Lead Engineer

SOCOTEC•Amesbury, MA

9d•Hybrid

About The Position

SOCOTEC is a provider of niche consulting services within the engineering and construction industries focusing on power, infrastructure, and specialty structures and systems. Through an integrated, holistic approach, our professionals assess the integrity, reliability, and operational capabilities of assets at all phases of their life cycle. We provide innovative, cost effective, and risk-based solutions. Within SOCOTEC, our Capital Projects Advisory (CPA) group consists of two pillars: Engineering and Advisory. Engineering includes five major areas of service: advanced analysis/fitness-for-service, root cause failure & materials analyses, nondestructive engineering & testing, and engineering design consulting. Advisory is comprised of four major service areas: dispute resolution, project advisory, schedule-delay analyses, and economic damages. SOCOTEC’s combination of expertise, experience and methods are increasingly recognized as best-in-class fueling significant growth for our clients. SOCOTEC is proud to announce that it has been officially certified as a Great Place to Work by the renowned global authority on workplace culture, Great Place to Work®.

Requirements

Bachelor’s degree, minimum, in mechanical, metallurgical, or structural engineering
Strong written and verbal communications skills, with efficient use of Microsoft products.
Ability to pass background and drug screenings to obtain security clearances at a commercial nuclear plant.
Ability to travel to customer or project sites, which may include weekends.

Nice To Haves

Master Degree preferred
Pursuit of a Professional Engineer license is preferred.
Experience with fracture mechanics and concrete modeling is preferred.

Responsibilities

Perform stress analyses to solve and report on complex issues related to design, life assessment, and root cause failure analyses.
Contribute to advanced testing including the assessment of the physical structure and behavior of metals\materials.
Perform heat transfer, fluid dynamics, and structural stress analyses of pressure vessels, piping systems, rotating equipment, bridges and other structures using classical and finite element analyses methods (e.g., ANSYS, LS-DYNA, SAP, and others).
Work with industry codes and standards for the design and analyses of structures and systems.
Perform all other duties as assigned by your supervisor or manager.