Engage and lead within a dynamic team providing client focused solutions for simple and combined cycle gas and steam turbines, conventional steam turbines, hydro, and nuclear-powered electrical generation. The ideal candidate will be responsible for the execution of fitness for service, life assessments and probabilistic risk assessments of turbine rotating and stationary components. This position encompasses the full breadth of an engineering consultant role including client relationships, business development, project quoting, execution, and reporting. Primary Responsibilities: Perform evaluations related to design, life assessment, and root cause failure analysis of turbine and generator rotating and non-rotating equipment. Perform thermal and structural stress analysis of turbine rotors, blades, casings, valve bodies, and other plant structures using both classic and finite element analysis methods. Employ fatigue, corrosion, and high-temperature creep life assessment and fracture mechanics-based crack growth concepts for serviceability assessment of damaged or flawed components. Use experience with materials, welding, and nondestructive examination techniques on projects. Assist in Root Cause Analysis by providing lifing calculations of failed components. Develop lifing and modeling processes and procedures for typical failure modes and components. Mentor and train entry-level engineers in stress analysis and life assessment techniques. Prepare written technical reports and presentations. Develop and expand business opportunities with existing Structural Integrity clients. Support development of new clients and business offerings. Develop proposals for opportunities identified. Learn and implement all applicable standard Structural Integrity policies and procedures.