Civil Engineer – Land Development: Build Resilient Places

Stantec; Chicago (IL); Sur place; USD 100 000 - 145 000; Plein temps

Résumé du poste

Stantec is seeking a Civil Engineer – Land Development in Chicago, IL to work independently on smaller projects and as part of a larger team. You will evaluate and engineer civil systems, develop designs, and coordinate with clients and consultants.

Proficiency in AutoCAD Civil3D and related tools is expected, with PE licensure or within 6 months of employment. This full-time role involves site plans, cost analysis, and collaboration across disciplines to deliver safe, efficient, and sustainable

Qualifications

• Bachelor’s degree in Engineering.
• Licensed Professional Engineer or the ability to obtain within 6 months of employment.
• Minimum of 5 years of experience.

Responsabilités

• Evaluates, selects, specifies, and engineers all civil engineered systems or products for a project.
• Develops design through sketches, electronic models, diagrams, and other visuals.
• Leads project coordination meetings with internal/external stakeholders.
• Performs calculations with standard software and manufacturer tools.
• Supports scope, budget, staffing, and scheduling.

Connaissances

Time management

Team leadership

Communication skills

Client discussion

Budgeting

Scheduling

Design understanding

Constructability review

Quality assurance

Formation

Bachelor’s degree in Engineering

Licensed Professional Engineer

Minimum 5 years experience

Outils

AutoCAD Civil3D

GIS

HEC-RAS

HEC-HMS

StormCAD

WaterCAD

HydroCAD

Description du poste

Stantec is seeking a Civil Engineer – Land Development in Chicago, IL to work independently on smaller projects and as part of a larger team. You will evaluate and engineer civil systems, develop designs, and coordinate with clients and consultants.

Proficiency in AutoCAD Civil3D and related tools is expected, with PE licensure or within 6 months of employment. This full-time role involves site plans, cost analysis, and collaboration across disciplines to deliver safe, efficient, and sustainable