Nuclear Product Engineer

Who We Are:

Thank you for your interest in Mueller Water Products, Inc.  

For more than 165 years, Mueller Water Products, Inc. has been building the future of water infrastructure. From lifesaving fire protection to data intelligence, we are committed to developing products and solutions that help cities and utilities deliver clean, safe drinking water to hundreds of millions of people across North America.   

Our purpose is to connect communities to water, life’s most essential resource, with exceptional, people solutions and products. Behind that purpose is a dedicated team, united by our shared values of respect, integrity, trust, inclusion and safety. With a vision to be the leader in water infrastructure solutions—solving challenges, enriching lives and safeguarding the future—we are making a positive impact that will last for generations.   

By joining Mueller, you become part of a dynamic team dedicated to excellence and innovation, working collaboratively to achieve meaningful results. We champion our people because when they succeed, our communities thrive. We invite you to learn more about career opportunities with us and consider submitting your application.  

Nuclear Product Engineer

Mueller Water Products is the nation's leading manufacturer of flow control devices for the water and gas distribution industries and has an immediate opening for a Product Engineer – Nuclear in our newest Kimball, TN facility. For over 160 years MWP’s manufacturing commitment has ensured one of the world’s most precious resources, clean drinking water, reaches millions of people daily. Come be a part of something that sustains and enriches the lives of every human being.

Job Description:

Mueller’s manufacturing commitment ensures one of the world’s most precious resources, clean drinking water, reaches millions of people daily.  Come be a part of something that sustains and enriches the lives of every human being.  As a Product Engineer - Nuclear, you will be a key member of the Nuclear Program.  You will be processing nuclear orders by preparing/approving drawings, models, design reports, and owner specification reviews.  This is a unique opportunity to design valves that are tightly controlled by ASME standards that are intended for use in Nuclear Power Plants.

Primary Responsibilities:

• Preparation and/or review of ASME Section III Design Reports for Class 2 & 3 components.
• Engineering analysis of all components of Butterfly Valves NPS 3 to over 100” for stress and deformation
• Static seismic analysis of valve structures to Code stress limits.
• FEA in ANSYS to support design.
• Design verification using Design Reviews, alternate calculations, and qualification testing.
• Continuing education to maintain status of design work as state of the art in compliance with ASME NQA-1
• Software verification and dedication
• Review, summarize and apply Owner Design Specification requirements to design.
• Understanding of traditional analytical engineering calculations as seen in Machinery’s Handbook, Roark’s Formulas for Stress and Strain, Blodgett, Shigley’s, etc.
• Verification and identification of Critical Characteristics for Commercial Grade Items dedicated for use in nuclear valve assemblies.
• Produce 3D models in Solidworks, Autodesk Mechanical Desktop, and PTC CREO of all parts for use in assembly models, visual representations, FEA analysis, and CAM programs.
• Produce detailed Design Drawings in Solidworks, Autodesk Mechanical Desktop, and PTC CREO for fabrication of Pratt Nuclear rated Water Valves compliant with ASME standards (Y14.5).
• Review and approval of Detailed Design Packages (separate from Design Reports).
• Review and approval of engineering forms containing design inputs and order entry data.
• Develop a working knowledge of all pertinent Codes and Standards to a competency level sufficient for defense of work in ASME/NRC/NUPIC and internal audits.
• Technical disposition of non-conformances and evaluations for 10CFR21 reporting requirements.
• Maintain/update Engineering procedures as they relate to the nuclear program and Code requirements.
• Attend ASME classes, Code Weeks, and Committees where beneficial to continuing education or pertinent matters for the construction of Code valves.
• Follow all policies and procedures as outline by corporate, local office, and engineering department.
• Perform engineering calculations needed to verify structural requirements for pressure integrity, operability assurance, and seismic loading.
• Checking Drafter outputs including d