Structural Engineers and Designers

AECOM•Columbia, GA

20h•Hybrid

About The Position

AECOM's Southeast Transportation business line is seeking Structural Engineers and Designers at all levels to join their growing team throughout the southern US. Selected candidates will work on alternative delivery projects, including mega-projects. Key roles include Junior level, mid-level and senior level Structural Engineers and Task Leads, and Structural CAD Designers. The desired skillsets include Design/Build or Alternative Delivery project experience, experience or interest in developing design packages for bridge design projects, experience with Bentley Microstation and Open Roads, familiarity with bridge design software (Bentley Suite, CSiBridge, Midas, PGSuper, MDX, and VBent), experience in all types of retaining wall design, and experience in all aspects of bridge design, including prestressed beams & steel girders superstructure design; concrete multi-column, hammerhead, and straddle bent substructures – conventionally reinforced and post-tensioned; and foundation design (using spread footings, drilled shafts, and HPiles).

Requirements

Structural CAD Designers: BS Degree or demonstrated equivalency of education and/or experience
Junior Level Engineers: BS in Engineering + 2 years of related experience or demonstrated equivalency of education and/or experience
Mid-Level Engineers: BS in Engineering + 6 years of related experience or demonstrated equivalency of education and/or experience
Senior Level Engineers / Task Leads: BS in Engineering + 10 years of related experience or demonstrated equivalency of education and/or experience

Nice To Haves

EIT Certification or PE License
State DOT experience

Responsibilities

Design/Build or Alternative Delivery project experience
Develop design packages for bridge design projects
Utilize Bentley Microstation and Open Roads
Work with bridge design software, including Bentley Suite, CSiBridge, Midas, PGSuper, MDX, and VBent
Perform all types of retaining wall design
Perform all aspects of bridge design, including, but not limited to: Prestressed beams & steel girders superstructure design; concrete multi-column, hammerhead, and straddle bent substructures – conventionally reinforced and post-tensioned; foundation design (using spread footings, drilled shafts, and HPiles)