Lead Structural Project Engineer – Seismic Design

Dowl, Llc; Lake Oswego (OR); On-site; USD 80,000 - 100,000; Full time

Benefits offered by this job

Great benefits

Support for professional growth

Collaborative team culture

Job summary

Dowl, Llc seeks a Structural Project Engineer to lead impactful engineering projects in Lake Oswego, Oregon. This position offers the opportunity to serve as the engineer-of-record, applying sophisticated structural analysis with a focus on code-compliance and high-quality solutions.

The ideal candidate will possess strong structural design capabilities and experience mentoring junior team members. A Bachelor's degree in Civil or Structural Engineering, along with a valid PE license, are essential. This role is crucial for shaping future infrastructure through collaboration and innovative engineering.

Qualifications

• 6+ years of experience in structural engineering.
• Licensed Professional Engineer, able to obtain licensure in 6 months.
• Advanced understanding of relevant building codes.

Responsibilities

• Lead design efforts as engineer-of-record on complex projects.
• Perform independent seismic analysis and design.
• Mentor junior engineers and team members.

Skills

Structural engineering fundamentals

Seismic analysis

Technical writing

AutoCAD Civil 3D

Project scheduling

Client interaction

Education

Bachelor's Degree in Civil Engineering or Structural Engineering

Tools

RISA

ENERCALC

SAP2000

L-Pile

PYWall

Job description

Dowl, Llc seeks a Structural Project Engineer to lead impactful engineering projects in Lake Oswego, Oregon. This position offers the opportunity to serve as the engineer-of-record, applying sophisticated structural analysis with a focus on code-compliance and high-quality solutions.

The ideal candidate will possess strong structural design capabilities and experience mentoring junior team members. A Bachelor's degree in Civil or Structural Engineering, along with a valid PE license, are essential. This role is crucial for shaping future infrastructure through collaboration and innovative engineering.