20 tasks, each one witnessed by the sources that watched the job — and behind every one, a prompt you can use tonight.
You often start by unloading and inventorying gear: fixtures, cables, dimmers, and safety rigs. Time is split between rigging lights, focusing (aiming) fixtures, and running power distribution for the site.
Afternoons can mean programming control consoles, testing cues, or meeting the lighting designer. During shows you might call cues, monitor dimmer loads, and be ready to troubleshoot equipment or re-rig between sets.
You’ll commonly use Microsoft Outlook and Excel for scheduling, inventory lists, and crew communication. AutoCAD may be used to read or mark lighting plots and positions.
For power and control you might see PLCs and Rockwell RSLogix if the venue uses automated power systems, or SAP Maintenance for equipment tracking and repairs. Basic Microsoft Office skills are expected.
According to the U.S. Bureau of Labor Statistics (BLS) 2025 data, there were about 8,900 employed and the median pay was $68,060 per year. The lowest 10% earned about $42,310 and the highest 10% about $130,760.
Pay varies with experience, city, venue (touring vs. fixed site), and extra skills like advanced rigging, PLC programming, or running large control desks.
Both jobs hang and focus lights and handle power. Outdoor lighting techs work more with weatherproofing, outdoor power distribution, and long runs of cable, and they often rig temporary structures like trusses and generators.
They also spend more time preventing fire and water damage in the performance environment and adapting equipment for wind, rain, or uneven ground compared with indoor stage electricians.
Start with hands-on courses: basic electrical wiring, color theory, and a lighting rigging class. Learn to read lighting plots in AutoCAD and practice Excel for inventories and power calculations.
Get experience as a crew member on local shows, learn to focus fixtures, and study safety: PPE use, fall protection, and fire prevention. Certifications in rigging or electrical safety speed hiring.
AI can help draft checklists, translate design notes, or generate power-load spreadsheets from fixture lists. Use it to speed communication or create initial focus plans, but always verify outputs against real measurements and safety rules.
Never rely on AI for safety-critical decisions like load capacity, rigging points, or electrical wiring. Cross-check with SAP Maintenance records, manufacturer specs, and a qualified supervisor.
Power management and load assessment. Knowing how to read dimmer racks, calculate total amp draw, and manage distribution prevents tripped circuits and fire risks.
That skill combines math, familiarity with dimmer equipment, SAP or maintenance logs, and practical knowledge of generators and PLC-controlled systems; it keeps shows running and crews safe.