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Structural Bridge Intern #1146

Benesch
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Structural/Bridge Design Intern

Benesch is seeking a motivated Structural/Bridge Engineering Intern to join our Railroad team. This role will involve applying structural engineering techniques to support the design and construction of bridges, retaining walls, culverts, and other structures for highway, rail, and transit clients. As an intern, you will have the chance to collaborate on real-world railway and transit projects, gaining hands-on experience in design, development, and project execution. You will support senior engineers, contribute to design processes, and play an integral role in innovative transportation solutions. 

Location 

This position offers a hybrid work schedule with the flexibility to work from the following offices that host a Railroad-Bridge team: Portland, ME.  This allows you to benefit from mentorship by professionals in the office during your internship at Benesch!

Benesch’s Railroad Division is made up of highly skilled rail professionals, many of whom are former employees of operating railroads. This firsthand experience working on designing and maintaining active rail systems uniquely equips our team to develop innovative solutions to a wide variety of rail projects. 

The Impact You Will Have

  • Assist in structural analysis and design for bridges, retaining walls, and culverts.
  • Perform AASHTO and AREMA bridge design calculations.
  • Develop geometric layouts, structural details, and load rating calculations.
  • Contribute to CADD plan production and quantity development using specialized software (e.g., LARSA, MathCAD, LEAPBridge, LPile, FB MultiPier, MicroStation).
  • Support occasional bridge inspections for in-service or construction projects.
  • Collaborate with Licensed Structural and Professional Engineers on local and national projects.

What You Will Need

  • Pursuing your BS in Civil or Structural Engineering or in a related engineering curriculum required
  • Knowledge of structural analysis software and CAD design tools.
  • Interest in bridge structures is preferred.
  • Ability to perform complex analysis and design
  • Strong problem-solving, communication, and Microsoft Office skills.
  • Ability to work effectively in a team environment