ProSidian is a Management and Operations Consulting Services Firm focusing on providing value to clients through tailored solutions based on industry-leading practices. ProSidian services focus on the broad spectrum of Enterprise Service Solutions for Risk Management | Compliance | Business Process | IT Effectiveness | Engineering | Environmental | Sustainability | and Human Capital. We help forward-thinking clients solve problems and improve operations. Launched by former Big 4 Management Consultants; our multidisciplinary teams bring together the talents of nearly 190 professionals globally to complete a wide variety of engagements for Private Companies, Fortune 1,000 Enterprises, and Government Agencies. Our solution-centric services are deployed across the enterprise, target drivers of economic profit (growth, margin, and efficiency), and are aligned at the intersections of assets, processes, policies, and people delivering value. ProSidian clients represent a broad spectrum of industries including but not limited to Aerospace And Telecommunications | Consumer Products, Services, And Retail | Development And Sustainability | DOD/Military | Energy, Resources, & Industrials | Financial Services | Government & Public Services | Information Technology, Media, And Telecommunications | Life Sciences & Health Care | Manufacturing And Operations | Nuclear and Environmental | Professional Services |, etc. Learn More About ProSidian Consulting at https://www.prosidian.com. POSITION TITLE: MECHANICAL ANALYST DUTIES: Perform advanced engineering evaluations employing stress analysis, solid and fluid mechanics principles, and heat transfer phenomena to validate the design adequacy of various equipment for normal operation and various accident event conditions. Applications involve both hand computations and computer software including finite element analyses for linear and non-linear components, pipe stress, fluid flow, and pressure vessel design. SRS component design requires the capability to evaluate component structural responses due to thermal-hydraulic pressure transients, vibration, other live loads, wind loads, and seismic events. Design evaluation tasks also include the ability to determine pressure relief valve size requirements for fluid systems, and to determine pump size requirements for piping networks. Individual at times will be required to travel off Site to interface with vendors, fabricators and other Engineering organizations. Engineering services will be provided using SRR processes and procedures. Programmatic guidance will be provided by SRR.
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Job Type
Full-time
Career Level
Mid Level
Number of Employees
11-50 employees