Pipe Stress Analysis Engineer

Overview

We are seeking a highly motivated and detail-oriented Pipe Stress Analysis Engineer to join our dynamic engineering team. In this role, you will be responsible for performing comprehensive stress analysis on piping systems, ensuring their integrity and safety under various operational conditions. Your expertise will contribute to the successful design, construction, and maintenance of complex systems involving radioactive waste management, manufacturing processes, and system design. This position offers an exciting opportunity to apply advanced analysis skills in a collaborative environment dedicated to innovation and excellence.

Duties

• Conduct detailed pipe stress analysis using specialized software tools, ensuring compliance with industry standards and safety regulations
• Develop and validate models for piping systems, incorporating factors such as thermal expansion, pressure variations, seismic activity, and mechanical loads
• Collaborate with systems engineering teams to integrate pipe stress considerations into overall system design and system control strategies
• Review construction plans and specifications to ensure piping integrity during fabrication and installation phases
• Utilize programming languages such as Python, C++, and Fortran to automate analysis processes and improve modeling efficiency
• Document analysis procedures, results, and recommendations through clear technical writing for project reports and quality assurance records
• Support laboratory testing and field inspections to verify analysis accuracy and system performance under real-world conditions

Skills

• Strong mechanical knowledge with a focus on piping systems, materials, and manufacturing processes
• Proficiency in analysis skills related to pipe stress, finite element modeling, and system design principles
• Experience with construction practices relevant to piping installation and radioactive waste handling environments
• Programming expertise in Python, C++, Fortran for automation, data processing, and simulation tasks
• Familiarity with distributed control systems (DCS) used in industrial process control environments
• Knowledge of mechanical engineering standards, quality assurance protocols, and safety regulations
• Laboratory experience conducting tests on materials or piping components related to radioactive waste management or mechanical systems
• Understanding of systems engineering concepts applied to complex project integration across multiple disciplines

Join us in shaping innovative solutions that ensure the safety, reliability, and efficiency of critical piping systems. Your expertise will help drive forward our mission of excellence in engineering while providing opportunities for professional growth within a vibrant team dedicated to impactful projects.

Pay: $36.64 - $60.00 per hour Work Location: Remote