NPD Engineer

Job Description

Key Responsibilities Apply principles of Mechanical engineering, Physics, and Material Science to perform data driven development, optimization, and evaluation of novel or iterative designs of mechanical and electro-mechanical materials, components, assemblies, processes and/or equipment, based on customer and business needs. Defines and implements specifications, inputs/outputs, working parameters, and test methods using current best practice engineering methods and technologies. Assesses design risks and mitigations through tools such as FMEA, Fault tree, etc. Works closely with key internal and external specialty resources to ensure robust holistic device / component design and to address complex design issues. Provides clear communication to stakeholders for key technical updates. Complies with site and department specific procedures on record keeping, use of log books, materials receiving, and inventory control. Completes time records and reports projects allocated time. Adheres to all EH&S procedures and general housekeeping SOP's. Remains knowledgeable of technologies within functional area. Reviews or coordinates vendor activities to support development. Applies basic data analysis; develops understanding of more complex data analysis; identifies basic problematic issues with data; compares results with historical data. Summarizes results, contributes to the generation of technical reports, and completes experimental paperwork/lab notebook documentation. Creates robust documentation of requirements, protocols, evaluations, reports, etc. throughout all phases of research and development by writing clear and concise documents. Contributes to a strong team culture around high expectations and high performance. Education and Experience BE/B.Tech/ master’s degree in mechanical/ design engineering. Must have: Knowledge in medical grade material sciences and processing – Metals, Polymers, Plastics Experience in Test Method development and hands on of lab equipment Proficient in CAD Design, GD&T, Tolerance stack-ups Knowledge of quality system & processes that need to be applied for product development. Good to have: Understanding of Product lifecycle process Design controls Knowledge of FEA and CAE tools Quality System Requirements In all actions, demonstrates a primary commitment to patient safety and product quality by maintaining compliance to the Quality Policy and all other documented quality processes and procedures. For those individuals that supervise others, the following statements are applicable: Assures that appropriate resources (personnel, tools, etc.) are maintained in order to assure Quality System compliance and adherence to the BSC Quality Policy. Establishes and promotes a work environment that supports the Quality Policy and Quality System.