Sr Structural Engeer

Arcadis•New York, NY

8d•Onsite

About The Position

Arcadis is seeking a Senior Structural Engineer to play a key role in the delivery of complex water, wastewater, and resiliency infrastructure projects. This position offers the opportunity to lead the structural design of critical public infrastructure, including treatment facilities, pump stations, flood protection systems, and associated facilities. You will work on a diverse portfolio of projects involving reinforced concrete and steel structures, including process tanks, retaining structures, foundations, floodwalls, flood hardening systems, equipment platforms, pipe supports/pipe bridges, and treatment facility support structures including low-rise concrete, masonry, and steel buildings. This role provides both technical leadership and project impact, supporting major regional and national projects.

Requirements

Bachelor’s degree in Civil or Structural Engineering
Professional Engineer (PE) license
10 years of structural engineering experience

Nice To Haves

Demonstrated experience in the design of reinforced concrete, structural steel, and masonry systems.
Experience with design of water and/or wastewater facility structures, flood protection systems, and infrastructure project
Experience performing structural condition assessments and developing rehabilitation/repair design
Master’s degree in Civil or Structural Engineering
Structural Engineer (SE) license
OSHA 10 HR Training

Responsibilities

Manage the structural scope for projects, including planning, budgeting, and execution, contributing directly to successful project delivery.
Mentor junior engineers, provide technical leadership, assist with design and detailed document production, be responsible for project quality and help strengthen the capabilities of the structural team.
Work directly with clients and project stakeholders, supporting project execution and contributing to proposals and technical approaches for, and design of, projects.
Apply a strong understanding of construction methods and constructability, ensuring designs are practical, efficient and constructible.
Evaluate existing structures, develop repair and strengthening solutions, and coordinate with contractors to address real-world construction constraints—particularly for treatment facilities, floodwalls, and heavy structural systems such as pipe racks and equipment platforms.