Civil Engineer - Hydraulics & Environmental Design (Hybrid)

Arcadis; Salt Lake City (UT); Hybrid; USD 88.000 - 147.000; Vollzeit

Benefits dieser Stelle

Medical insurance

Dental insurance

Vision insurance

401K

Paid parental leave

Life insurance

Tuition reimbursement

Nine paid holidays

PTO

Zusammenfassung

Arcadis is seeking a Civil Engineer to join our team in the Denver, Colorado or Salt Lake City, UT area. The role focuses on hydraulic modeling, erosion control, watershed analyses and earthwork site design, with permit drawings and client-facing responsibilities.

Hybrid office/field work with 1–2 days in the office; travel up to 25%. Requires PE license and 7+ years of experience; proficiency in AutoCAD Civil 3D and multiple hydrologic models is preferred.

Qualifikationen

• Bachelor's degree in Civil Engineering.
• Licensed Professional Engineer (PE) and willingness to reciprocity in western states.
• 7+ years of related experience; ability to mentor junior staff.

Aufgaben

• Develop hydraulic modeling and calculations.
• Perform erosion and sediment control evaluations.
• Conduct watershed evaluations and earthwork site design.
• Prepare permit and construction-level drawings.
• Lead technical specifications, reports, and design documentation.
• Interface with clients and contractors; manage project delivery.
• Travel up to 25% as needed; hybrid work model.

Kenntnisse

Civil engineering

Mentoring

Independent work

Client interaction

Ausbildung

Bachelor’s degree in Civil engineering

Professional Engineer (PE) license

Tools

AutoCAD Civil 3D

HydroCAD

WinTR-55

PondPack

HEC-RAS

Jobbeschreibung

Arcadis is seeking a Civil Engineer to join our team in the Denver, Colorado or Salt Lake City, UT area. The role focuses on hydraulic modeling, erosion control, watershed analyses and earthwork site design, with permit drawings and client-facing responsibilities.

Hybrid office/field work with 1–2 days in the office; travel up to 25%. Requires PE license and 7+ years of experience; proficiency in AutoCAD Civil 3D and multiple hydrologic models is preferred.