Remote Distribution Designer for Utilities & Field Data

Orbital Engineering, Inc.; St. Louis (MO); Remote; USD 33,000 - 91,000; Full time

Benefits offered by this job

Medical Insurance

401(k) retirement plan

Job summary

Orbital Engineering, Inc. is seeking a Distribution Designer to support the greater St. Louis area. This remote-friendly role requires residing within roughly a one-hour radius of St.

Louis, MO for field data collection and design tasks. The position is non-exempt and involves fieldwork, design duties, and client coordination. Essential duties include applying NESC standards, recording field data, and updating software to implement pole and joint-use designs.

Qualifications

• High School Diploma or GED with 3+ years fieldwork or construction experience.
• Associate degree in Engineering/Engineering Technology or related field preferred with 0–2 years’ experience.
• Proficient in Microsoft Office and engineering software; able to manage data from field to design.

Responsibilities

• Visually identify and record field equipment and right-of-way conditions.
• Apply NESC and client standards to complete designs for pole replacements and joint-use layouts.
• Analyze field data and update design software accordingly.
• Communicate with clients and team to determine cost-effective solutions.
• Maintain documentation and track project status within schedule and budget.

Skills

Field data collection

Engineering design

Data analysis

Communications

Documentation

Education

High School Diploma or GED

Associate degree in Engineering/Engineering Tech

Tools

AutoCAD

DDS

Spida Calc

O-Calc

Katapult

Job description

Orbital Engineering, Inc. is seeking a Distribution Designer to support the greater St. Louis area. This remote-friendly role requires residing within roughly a one-hour radius of St.

Louis, MO for field data collection and design tasks. The position is non-exempt and involves fieldwork, design duties, and client coordination. Essential duties include applying NESC standards, recording field data, and updating software to implement pole and joint-use designs.