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Audio / Video Technician
Audio/video technicians make live and recorded events work: microphones, speakers, cameras, cables, monitors, switchers, projectors, and room systems. AI helps the production edge, but the job still depends on equipment working in real places.
That 60 is built from the three core components of durability — here’s how this job did on each one.
AI reaches the support layer: audio cleanup, captions, transcription, switching assistance, room tuning, stream monitoring, and edit prep. The core still happens around equipment in a venue. A technician connects microphones, speakers, cameras, cables, projectors, monitors, and control boards, then solves failures with people waiting. Observed AI exposure is very low, and modeled job-loss risk is also low. The pressure is real around editing and remote production, but the live setup and troubleshooting layer remains hard to replace.
The moat is practical, not legal. There is no broad occupational license, so a motivated beginner can enter through a certificate, associate program, school audiovisual department, venue work, or employer training. What protects stronger workers is equipment depth: signal flow, wireless issues, lighting and video gear, safety, live-event judgment, and client trust. Physical setup, irregular rooms, deadlines, evenings, weekends, and heavy gear add friction that screen-only production jobs do not have. That combination gives the job a sturdier floor than media-editing work.
Demand is steady rather than explosive. The detailed audio/video technician base is about 92,000 jobs, with roughly 7,300 annual openings and growth near 3%. Meetings, schools, houses of worship, arenas, conferences, podcasts, corporate events, sports, and hybrid production all need technical support. The qualifier is cyclicality: event budgets, venue schedules, media spending, and local market size shape hiring. AI can compress some post-production tasks, but it does not remove the need to make live rooms work.
This path holds best while events, meetings, productions, and venues still need a person on-site who can make equipment work under pressure. AI will keep improving the software layer: captions, audio cleanup, camera assistance, routing suggestions, and editing. That changes the toolkit, but it does not remove the physical room, the cables, the clients, or the deadline.
The watch item is remote production and simplified event tech. If venues can run normal events with fewer technicians because systems become easier and more automated, entry roles narrow. A stronger early role should teach rooms, gear, troubleshooting, safety, and client judgment, not only a single platform or a narrow edit workflow. Ask whether workers still learn on real equipment before they take solo shifts.
Pay depends heavily on setting. A small venue, school, hotel, or church role can pay modestly but teach practical setup. Corporate audiovisual, broadcast, sports, touring, convention, and specialized systems work can pay better when the technician owns more complex gear and failure recovery. Schedules can include nights, weekends, holidays, and deadline pressure. Freelance and event work may add upside, but it can also bring uneven hours and slow seasons. Specialized networking or control-system skill can lift pay.
Where this can lead: event technician, audiovisual systems technician, livestream technician, audio engineer, video engineer, lighting technician, broadcast technician, technical director, systems integrator, venue lead, or chief engineer. The stronger ladder adds signal-flow depth, safety habits, networking, control systems, client trust, and certification where local employers value it. Freelancers can also move into rental-house or integration work.
Audio/video work holds up because the job ends in a real room. Someone has to carry gear, connect cables, test signal, tune sound, manage cameras, fix bad feeds, and keep the event moving while people are waiting. AI can help with captions, cleanup, routing support, and post-production, but it does not replace the person responsible for the setup at the venue.
The catch is that this is not a licensed trade. Pay and stability depend on employer, venue, market, union coverage, event volume, and how much technical responsibility the role carries. A person who only edits clips or pushes simple livestream buttons is in a weaker lane than someone trusted with rooms, systems, clients, and failure recovery. That is where wages usually separate.
This can fit someone who likes equipment, pressure, and practical troubleshooting more than solo creative work. It is a weaker fit for someone who wants predictable office hours or a purely artistic path. A useful next step is to compare local programs and employers on real gear access, live-event reps, safety habits, and whether beginners learn signal flow instead of only software buttons.
Live setup is the durable center. The job can mean loading gear, placing speakers, taping cables, testing microphones, focusing cameras, connecting switchers, checking displays, and making sure the room works before people arrive.
Production software is still part of the day. Technicians may handle recordings, livestreams, basic edits, captions, mixing, routing, and file delivery. AI helps here, but someone still has to verify the output and fix the setup.
Schedules follow events. Evenings, weekends, holidays, overtime, travel between sites, and hurry-up fixes are normal in many lanes. Calm troubleshooting is a job skill, not a personality extra.
- Get hands on gear early. School audiovisual departments, small venues, houses of worship, community theaters, and event companies can teach setup faster than classroom theory alone.
- Learn signal flow. Understand inputs, outputs, wireless, mixers, cameras, monitors, projectors, networks, and why one bad cable can break a room.
- Build proof under pressure. Document events you supported, problems you solved, and systems you ran without failure during live use.
- Compare credentials locally. Some employers value audiovisual certifications, but others care more about experience, references, safety habits, and reliable event work.
- Broadcast Technician — More studio, signal, and broadcast-chain work, often with station or network systems.
- Sound Engineering Technician — More focused on recording, mixing, sound reinforcement, and audio quality.
- Lighting Technician — Similar live-event pressure, with more fixtures, rigging, focus, color, and stage coordination.
- Video Editor — More post-production and screen work, less physical venue setup.