Broadcast Technology Engineer

A broadcast technology engineer keeps the technical systems that make television and radio work - cameras, audio desks, video servers, playout systems, satellite and internet links, and increasingly the IT networks and cloud services that carry it all. They work for broadcasters, production and post-production companies, outside-broadcast suppliers, streaming platforms, equipment manufacturers and specialist systems integrators. The job splits roughly between keeping live or scheduled output on air without faults, and designing, building and testing new technical facilities.

Starting salary: £24k–£32k
Live graduate jobs: Search all jobs
Main way in: Broadcast engineering graduate schemes run by larger…
They usually ask for: A degree in electronic or electrical engineering…

Approximate graduate salary

Typically around £24,000–£32,000 to start, though this varies widely - structured graduate schemes at large broadcasters and roles in London or with significant shift and unsocial-hours allowances tend to sit at or above the top of that range, while junior roles at smaller regional facilities often start below it.

What you'd actually do

Monitoring live or playout output and reacting when something breaks - a lost satellite feed, audio dropping out, a video server failing to play a scheduled item - often under time pressure because the fault is visible to viewers right now
Setting up and 'patching' equipment for a studio recording or outside broadcast: routing camera and microphone signals, configuring the vision mixer and audio desk, checking signal levels and timing before anyone goes on air
Fault-finding across both broadcast kit and IT infrastructure - tracing a problem through cables, converters, network switches and software configuration to find where the signal is actually being lost
Configuring and testing IP-based video systems (sending video and audio as data over computer networks rather than dedicated broadcast cables), including setting up streams, multicast routing and timing/synchronisation

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Working on projects: installing new equipment in a gallery or machine room, writing or following commissioning test plans, labelling and documenting systems, and handing over to operational staff
Supporting operators and journalists - talking non-technical colleagues through a problem, or sitting with an editor whose edit suite will not export
Writing up faults, maintaining asset and configuration records, and taking part in shift handovers so the next person knows what is still broken

How graduates get in

Broadcast engineering graduate schemes run by larger broadcasters and some major facilities and outside-broadcast companies - these are the most structured route, usually with rotations across studios, playout, networks and projects, but there are relatively few of them and they are competitive
Direct entry into a junior or trainee role with titles like broadcast engineer, technical operator, systems support engineer or media technology support - common at post-production houses, playout service providers, sports and news facilities and equipment vendors
Via a general IT or networking job first, then moving sideways into broadcast as the industry shifts to IP and cloud - increasingly common and genuinely viable, especially if you pick up networking certifications
Apprenticeships and technician routes (including broadcast and media engineering apprenticeships) - not a graduate route as such, but plenty of people in the field came in this way and it is worth knowing you will work alongside them

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Freelance or casual technical work on productions, student radio and TV, hospital radio, live events and AV, building up to a staff role - the freelance/casual culture is strong in this industry and short contracts are normal
Manufacturer or systems-integrator graduate roles (support, pre-sales engineering, commissioning) - these can be an easier way in and give you broad exposure to many broadcasters' setups

What employers ask for

A degree in electronic or electrical engineering, broadcast/media technology, computer science, networking, physics or a closely related technical subject. Subject matters more here than in many graduate jobs - employers expect you to already understand signals, electronics or networks. Media production degrees can work if they were genuinely technical rather than creative
A 2:1 is a common asking point at the larger employers, but plenty of smaller facilities and integrators care far more about demonstrable hands-on experience than classification, and some will take a 2:2 with strong practical evidence
Evidence you have actually touched equipment - student TV or radio, a live events or AV job, home lab work, building streaming setups, Raspberry Pi projects, fixing things. This matters a lot and is often the thing that separates candidates
Networking knowledge is increasingly expected. Familiarity with IP addressing, switching, routing and multicast, and ideally a vendor certification such as CCNA, is a real advantage as broadcast moves off dedicated hardware

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Willingness to work shifts, nights, weekends and public holidays, and in some roles to travel or work outdoors at events. This is not negotiable in live and playout environments, though project and design roles are more office-hours
A driving licence for outside-broadcast and field-support roles; and in some jobs a basic background check, particularly news and high-profile live output

Skills that matter

Structured fault-finding under time pressure

When output is off air you need to isolate the problem methodically - signal path by signal path - rather than randomly swapping cables, and do it while people are asking you how long it will be.

