The Senior Mechanical Analysis Engineer works within the Mechanical Analysis team of the GE Vernova Hitachi Nuclear Energy (GVH) Engineering organization
The Mechanical Analysis team is responsible for performing analyses on the reactor vessel, internal structures, and components
Typical evaluations may include stress analyses, fracture evaluations, dynamic load evaluations, vibrational responses, thermal evaluations, and other similar analyses to ensure performance consistent with applicable codes and regulatory requirements
Develop creative solutions and reduce analysis complexity to create accurate and effective solutions for complex engineering problems
Analyze primary plant structures to develop loads and response characteristics
Confirm Reactor Pressure Vessel (RPV) or Reactor Internals components meet structural stress and fatigue criteria
Qualify RPV or Reactor Internals repairs or replacement components considering static, dynamic, thermal, and flow-induced loads
Evaluate static, dynamic, thermal, and vibrations loads (and other similar analyses) to determine loads on reactor systems and internals components
Perform linear and non-linear structural evaluation to ASME Boiler & Pressure Vessel code stress and fatigue qualification criteria
Translate design information into detailed finite element models of BWR primary structures and equipment using Finite Element methods and GE in-house computer codes
Engage customers to define scope, review results, and discuss technical risks
Work with the technical leader to establish an effective work plan, including time estimates, schedule estimates, requirements, and work processes
Identify and manage project execution risk
Apply engineering fundamentals and 1st order engineering principles to establish and/or confirm expected performance
Provide clear and complete analysis documentation in accordance with GE engineering procedures
Analysis results typically provided in an engineering report for use by external customers
Ability to present analysis results in a clear, organized, and concise manner
Manage time effectively to provide quality deliverables within the expected project timeline
Communicate effectively to leadership the status of work activities
Effectively manage multiple priorities
Coach and mentor less experienced engineers to increase overall knowledge while assuring a successful outcome
Requirements
Minimum Bachelor’s degree in an engineering discipline from an accredited college or University
Minimum of 8 years applicable experience performing mechanical analysis
Nuclear Industry knowledge / experience or other highly regulated industry
Strong knowledge of mechanical analysis fundamentals – stress analysis, heat transfer, non-linear systems, vibrations, fatigue, fracture mechanics, and drafting practices (including geometric dimensioning and tolerancing)
Demonstrated ability to lead initiatives, effectively facilitate meetings and provide experience using static, transient, and dynamic simulations to model complex structures
Experience coaching and mentoring to less experienced coworkers
Working knowledge of the ASME Section III and XI Codes
Demonstrated ability to model using ANSYS and APDL
Working knowledge of scripting tools such as PROCD, Python, VBA, etc.
A self-starter willing to take initiative
Benefits
Healthcare benefits include medical, dental, vision, and prescription drug coverage
Access to a Health Coach, a 24/7 nurse-based resource
Access to the Employee Assistance Program, providing 24/7 confidential assessment, counseling, and referral services
Retirement benefits include the GE Retirement Savings Plan, a tax-advantaged 401 (k) savings opportunity with company matching contributions and company retirement contributions
Access to Fidelity resources and planning consultants
Tuition assistance
Adoption assistance
Paid parental leave
Disability insurance
Life insurance
Paid time-off for vacation or illness
Applicant Tracking System Keywords
Tip: use these terms in your resume and cover letter to boost ATS matches.
Hard skills
mechanical analysisstress analysisheat transfernon-linear systemsvibrationsfatiguefracture mechanicsfinite element methodsstatic simulationsdynamic simulations