MANUFACTURING & PROCESS DEVELOPM ENTENGINEER- Electrophysiology Catheter NPD

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MANUFACTURING & PROCESS DEVELOPM ENTENGINEER- Electrophysiology Catheter NPD

7/24/26

At TE, you will unleash your potential working with people from diverse backgrounds and industries to create a safer, sustainable and more connected world.  ​

At TE Connectivity, we create the connections that power the future of healthcare. As an R&D Process Development Engineer II, you will play a pivotal role in our Medical business unit, specifically focusing on the design and manufacture of high-precision Electrophysiology (EP) catheter technologies. You will act as the vital link between initial product concept and full-scale manufacturing. Your mission is to ensure that next-generation EP catheters—complex devices involving intricate sensors, electrodes, and steerable shafts—are designed for manufacturability (DFM) and produced using stable, high-yield processes. You will work within our LEANPD framework to develop, qualify, and scale the manufacturing technologies that make life-saving cardiac procedures possible. Core Responsibilities •    Process Innovation & Design: Develop and optimize manufacturing platforms specifically for EP catheters, including electrode bonding, micro-assembly, catheter shaft lamination, and braiding. •    Fixture Development:  Designs and develops specialized fixturing that secures components in the exact same position repeatability ensuring manufacturing operations without errors. •    Technical Problem Solving: Apply scientific principles and DOE (Design of Experiments) to characterize process limits and resolve complex technical challenges inherent in micro-scale medical device assembly. •    Validation & Compliance: Lead the execution of Equipment Installation Qualifications (IQ) and Process Validations (OQ/PQ) to ensure all methods meet stringent FDA/ISO regulatory standards. •    Productivity & Control: Implement robust process controls and visual management to prevent failures. Prepare detailed work instructions and technical documentation for cleanroom manufacturing. •    Capital Management: Identify equipment needs for new programs; manage the specification, procurement, and justification of advanced automation and assembly hardware. •    Root Cause Analysis: Lead investigations into non-conformances (NCMR) and Material Review Board (MRB) items, identifying root causes and implementing long-term corrective actions. •    Cross-Functional Collaboration: Provide technical guidance to Product Development to ensure designs are optimized for assembly, cost-efficiency, and high