Lead Professional, Bridge Engineer

Provides high level technical assistance and guidance for multi-site/phase due diligence, investigation, remediation, improvement, and/or construction of building and infrastructure projects in the public and private sector. Tasks include the research, design, concept development, planning, and construction of load-bearing structures or structural elements, such as buildings bridges, roadways, and mechanical structures. Substantiates reports and documentation to advise on material, installation, design, and construction specifications. Ensures that responsibilities are delivered and adhered to with a level of quality that meets or exceeds acceptable industry standards for design, safety, structural soundness, and functionality.

• Provide guidance with collecting, compiling, and analyzing data from the physical work site, surveys, blueprints, GIS data, subsurface utility information, maps, hydrologic analysis, geotechnical data, and other matrices for project development, design, and construction.
• Apply high-level structural and civil engineering techniques and processes to identify improvements for various infrastructure project phases including concept development, preliminary design, final design, procurement, construction, and operation.
• Perform professional structural engineering work and conduct research and inspections of proposed and existing site conditions, resources, buildings, infrastructure, transportation channels, and operations to determine conformance with applicable rules, standards, and construction or operating permits.
• Develop construction plans, specifications, and cost estimates; preparing construction safety and phasing plans, and updating infrastructure layout plans that require coordination with owners, other disciplines, sub-consultants, and clients.
• Involved from project inception to completion in the management of design, construction, rehabilitation, and remediation of building and infrastructure projects, ensuring durability of materials and structural soundness from loads and pressures caused by environmental or human influence.
• Develop and incorporate advanced technologies, monitoring devices, building materials, modeling techniques, design requirements, and operating strategies to