Automated master control playout systems now handle routine scheduling and transmission at many stations. The technician operating a live production switcher during a sports broadcast, troubleshooting a satellite uplink failure mid-show, or configuring an IP-based broadcast infrastructure for a new facility is doing work that requires trained hands and real-time judgment. Here is what the research says about the broadcast technician profession in 2026, and what you can do about it.
Get My Personalised Fossil ScoreFossil Score
56
Species
Velociraptor
Automated master control playout systems now handle routine scheduling and transmission at many stations. The technician operating a live production switcher during a sports broadcast, troubleshooting a satellite uplink failure mid-show, or configuring an IP-based broadcast infrastructure for a new facility is doing work that requires trained hands and real-time judgment.
Task Automation Risk
42%
of current broadcast technician tasks are automatable with existing AI tools
Broadcast technicians set up, operate, and maintain the equipment used to transmit radio and television programmes — cameras, audio mixers, production switchers, video servers, satellite uplinks, and increasingly IP-based media infrastructure. They work at TV stations, radio facilities, remote production trucks, stadiums, and streaming production facilities. Automation has taken over a specific segment: master control playout. Automated systems from Pixel Power, Imagine Communications, and Grass Valley now handle routine commercial insertion, programme switching, and transmission scheduling at many broadcast stations without a human operator running the board. AI-assisted clip logging and metadata tagging reduce the manual work of cataloguing incoming feeds. Cloud-based production platforms (AWS Media Services, Evercast) enable centralised remote production workflows that reduce the need for full technical crews at every remote location. What has not been automated: live production. Switching a multi-camera sports production on a Ross Video Carbonite or Grass Valley Korona switcher, calling replays and managing EVS server clips during live sports coverage, managing audio for a live news programme on a Calrec or SSL broadcast console, and troubleshooting signal chain failures in real time are still human operations. IP broadcast infrastructure — migrating from SDI to SMPTE ST 2110 IP standards — requires technicians who understand both the legacy and new protocols. Outside broadcast (OB) truck operations for major events demand experienced technicians who can rebuild a signal chain from scratch on location when equipment fails. The profession is contracting in traditional broadcast (local TV station headcount declining as streaming takes audience share) but growing in live event production, sports, and streaming production. SMPTE and the Society of Broadcast Engineers (SBE) certifications are the recognised credentials.
Task Autopsy
🦕 Class A — At Risk Now
🦅 Class C — Protected
Your AI Toolkit
You don't need to learn all of these. Pick one, use it for a week, and see how it fits into your work. Most have free options so you can try before you commit.
Manufacturer training on Ross production switchers (Carbonite, Ultrix) and automation systems — Ross equipment is deployed at major broadcasters and sports facilities worldwide; switcher operation is a core live production skill
Try it ↗EVS live production server and replay system training — EVS is the standard for live sports replay and slow-motion systems; operator certification is expected at professional sports broadcast productions
Try it ↗Society of Broadcast Engineers Certified Broadcast Networking Technologist — the credential for IP broadcast infrastructure competency; demonstrates understanding of SMPTE ST 2110 and IP media networking to employers
Try it ↗SMPTE ST 2110 is the IP broadcast standard replacing SDI at major facilities — understanding how video, audio, and ancillary data move over IP networks is the defining technical skill of the current broadcast infrastructure transition
Try it ↗Broadcast audio console training for live news and sports — Calrec and Lawo consoles are deployed at major broadcast facilities; live audio mixing for broadcast is a hands-on skill that automated systems cannot perform
Try it ↗Research SMPTE ST 2110 IP networking concepts, understand broadcast signal flow for study purposes, prepare for SBE certification exams, and explore career transition options in streaming and live event production
Try it ↗Extinction Timeline
Master control automation is already deployed at many local TV stations. Live production, sports broadcasting, and IP infrastructure work are unchanged. The profession is contracting in local TV headcount but active in live events and streaming production.
By 2028, IP-based broadcast infrastructure (SMPTE ST 2110) will be standard at most major broadcast facilities. Technicians who can configure and maintain IP media networks alongside traditional SDI equipment are significantly more employable. Cloud production workflows continue to reduce on-site crew requirements for non-live content.
By 2031, broadcast technicians are increasingly concentrated in live production, sports, and large-scale event coverage. The local TV station headcount continues to decline. Technicians who have developed both IP networking skills and hands-on live production experience are the most durable — those limited to legacy SDI operations at declining local stations are most exposed.
Partially. Master control playout — the routine scheduling and transmission of pre-recorded content — is heavily automated at many broadcast facilities. Automated systems handle commercial insertion and programme switching without a human operator. Live production work (sports, news, events) is not automated and still requires skilled technicians on the desk.
IP broadcast infrastructure is the most in-demand technical shift. SMPTE ST 2110 replaces traditional SDI cabling at major facilities, and technicians who understand IP networking alongside broadcast signal flow are in shortage. Live production skills — Ross Video or Grass Valley switcher operation, EVS replay systems, Calrec or Lawo audio consoles — remain human work. SMPTE certification demonstrates IP broadcast competency to employers.
The Society of Broadcast Engineers (SBE) offers the Certified Broadcast Technologist (CBT), Certified Broadcast Engineer (CBE), and Certified Broadcast Networking Technologist (CBNT) credentials — the CBNT is the most relevant for IP infrastructure work. SMPTE offers ST 2110 training and certification for IP broadcast. Manufacturer training from Ross Video, EVS, Grass Valley, and Calrec is valued at facilities using that equipment.
Yes. Live sports production is one of the most stable segments for broadcast technicians — major events, league productions, and stadium broadcasting all require experienced technical crews. EVS server operators and production switcher operators at the top level are well-paid and in demand. Outside broadcast truck experience is a differentiating credential for sports production work.
Take the free Fossil Score assessment at DontGoDinosaur.com. It looks at your specific daily tasks — not just your job title — and gives you a personalised risk score, a breakdown of which tasks are most vulnerable, and practical steps you can take in the next 6 months. It takes about 4 minutes.
More in Arts, Design, Entertainment & Media
Merchandise Displayers and Window Trimmers
AI is changing how merchandise displayers and window trimmers work day to day. Learning to use these tools isn't a nice-to-have anymore — it's becoming part of the job.
News Analysts
AI is changing how news analysts work day to day. Learning to use these tools isn't a nice-to-have anymore — it's becoming part of the job.
Audio and Video Technicians
AI handles noise reduction, colour correction, and basic editing automatically. The technician running live sound for a concert, operating cameras at a broadcast, or troubleshooting a failed stream in real time is still making judgment calls that software cannot make.
Camera Operators
AI-powered PTZ cameras and robotic camera systems are deployed in sports arenas and studio environments for predictable, fixed-coverage shots. The operator pulling focus on a moving subject with a Preston FIZ at 35mm on a cinema production, operating a handheld ARRI through an unscripted crowd, or reading the energy of a live event and framing the decisive moment is doing work that autonomous camera systems cannot replicate.
Entertainers and Performers
AI-generated content is flooding digital platforms, changing the competitive environment for performers. Live performance — the human presence in front of an audience — holds its value. The promotional and content creation work around performing is where performers most need to adapt.
Baggage Porters and Bellhops
Self-check-in kiosks and robotic luggage carts have automated the transactional parts of this job. The bellhop who learns a returning guest's name, gives a real local recommendation, and handles a complicated check-in gracefully is providing a service that robots have not displaced in practice at the venues where this role survives.
Further reading
Your Personal Score
Get a Fossil Score built on your actual daily tasks, not a category average. 4 minutes. Free.
Calculate My Personal Fossil Score