Senior Materials Engineering Consultant at Structural Integrity Associates in Denver, CO | USD79,900-184,560 | Kablio

Role

Description

fea assessment

materials evaluation

degradation analysis

calculation packages

aging management

client proposals

Assist in mechanical/structural assessments using FEA inputs and materials data
Analyze inspection results, surveillance capsule data, and materials performance trends
Perform evaluations based on RG1.99R2 for irradiation embrittlement, thermal aging, and property shifts for vessel and internals materials
Evaluate degradation mechanisms such as SCC, corrosion, fatigue, irradiation-assisted embrittlement, and thermal aging
Prepare calculation packages, materials evaluations, and high-quality technical reports
Contribute to proposals, scopes, estimates; identify growth opportunities
Support development and updates of Aging Management Programs for reactor vessel internals and pressure boundary materials
Collaborate across disciplines; contribute to internal R&D roadmap and industry activities (e.g., EPRI participation, method improvements)
Reconcile ASME Section II/III material properties for mechanical and structural analyses
Participate in proposals, client meetings, and cross-disciplinary project reviews
Support emergent outage issues including: foreign material evaluation, wall-thinning, contamination, or mechanical damage assessments

Requirements

asme bpvc

materials degradation

fea

matlab/python

nuclear qa

5–12 years

Strong communication and technical writing skills
Experience with materials degradation (embrittlement, corrosion, thermal aging)
Experience with ASME BPVC Sections II, III, IX, XI
Ability to evaluate and interpret materials property data, inspection results, or aging trends
Exposure to EPRI methodologies or NRC regulatory guidance
Direct experience in nuclear materials programs (RVI, RPV, chemistry/materials aging initiatives)
B.S. or M.S. in Materials Science, Metallurgical Engineering, Nuclear Engineering, or related field
Ability to work within nuclear QA and multi-disciplinary environments
Background in FEA-supported materials assessments, data analytics, MATLAB/Python
5–12 years relevant industry experience

Benefits

Health Savings Account with employer contribution
ID theft protection and credit monitoring
Short-term and long-term disability
Life Insurance and AD&D
Medical, dental, and vision insurance
Flexible Spending Account for health care and dependent care

Training + Development

Information not given or found

Interview process

Information not given or found

Visa Sponsorship

Information not given or found

Security clearance

Information not given or found

Company

Overview

Founded with a vision to transform engineering and asset management, Structural Integrity Associates began with a commitment to solving complex structural and materials challenges.
Specializing in asset management, they focus on maintaining the safety and performance of critical infrastructure across industries such as energy, utilities, and industrial sectors.
With decades of experience, they handle a wide range of projects from preventive maintenance to major structural assessments, ensuring longevity and reliability of systems.
Their work spans various sectors, from providing advanced solutions in nuclear power plants to tackling infrastructure challenges in the utility and industrial sectors.
Notably, they provide critical insights into maintaining aging infrastructure, performing complex analyses, and optimizing the service life of high-risk assets.
In addition to conventional structural engineering, they offer specialized expertise in materials science, fatigue analysis, and fracture mechanics, making them a go-to consultant for complex problems.
Through continued research, innovation, and strategic partnerships, they have earned a reputation for delivering quality and safety in some of the world's most challenging environments.

Culture + Values

Our employees are our most important asset.
Creating and maintaining client trust is paramount.
Innovation, value solutions, and productivity create success.
Safety is an integral part of every job, task, and business decision.
Known for unmatched quality of services and deliverables.
A role model in corporate citizenship.

Environment + Sustainability

Inclusion & Diversity

Articles

Engineering Services

Laboratory Services

Inspection Services

Monitoring & Instrumentation

Equipment Testing

Digital Solutions

Role

Description

fea assessment

materials evaluation

degradation analysis

calculation packages

aging management

client proposals

Assist in mechanical/structural assessments using FEA inputs and materials data
Analyze inspection results, surveillance capsule data, and materials performance trends
Perform evaluations based on RG1.99R2 for irradiation embrittlement, thermal aging, and property shifts for vessel and internals materials
Evaluate degradation mechanisms such as SCC, corrosion, fatigue, irradiation-assisted embrittlement, and thermal aging
Prepare calculation packages, materials evaluations, and high-quality technical reports
Contribute to proposals, scopes, estimates; identify growth opportunities
Support development and updates of Aging Management Programs for reactor vessel internals and pressure boundary materials
Collaborate across disciplines; contribute to internal R&D roadmap and industry activities (e.g., EPRI participation, method improvements)
Reconcile ASME Section II/III material properties for mechanical and structural analyses
Participate in proposals, client meetings, and cross-disciplinary project reviews
Support emergent outage issues including: foreign material evaluation, wall-thinning, contamination, or mechanical damage assessments

Requirements

asme bpvc

materials degradation

fea

matlab/python

nuclear qa

5–12 years

Strong communication and technical writing skills
Experience with materials degradation (embrittlement, corrosion, thermal aging)
Experience with ASME BPVC Sections II, III, IX, XI
Ability to evaluate and interpret materials property data, inspection results, or aging trends
Exposure to EPRI methodologies or NRC regulatory guidance
Direct experience in nuclear materials programs (RVI, RPV, chemistry/materials aging initiatives)
B.S. or M.S. in Materials Science, Metallurgical Engineering, Nuclear Engineering, or related field
Ability to work within nuclear QA and multi-disciplinary environments
Background in FEA-supported materials assessments, data analytics, MATLAB/Python
5–12 years relevant industry experience

Benefits

Health Savings Account with employer contribution
ID theft protection and credit monitoring
Short-term and long-term disability
Life Insurance and AD&D
Medical, dental, and vision insurance
Flexible Spending Account for health care and dependent care

Training + Development

Information not given or found

Interview process

Information not given or found

Visa Sponsorship

Information not given or found

Security clearance

Information not given or found