Creep Fatigue - Engineering Consultant
Structural Integrity AssociatesHighlight
Summary
About the Role
About You
- BS degree in Mechanical Engineering and/or Materials Engineering.
- Minimum of 10 years of experience in operation of Nuclear Plant Systems, Design Engineering, Programs Engineering, EPRI awareness in Materials Programs, Materials Degradation, experience with the Domestic US Commercial Nuclear Fleet Reactor Design, and Computer Programming (ANSYS SimAI, Python).
- Experience with NRC regulations and business protocol.
- Excellent written and oral communication skills including presentations.
- MS degree or higher in Mechanical Engineering and/or Materials Engineering.
- Finite Element Analysis (FEA) capability.
- Experience in Design Engineering (ASME Section III Div 5).
- Active ASME Code Committee membership and engagement.
- Knowledge of new advanced nuclear reactor design.
- PE License.
Benefits
- Competitive salary and performance-based bonus program.
- Traditional 401k, Roth 401k, and employer match.
- Paid time off including vacation, floating holidays, sick time, and parental leave.
- Comprehensive benefits program including medical, dental, and vision insurance.
- Life Insurance and AD&D.
- Short-term and long-term disability.
- Health Savings Account with employer contribution.
- Flexible Spending Account for health care and dependent care.
- ID theft protection and credit monitoring.
Structural Integrity Associates is the most-trusted provider of proven engineering services for the energy and process industries. Our goal, in everything we do, is to help you and your organization get the most out of your critical components and structures. We provide a broad range of integrated services that help you predict and maximize equipment life, ensure plant and equipment reliability and avert unplanned business interruption. Structural Integrity provides all this and more to ensure your success: Inspection & Monitoring • Conduct Non-Destructive Examination (NDE) using state-of-the-art linear and annular phased array UT, TOFD, Guided Wave, and many other advanced NDE technologies • Develop and implement tooling customized to applications, when needed • Apply technicians certified in accordance with ASNT and other standards’ requirements Materials Evaluations & Testing • Apply the latest field and laboratory testing technologies to identify causes of damage • Implement mitigation measures to prevent reoccurrence of damage • Confirm long-term integrity within context of an asset management program that optimizes NDE scope, cost and value • Employs the laboratory and expertise housed in our Austin, TX Materials Sciences Center Analysis & Planning • Perform stress, fracture mechanics, residual stress, dynamic/non-linear, computational fluid dynamics, and other advanced analyses using Finite Element Analysis methods • Apply verified and validated software tools, including many developed in-house, to support our advanced engineering analyses • Leverage our deep understanding of and leadership in development of industry codes and standard including ASME, ASTM, ASNT, API, and many others • Perform our work under the auspices of documented and routinely audited Quality Assurance programs and, as required, the purview of Professional Engineers. We have offices throughout the U.S., as well as overseas affiliates.