IP networking fundamentals

Video and audio increasingly travel over standard networks, so understanding switching, routing, multicast, bandwidth and latency is now core rather than optional.

Understanding of video and audio signal formats

Knowing how SDI, HDMI, codecs, frame rates, colour spaces, audio embedding and timecode work is what lets you tell the difference between a broken cable and a format mismatch.

Scripting and automation (Python, PowerShell, shell)

Monitoring, configuration, log analysis and media file processing are increasingly automated, and engineers who can script are given the more interesting work.

Clear explanation to non-technical colleagues

You spend a lot of time telling a producer, presenter or editor what is wrong, how long it will take and what the workaround is, in terms they can act on.

Documentation discipline

Accurate wiring schedules, configuration records and fault logs are what allow the next engineer on shift - or on the next project - to work out what you did at 3am.

Putting these on a CV? We counted which skills 12,914 live graduate adverts ask for, and what to do with the answer — part of our application advice.

Where it leads

Start as a trainee, junior or support engineer: supervised shifts, first-line faults, setting up and striking equipment, learning the specific facility inside out. Typically a year or two before you are trusted alone on significant output.
Move to broadcast engineer or senior engineer: taking shifts unsupervised, owning particular systems, leading installations, being the escalation point for juniors. Timelines here vary widely and depend as much on vacancies and how much you move employer as on time served.
Specialise. Common directions include IP and network engineering, playout and automation, post-production and storage/workflow, RF and transmission, or outside broadcast. Specialists are often paid better than generalists.
Step up to lead engineer, systems/design engineer, project engineer or technical architect - designing new facilities rather than running existing ones, specifying equipment, and working with suppliers.
Longer term: engineering or technology manager, head of technology, broadcast consultant, or a move to the supplier side as a solutions or pre-sales engineer. A good number of experienced engineers go freelance, particularly in outside broadcast and projects, where day rates can be strong but work is less secure.

What people get wrong

“It is a creative media job - you'll be close to the programme-making.”

It is an engineering job that happens to sit in a media building. You are judged on uptime, signal quality and whether the install passed its tests, not on editorial content. Some engineers go years without caring what programme is actually on.

“It's all about broadcast-specific hardware you can only learn on the job.”

Much of the field has converged with mainstream IT - servers, virtualisation, cloud, Linux and network engineering. A computer science or networking graduate with no broadcast background is now a realistic hire, and conversely a pure hardware specialist who refuses to learn networking will find their options narrowing.

“Shifts just mean occasional evenings.”

Live and playout environments run continuously, so rotating shifts including nights, weekends and Christmas are standard in many roles. Project, design and manufacturer-side jobs are much more conventional hours - if that matters to you, target those deliberately.

“You need to have studied broadcasting.”

Dedicated broadcast technology degrees exist and help, but most people in the field came from electronics, computing or physics, or from apprenticeships. What employers actually probe is whether you can reason about a signal path and whether you've built or fixed anything yourself.

Where this varies

The job looks quite different depending on where you land. At a large broadcaster you may be a specialist in one slice of a huge system, with formal change control, documented procedures and clear shift patterns. At a small production or post house you might be the entire technology department - fixing edit suites, managing storage, running the network and ordering cables. Outside-broadcast companies mean travel, trucks, outdoor work and intense event-day pressure. Manufacturers and systems integrators mean project work, customer sites and travel, but usually office hours. Geographically, the work clusters around London and Salford/Manchester, with significant pockets in Glasgow, Cardiff, Bristol, Leeds and Birmingham, plus a scattering of equipment manufacturers and integrators across the south of England; outside those areas opportunities are thinner and more likely to be in corporate AV, higher education or live events rather than broadcast proper. Freelancing is far more normal in this industry than in most engineering fields, especially in outside broadcast and post-production.

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General guidance about the role across the UK market, not about any specific employer. Entry routes and requirements vary — always check the individual job advert.