology and methods for manufacturing the components• Competency in NX CAD Tool for Solid Modelling, Surface Modelling and Drawings• Perform Design for Manufacturability and Design for Manufacturability/Assembly (DFM/DFA) analysis and validate the findings with cross-functional teams• Determine the Geometric Dimensioning and Tolerance scheme of the components and assembly as per ASME Y 14.5-1994 standards for the ease of manufacturability and to capture the correct design intent in print