Senior Manufacturing EngineerMason, OH

AtriCure, Inc. provides innovative technologies for the treatment of Afib and related conditions. Afib affects more than 33 million people worldwide. Electrophysiologists and cardiothoracic surgeons around the globe use AtriCure technologies for the treatment of Afib and reduction of Afib related complications. AtriCure's Isolator Synergy Ablation System is the first medical device to receive FDA approval for the treatment of persistent Afib. AtriCure's AtriClip Left Atrial Appendage Exclusion System products are the most widely sold LAA management devices worldwide. AtriCure's Hybrid AF Therapy is a minimally invasive procedure that provides a lasting solution for long-standing persistent Afib patients. AtriCure's cryoICE cryoSPHERE probe is cleared for temporary ablation of peripheral nerves to block pain, providing pain relief in cardiac and thoracic procedures. For more information, visit AtriCure.com or follow us on Twitter @AtriCure. We foster a culture of inclusion by embracing diverse experiences and individuals where everyone's authentic self is welcome. We offer supporting programs and resources that provide enriching and equitable opportunities for each person to contribute professionally and personally. POSITION SUMMARY: This position will be responsible for the development, qualification, verification and validation of manufacturing processes. The Senior Manufacturing Engineer will contribute in creative and collaborative way to achieve the company's goals of producing market lead products through positive patient outcomes. ESSENTIAL FUNCTIONS OF THE POSITION: Team member of projects involving design and manufacturing resources, both internal and external. Specific expectations include: - Review of component designs and identification of Design for Manufacturing opportunities. Able to identify critical component functions and determine which manufacturing techniques will provide the optimal outcome. Understands gating and parting line effects on injection molded parts. Able to make cost/benefit trade-offs when determining mold complexity and the use of slides vs. post machining - Review of proposed component tolerances and input to manufacturing capability. Has knowledge of tolerance capabilities of machining, molding, casting, stamping, forming, grinding, etc. Understands GD&T and how to properly apply it to yield the desired fits between joining parts - Review of proposed device assembly requirements and identification of Design for Assembly opportunities. Understanding of assembly and joining techniques including laser welding, ultrasonic welding, adhesive bonding, over-molding, etc. Understanding of error proofing, poke-yoke - Provide input to systems test requirements for ongoing production - Definition of high-level manufacturing system/flow - Selection of suppliers for parts and equipment - Coordination of parts and equipment fabrication Manufacturing Process Knowledge - Knowledge of general manufacturing technologies including low to medium volume manufacturing processes - Work with outside suppliers to define, document, analyze and qualify their manufacturing processes - Identify new vendors, processes, materials, and technologies that can be used to improve product quality and reduce product cost - Lead the definition, development, verification, and validation of manufacturing processes for new products. Develop manufacturing processes that are simple, cost-effective and reliable - Identify and implement manufacturing and product-related cost reduction opportunities. Understand life-cycle costs and cost-benefit analysis - Familiar with manufacturing efficiency strategies such as Lean, Six Sigma, 5S, Value Stream mapping, etc. Tooling and Equipment Able to define, communicate, and develop fixture concepts using interna