On-Site Structural Engineer in Training (EIT) – Scottsdale

Pfit Global Solution; Scottsdale (AZ); On-site; USD 55,000 - 75,000; Full time

Job summary

Pfit Global Solution in Scottsdale, AZ seeks a Structural Engineer in Training (EIT) to assist with analysis and design of building structures under licensed engineers. You will prepare calculations, support modeling and detailing, and contribute to construction documents using CAD and related software on-site in Scottsdale.

Responsibilities include coordinating with project managers, reviewing drawings for structural compliance, and helping resolve design issues while progressing toward

Qualifications

• Bachelor's degree in Structural/ Civil Engineering or closely related discipline.
• EIT certification or eligibility to obtain within a reasonable timeframe.
• Strong grasp of building codes and standards (IBC, ASCE 7, ACI, AISC) or ability to learn.

Responsibilities

• Assist with analysis and design of building structures under supervision of licensed structural engineers.
• Prepare engineering calculations and support modeling and detailing.
• Contribute to development of construction documents using CAD and related software.
• Coordinate with project managers and review drawings for structural compliance.
• Participate in project meetings and support quality control as you progress toward licensure.

Skills

Structural Eng

Civil Eng

Code knowledge

Attention to detail

Licensure pursuit

Education

Bachelor's degree in Structural/Civil Eng

EIT certification or eligibility

Tools

CAD

Revit

Job description

Pfit Global Solution in Scottsdale, AZ seeks a Structural Engineer in Training (EIT) to assist with analysis and design of building structures under licensed engineers. You will prepare calculations, support modeling and detailing, and contribute to construction documents using CAD and related software on-site in Scottsdale.

Responsibilities include coordinating with project managers, reviewing drawings for structural compliance, and helping resolve design issues while progressing toward