Career Overview

Riggers plan, set up, and operate the lifting and moving equipment used to handle heavy or awkward loads. Using cranes, hoists, winches, slings, shackles, and pulley systems, they calculate load weights and centers of gravity, select the right hardware, attach loads securely, and signal crane operators or direct the lift themselves. Work spans construction sites, shipyards, power plants, oil and gas facilities, manufacturing plants, and entertainment venues, where riggers also hang lighting, sound, and scenery overhead.

The job is physically demanding and safety-critical: a miscalculated lift can cause serious injury or major property damage. Riggers must inspect equipment, follow OSHA and ASME standards, communicate clearly with crews, and work at heights in all weather. Pay is strong for a trade with no degree requirement, and experienced riggers can advance into crane operation, foreman and superintendent roles, or specialized fields such as entertainment, offshore, or power generation rigging.

Salary Range (US, estimates)

Key Statistics

Education Paths

• Required minimum: High School Diploma or GED — Most employers hire helpers and entry-level riggers with a diploma or equivalent, then train them on the job under experienced riggers.
• Most common: Apprenticeship (Union or Employer-Sponsored) — A multi-year apprenticeship combining paid on-the-job training with classroom instruction in load calculation, hardware, signaling, and safety. Offered through ironworkers, operating engineers, and industry programs.

Certifications

• Accelerator: NCCCO Rigger Certification (Level I/II) and OSHA 30 — Nationally recognized rigger and signalperson certifications plus OSHA 30 training demonstrate competence, improve employability, and can lead to higher pay and supervisory roles.

Browse certifications →

Core Skills

• Load calculation and weight distribution
• Knowledge of slings, shackles, hoists, and rigging hardware
• Hand signals and radio communication
• Equipment inspection and safety compliance (OSHA)
• Knot tying and splicing wire rope
• Physical strength, balance, and comfort working at heights

Pros

• Strong demand across construction, shipping, energy, and entertainment industries
• Good pay, especially with union membership, overtime, and certifications
• Entry through apprenticeships or on-the-job training without a college degree
• Active, hands-on work with visible results and a sense of craftsmanship

Cons

• High physical risk from heavy loads, heights, and dropped objects
• Physically demanding work that can cause wear on the body over time
• Exposure to outdoor weather extremes and irregular, project-based schedules
• Heavy responsibility, since errors can cause serious injury or costly damage

AI Impact on This Career

Rigging is a hands-on, safety-critical trade performed in unpredictable physical environments such as construction sites, ports, theaters, and industrial plants. AI is mainly showing up in planning, load calculation, and drone or sensor-based inspection rather than replacing the rigger. Demand remains tied to construction, energy, and entertainment activity rather than automation.

Automation exposure: Load-weight and center-of-gravity calculations, rigging plan drafting, 3D lift simulation, inventory and inspection record-keeping, and some remote crane operation and drone-based site surveys can be assisted or automated. Repetitive rigging in controlled factory settings may see limited robotic lifting systems.

The human edge: Riggers make real-time safety judgments in changing conditions, read wind, ground, and load behavior, improvise solutions with imperfect equipment, communicate by hand signals and radio with crane operators, and carry personal accountability for lives and property. Physical dexterity in cramped, elevated, or irregular spaces is extremely hard for robots to replicate.

Figures are estimates for exploration — verify current data with BLS.gov.