Top Structural Engineer Jobs

As a Structural Engineer, you will lead the design and analysis for data centers, coordinating with multidisciplinary teams while ensuring structural integrity and compliance with codes.

As a Project Engineer, you will complete engineering tasks, maintain communication with project teams, review schedules, prepare reports, and visit job sites to gain field experience.

The Project Engineer will execute engineering tasks, maintain project schedules, prepare proposals, and review work on various structural projects, particularly in energy.

Lead the evaluation of industrial structures, perform analytical modeling, create rehabilitation plans and specifications, and support construction efforts.

The Structural Engineer will design and analyze high-rise infrastructure projects, oversee construction, manage contracts, and ensure project timelines and budgets are met.

The Structural Engineer will prepare deliverables, perform field investigations, conduct construction administration duties, coordinate with project disciplines, mentor junior engineers, and lead project teams while ensuring quality control standards.

Oversee planning, design, and execution of structural engineering projects while ensuring compliance with codes and effective client communication.

The Structural Engineer will manage and oversee structural design projects, mentor junior engineers, ensure code compliance, and lead QA/QC efforts, among other responsibilities.

The Project Structural Engineer conducts design, analysis, and coordinates projects under supervision. They manage small to medium tasks and report on structural designs while collaborating with other engineers.

The Entry-Level Structural Engineer will assist in structural analysis, design, and documentation, collaborate with senior engineers, and support project execution.

Lead evaluations of existing industrial structures, analyze failures, develop rehabilitation plans, and provide technical support for construction projects.

Lead field evaluations of industrial structures, conduct data analysis, develop engineering models, and create rehabilitation plans and specifications.

This role involves civil and structural engineering for transmission and distribution projects, including design and analysis of various electrical infrastructure.

As a Structural Engineer-in-Training, you will assist in structural design and analysis, collaborate with multidisciplinary teams, and contribute to project documentation.

Design and innovate building structures, work with various materials, mentor junior engineers, and contribute to sustainable designs.

The entry-level structural engineer will perform bridge inspections, load rating analysis, and develop reports and recommendations for bridge repair.

The Structural Engineer will design transportation bridge projects in New Jersey, providing technical guidance, conducting quality control, and developing cost estimates while ensuring timely project delivery.

The Tunnel Geo-structural Engineer will interpret geotechnical data, design earth retention systems, and prepare drawings for underground structures.

The Structural Engineer will lead design for substations, perform engineering calculations, coordinate with teams, prepare specifications, and contribute to business development.

The Tunnel Geo-structural Engineer interprets geotechnical data, designs earth retention systems and underground structures, and prepares detailed drawings and specifications for construction.

The Tunnel Geo-structural Engineer will interpret geotechnical data, model ground-structure interactions, design retention systems, and prepare drawings for structures.

The role involves analyzing geotechnical data, designing earth retention systems and underground structures, and creating detailed drawings and specifications for construction.

The Tunnel Geo-structural Engineer will interpret geotechnical data, design earth retention systems, and prepare specifications and drawings for underground structures.

The Mechanical Structural Engineer will perform analytical calculations, evaluate the lifespan of components, and utilize engineering software to model crane structures and develop optimization strategies for mechanical designs.

Perform structural and mechanical calculations for cranes, evaluate fatigue life, optimize designs, and build 3D models using analytical tools.