Job Summary
Kairos Power is looking for an experienced mechanical engineer to lead the design and analysis of pressure vessels and other systems, structures and components (SSC) on medium to large projects for a generation IV Nuclear Power Plant, and related scaled prototype and engineering test plants. The successful candidate will be responsible for meeting the specific project requirements and assuring the technical correctness of design, compliance to code and standards, project budget and project schedules.
Responsibilities
Analyze and evaluate using FEA or other numerical and / or analytical techniques vessels (including pressure vessels) and other mechanical components for compliance to design and construction codes and standards as well as project requirements
Perform stress analysis and post-processing of analysis data of vessels and components using both classic and finite element analysis methods
Develop tools and methods for analyzing and evaluating pressure vessels and other SSCs in compliance with ASME B&PV Codes Section III Division 5 and Section VIII Division 1 and 2 mechanical equipment design and analysis including Design-by-Analysis Section VIII Part 5.
Develop stress classification and development of load combinations for analysis of vessels and other components using ASME Section III Division 5 and Section VIII Division 1 and 2
Employ fatigue, corrosion and high temperature creep life assessment using finite element analyses (Ansys preferred) to meet latest codes and standard requirements.
Serviceability assessment of damaged or flawed components based on crack growth concepts and fracture mechanics
Visualize and develop various load cases with different operating scenarios (dynamic and static) which include all physical properties of the vessel as applicable
Work directly with other disciplines (manufacturing, procurement, civil, and others) to ensure well integrated design that meets manufacturability, cost competitiveness and other requirement
Develop and use hand and computer calculations, spreadsheets, programs, or other tools for design
Review design calculations and reports performed
Sign an certify design calculations, reports including data reports in accordance with company standards and ASME and other codes and standards
Provide organized and well written reports and presentations to describe assumptions, steps taken, and results from work performed
Provide leadership by learning, developing, and coordinating new techniques, standardizing procedures, and providing technical instruction and mentoring to department staff
Mentor and train entry level engineers in stress analysis and life assessment techniques
Assist and provide expert guidance on field inspections, fabrication and installation of equipment.
Perform other duties as assigned
Qualifications
Bachelors or Masters in Mechanical Engineering or similar field of study
Must have PE license or the ability to obtain one within 6 months
8+ years of experience in engineering organization involved in chemical, power or nuclear industry design and analysis
Experience as Vessel Design Lead with thorough understanding of vessel design and layout and best practices
5+ years of experience in stress analysis and post-processing of analysis data of vessels and components using both classic and finite element analysis methods
Experience in developing tools and methods for analyzing and evaluating pressure vessels and other SSCs in compliance with ASME B&PV Code Section III Division 5 and Section VIII Division 1 and 2 mechanical equipment design and analysis including design-by-analysis Section VIII Part 5
Experienced in stress classification and development of load combinations for analysis of vessels and other components using ASME Section III Division 5 and Section VIII Division 1 and 2
Experience in employing fatigue, corrosion and high temperature creep life assessment using finite element analyses (Ansys preferred) to meet latest codes and standards requirements
Have knowledge of serviceability assessment of damaged or flawed components based on crack growth concepts and fracture mechanics
Worked directly with other disciplines (manufacturing, procurement, civil, and others) to ensure well integrated design that meet manufacturability, cost competitiveness and other requirements
Have developed and used hand and computer calculations, spreadsheets, programs, and other tools for design
Thoroughly familiar with the application and scope of the ASME BPVC Sec III and Section VIII
Competent in Solidworks modeling for vessel and component design
Knowledge of inspection and examination of vessels and components to assess good fabrication
Ability to work with highly collaborative team
Ability to problem solve quickly and efficiently
Ability to proactively collect, manage, and transfer knowledge
Ability to seek different and novel ways to create efficiencies when working on problems, challenges, and issues
Prioritizes and ensures safety of oneself and others
Physical Conditions
Ascending or descending ladders, stairs, scaffolding, ramps, scissor lifts, articulated boom lifts and the like
Setting up and transferring temporary structures (e.g. scaffolding, ladders)
Remaining in a stationary position, often standing, or sitting for prolonged periods
Moving about to accomplish tasks or moving from one worksite to another
Adjusting, moving, transporting, installing, positioning, or removing objects up to 50 pounds in all directions
Communicating with others to exchange information
Use hand tools
Environmental Conditions
General office environment
Outdoor environment or elements such as precipitation and wind
Noisy environments
Odors or fumes from chemicals or chemical reactions
Accessing the accuracy, neatness and thoroughness of the work assigned
High-concentration, demanding and fast-paced
Safety and PPE
Reading and interpreting hazardous warning signs
Reporting issues with equipment or unsafe conditions
Wearing proper PPE, to include face mask, face shields, gloves, safety shoes
Travel
Some travel may be required (20%)
Certification
Must have Professional Engineering License or the ability to obtain one within 6 months.
Additional Requirements
Occasionally requires working weekends
Requires schedule flexibility
Occasionally requires non-standard work-week hours
Occasionally requires extended hours to support launch and critical project timelines
The salary range for this position is $133,900 to $157,500 for employees working onsite at our Alameda, CA headquarters. The range provided in this job posting represents the typical range or starting rate of candidates hired in California. Factors that may be used to determine your actual salary may include your education, experience, knowledge, skills, abilities, the market data for your work location, and a comparison to other employees already in the role.
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