Mechanical Designer - STET

Job Description

Mechanical design changes of a module/sub system/ system Plastics and sheet metal components/sub-assemblies design and development DFM and DFA activities, conduct reviews with suppliers and optimize design for cost reduction Create DFMEA and identify relevant product risks Apply GDT and perform Tolerance stack -up analysis for components/sub system Identify suitable materials for designs and develop manufacturing specifications Performing hand calculations for the design feasibility Create 3D models, assembly, detailing including drawing conversions generating BoM Work with supplier, procurement engineer to complete the prototype and qualifications First Article Inspections and wherever required perform measurements Requirements Design, unit level verification testing and integration of unit in accordance with higher-level requirement and design specifications/architectures Reliability and serviceability of the system/sub system/component Complying to all applicable medical standards/regulations such as ISO, FDA internal QMS. Working closely with cross functional team (RD, Quality, Regulatory, Procurement, Operations, Supply Chain, Service, Marketing) and manage stakeholders for projects Provide technical support to suppliers other departments to fulfill project/production needs Support localization activities and engineering change management Manage the obsolescence, resolve production issues and customer complaints Coaching and supporting junior team members You are a part of A high-impact, global organization within Philips that works across all modalities - The Supplier Transfer Excellence Team (STET). STET has been established as an entrepreneurial organization that focuses on fast-paced, high-quality portfolio transfers within the Philips global supply base to mitigate risk maximize profitability. Youre the right fit if you have B.E/B.Tech/M.Tech in Mechanical /Automobile/Industrial Engineering 8+ years of relevant experience in design and development of complex electromechanical products systems (on end-to-end medical device or equivalent Automobile/Industrial products) Strong knowledge of plastics, sheetmetal, structural design, manufacturing processes, and CAD (3D modeling 2D drawings). Experience in SolidWorks, FEA and mold flow analysis is preferred. Good at hand calculation of the design Experience in DFM/DFMEA/Six sigma and design/quality tools and processes. Working knowledge of IEC 60601 medical standards are preferred. Fast learner and interest to learn new technologies/business/system System thinking mindset and domain expertise in the related area Quality mindset in design and documentation Excellent communication skills Team player Mindset to simplify and reach to solutions with speed Disciplined team worker, ability to work independently Strong English written and verbal communication skills require