Job Description

Overview

As a Structural Steel Installer at Accelevation, you will build and install the structural systems that support mission-critical data center infrastructure across the United States. This role is crucial for the construction of data centers, involving the installation of various structural components and systems.

Responsibilities

  • Install structural steel including beams, columns, braces, embeds, and support framing.
  • Install structural supports, Unistrut systems, seismic bracing, and steel assemblies for electrical infrastructure.
  • Read and interpret structural drawings, shop drawings, blueprints, and layout plans.
  • Align, level, and secure structural members using industry-standard equipment.
  • Assemble and install bolted structural steel connections according to engineering specifications.
  • Verify layout, elevation, plumb, level, and alignment prior to installation.
  • Assist with rigging and guiding structural steel during crane operations when qualified.
  • Install anchors and verify torque requirements per project specifications.
  • Utilize lasers, tape measures, levels, and layout equipment for accurate installation.
  • Operate aerial lifts, scissor lifts, boom lifts, and Telehandlers safely.
  • Perform field modifications and basic fabrication as required.
  • Perform welding when qualified and authorized.
  • Maintain a clean, organized, and safe work environment.
  • Follow OSHA regulations and company safety policies.
  • Collaborate with field leadership and crew members to meet production schedules.

Requirements

  • High school diploma or GED preferred.
  • Two or more years of structural steel erection or related experience preferred.
  • Ability to read and interpret structural and shop drawings.
  • Experience working safely at heights with fall protection.
  • Experience operating aerial lifts.
  • OSHA 10 certification preferred; OSHA 30 is a plus.
  • Ability to travel extensively to project locations throughout the United States.
  • Valid driver's license preferred.
  • Experience in structural steel erection, metal building systems, rigging, welding, or data center construction is encouraged.

Benefits

  • PTO
  • 401k
  • Health Insurance
  • Dental
  • Vision

Additional Information

  • Location: North Dakota Region - Travel up to 100% required.
  • Must frequently lift up to 75 lbs and work at heights.
  • Flexible hours, including nights and weekends, may be required.

Benefits

PTO
401k
Health Insurance
Dental
Vision

How this job compares in Fargo, ND

Pay in context

This employer didn't publish a rate. For reference, welding jobs across North Dakota currently run a median of $30/hr in our index, with the middle half of them falling between $22–$33/hr across 12 postings with published pay. That median is a reasonable floor to anchor on when a recruiter asks what you're looking for.

The local market in Fargo, ND

Fargo, ND is a small market in our index: 1 other active welding opening alongside this one, from 1 employer. Across North Dakota as a whole we're tracking 16 other active welding openings from 16 employers. With this few local postings, most welders here end up either commuting or looking at travel work. Browse welding jobs across North Dakota.

What you'll be running

This posting calls for MIG, Stick, and Flux-Core work. MIG (GMAW) feeds a continuous wire electrode through a shielding-gas nozzle. It lays down metal fast and is forgiving on clean material, which is why it dominates production and light fabrication work. Stick (SMAW) burns a flux-coated consumable rod and needs no shielding gas, so it works in wind, rain, and on dirty or rusted steel. That tolerance for bad conditions keeps it the default for field, structural, and repair work.

See all structural welder openings if you want to compare this against similar roles.

Similar openings near Fargo, ND

Pay figures are medians computed from live postings in the Welding Pros index, not from survey data, and they move as employers post. Structural Steel Installer figures were last recalculated when this page was built.