Senior Structural Engineer - Industrial & Energy (Hybrid)

Stanley Consultants, Inc.; Muscatine (IA); Hybrid; USD 90,000 - 130,000; Full time

Benefits offered by this job

Health Insurance

Paid Time Away

401K match

Profit-sharing

Job summary

Stanley Consultants, Inc. is seeking a Senior Structural Engineer for a hybrid role based in Denver, CO or Muscatine, IA. You will lead structural design for industrial projects, coordinate multi-discipline teams, and interact with clients to deliver reports, drawings and specifications.

A PE license or ability to obtain within six months is required. Strong knowledge of ICC/ASCE/ACI/AISC codes and hands-on experience with deep foundations and seismic design are preferred.

Qualifications

• Bachelor's degree in Civil Engineering with a structural emphasis.

Responsibilities

• Support industrial and energy projects, including structural support for mechanical systems, HVAC equipment, equipment foundations, slabs, pits, and industrial structures.
• Perform and manage structural design for new buildings, renovations, and utility-related facilities.
• Determine client requirements and develop reports, specifications, drawings, instructions, and related documents.
• Coordinate with EITs and designers on calculations, drawings, and related documentation.
• Visit construction sites to monitor progress.

Skills

Structural design

Project leadership

Communication skills

PE licensure

Code knowledge

Education

Bachelor's degree in Civil Engineering (structural emphasis)

Tools

RISA-3D

RISAFloor

RISAFoundation

Mathcad

LPILE

Job description

Stanley Consultants, Inc. is seeking a Senior Structural Engineer for a hybrid role based in Denver, CO or Muscatine, IA. You will lead structural design for industrial projects, coordinate multi-discipline teams, and interact with clients to deliver reports, drawings and specifications.

A PE license or ability to obtain within six months is required. Strong knowledge of ICC/ASCE/ACI/AISC codes and hands-on experience with deep foundations and seismic design are preferred.