Stress Engineering Services, Inc. · 2 months ago
Engineering Consultant (Metallurgical Engineer)
Stress Engineering Services, Inc. is a highly specialized consulting firm recognized for solving complex materials challenges in various industries. The Metallurgical Engineer – Staff Consultant will lead and support metallurgical consulting engagements, focusing on failure analysis, creep testing, and asset integrity work while collaborating with clients and mentoring junior engineers.
EnergyRenewable Energy
Responsibilities
Lead and perform failure analysis work across petrochemical, industrial, consumer, and medical sectors
Conduct creep testing and remaining life assessments
Provide technical expertise in metallurgy, fabrication, welding, inspection methods, corrosion, material selection and integrity practices
Prepare and defend high impact technical reports, proposals, presentations, papers
Work collaboratively with interdisciplinary engineering specialists
Mentor early career engineers and grow technical depth within the practice
Support and/or participate in conferences, committees, and industry standards development
Qualification
Required
MS or PhD in Metallurgical / Materials Engineering (ferrous emphasis preferred)
10+ years of experience in metallurgical engineering supporting energy, petrochemical, industrial, power or aerospace sectors
Knowledge of API 6A, API 5L, NACE MR0175, ASME BPVC VIII/IX, ASME B31, ASME FFS-1/API 579
Strong communication — written, verbal, presentation and technical defensibility
PE license or ability to obtain
US Citizen or Permanent Resident needed
Willingness to travel to refineries, plants, offshore, and industrial customer sites
Preferred
Prior consulting experience strongly preferred
Experience with renewable energy material behavior (CCS, hydrogen) and/or additive manufacturing a plus
Expert witness experience a plus
Benefits
Healthcare
Dental and vision plans
Paid time off
Paid holidays
Company
Stress Engineering Services, Inc.
Stress Engineering Services: 50 years of turning critical uncertainty into engineering certainty.
Funding
Current Stage
Growth StageRecent News
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