20 tasks, each one witnessed by the sources that watched the job — and behind every one, a prompt you can use tonight.
You arrive 3–6 hours before curtain for a small show, or a full tech day for a new production. Mornings often mean unloading and rigging lights, running cables, and focusing fixtures on stage.
Afternoons are programming cues on the lighting console, checking power distribution and dimmers, and rehearsing cues with directors or artists. Evenings include calling cues live, troubleshooting hardware, then de-rigging or securing gear after the run.
You’ll use lighting consoles for programming (not listed above but assumed) and support tools like Autodesk AutoCAD to read or make plot plans, Microsoft Excel for equipment lists and power charts, and Microsoft Outlook for scheduling and calls. For venues that track maintenance, you might log repairs in SAP Maintenance.
If automation or house systems are involved, you could encounter programmable logic controllers (PLCs) for moving rigs or house automation, and Microsoft Project to track timelines on big productions.
According to the U.S. Bureau of Labor Statistics (BLS) for 2025, about 8,900 people are employed as lighting designers. The median pay is $68,060 per year; the lowest tenth earn about $42,310 and the top tenth about $130,760. Pay varies by venue, tour level, and whether you’re freelance or staff.
Freelancers should expect uneven months; staff positions at theaters or broadcast houses give steadier income and benefits. Always ask about per-show or per-week rates for tours.
Start with hands-on experience: help local theaters or school productions unload, hang, focus lights, and run cables. Learn to use a lighting console and practice programming cues. Study basic electricity and safe rigging practices, and use PPE (hard hat, gloves, harnesses) when required.
Take classes or online tutorials for AutoCAD and Excel to make plots and power spreadsheets. Volunteer for tech weeks to learn cue calling and power distribution. A community college or theatre tech program helps, but work experience matters most.
AI can help generate ideas for looks, automate paperwork like equipment lists in Excel, or suggest power assessments, but it can’t replace safety checks. Always verify AI outputs against actual measurements, AutoCAD plots, and the lighting console.
Never let AI control live systems or replace human cue calling. For safety tasks—rigging, power distribution, preventing fire—follow manufacturer specs, use PPE, and cross-check calculations yourself or with a qualified electrician.
A lighting designer creates the artistic plan: where lights go, color choices, and cue shapes. They work with directors and artists to define the show’s look and often use AutoCAD and paperwork to communicate the plan.
A lighting technician or electrician handles the hands-on work: unloading, rigging, focusing, running cables, managing power distribution, maintaining dimmers, and de-rigging. On small shows one person may do both roles.
Mastering cue programming and cue calling under pressure is key: you must translate artistic notes into reliable console cues and execute them during live shows. That includes using consoles, programming, and operating control devices.
Also be strong at power assessment and safety—calculate power needs, manage distribution, maintain dimmers, and prevent fire hazards. Producers trust leads who can deliver the creative look and keep the rig safe.