Why this work keeps a person in the room
Ask whether AI will replace video technicians and the answer starts with where the work happens. Audio and video technicians set up and operate sound, projection, and recording gear for live events, meetings, classes, and broadcasts. That means hauling cases, running cable, mounting cameras, placing microphones, and checking a signal path end to end before anyone walks in. Software can plan a layout. It cannot tape down a cable run or re-seat a loose connector behind a rack.
The second reason is failure under time pressure. A large part of the job is diagnosing equipment problems and fixing them while the room is full: a dead feed, feedback in the house system, a laptop that will not hand off to the projector. These fixes are physical and improvised, and they happen in minutes. A model can suggest likely causes. Someone still has to crawl behind the stage and swap the cable.
The flip side is real. Plenty of this job is file work: digitizing and compressing audio and video, trimming and assembling recordings, labeling and archiving media, monitoring levels during capture. Those tasks have been moving into software for years, and generative tools have sped that up. Our Can AI do it? score for this occupation, which estimates the share of task time AI can handle today, sits at 31 out of 100. The headline Still needs a human figure is 70 out of 100 (higher is safer).
What AI handles, what it assists, and what stays with people
Start with the tasks AI can take end to end: 2% of task time on our split. These are the desk-bound pieces, such as converting and compressing recorded audio and video into delivery formats, and producing captions, transcripts, and rough cuts from raw footage. The work still gets checked, but the first pass no longer needs a technician’s hands on a timeline.
Next come the tasks where AI assists a person rather than finishing the job: 55% of task time. Mixing and balancing multiple sound inputs is one. Noise reduction, auto-leveling, and speaker tracking now do a lot of the grunt work, while the technician decides what the room should sound and look like. Documenting setups and keeping equipment records is another: tools draft and sort, people confirm what is actually in the case.
Then there is the work that stays with people: 43% of task time. Installing and striking equipment in a venue sits here, along with live troubleshooting and the coordination side of the role, such as directing assistants and showing clients or staff how to use a system without breaking it. None of that is a file. It is a room, a schedule, and other humans.
What the evidence shows so far
No study has yet tested AI against audio and video technicians on their own tasks under real conditions. Our evidence grade for Is it better than a person? reads D, which is the grade we use when there is no direct head-to-head measurement. For that reason we publish no parity number for this job, and you should treat any outside claim of one with care.
What would settle it is specific: a benchmark that scores recorded mixes and edits from AI systems against work by qualified technicians, judged blind; a timed test of fault diagnosis on real AV hardware; and field data from venues on how many crew hours an event takes with current tools compared with a few years ago. Until something like that exists, the honest reading is that the file-side tasks are measurably assisted and the on-site tasks are untested because no system does them. Our quality parity method explains how the grades work, and the full approach sits on the methodology page.
The labor market numbers are steadier ground. The Bureau of Labor Statistics counted about 70,230 audio and video technicians in the US with median pay near $58,100 a year, and projects employment growth of 3.9% from 2025 to 2035 (BLS, 2025). That is modest growth, not contraction.
When the picture could shift
Most likely between 2037 and 2054 (8 in 10 of our scenarios). The replacement-year method explains what that window is measuring and why it is a range rather than a date.
Two things could pull it earlier. First, venue automation: more rooms built around fixed, networked systems with preset scenes, auto-tracking cameras, and remote operation, so one person covers several spaces instead of one. Second, cost. Software and cloud tooling for capture, cleanup, and delivery is cheap next to crew hours, and that gap pushes clients to accept a simpler setup with fewer people on site.
Two things hold it back. The physical share of this job lands in our dexterous humanoid tier, which means the hands-on parts would need general-purpose robots that can rig, cable, and reach awkward spaces. Nothing on the market does that work reliably. The other brake is risk: a live keynote, a court recording, or a graduation has no second take, so clients keep a technician in the room for the same reason they keep a spare cable.
How to stay needed in AV work
Lean into the parts of the job that happen in a venue. On-site installation and strike, live fault-finding during an event, and teaching clients and junior crew how to run a system are all work that software cannot finish. Being the person who can be called at 7 a.m. for an 8 a.m. start is a position AI does not compete for.
Two skills raise your floor. One is networked AV: IP video routing, audio over Ethernet, control systems, and basic network troubleshooting, since more rooms are now IT projects with speakers attached. The other is coordination, meaning scoping a job, briefing a client, and running a crew. Both push you toward the parts of the role that are scored as needing a person.
What to do: pick one networked AV certification and one event where you own the room end to end, then build your resume around those two things.
Nearby jobs are worth comparing, because the task mixes differ more than the titles suggest: sound engineering technicians, broadcast technicians, and lighting technicians. You can put any two of them side by side on our job comparison tool, see the wider group on the media and communication equipment workers family page, or read the sector view for arts and entertainment. If you want the broader pattern, our list of jobs that mostly need a person shows what the hands-on roles have in common.