20 tasks, each one witnessed by the sources that watched the job — and behind every one, a prompt you can use tonight.
You arrive 2–3 hours before the event to unpack cases, set up mixers, microphones, speakers, and run cables. You test signal flow from mics to the mixing console and the house PA, and confirm levels on stage during soundcheck.
During the event you monitor incoming and outgoing feeds, adjust levels, fix feedback, and switch sources if using multiple cameras or playback. After the show you tear down, log damages or missing gear, and update inventory lists in Excel or a shared Teams channel.
You’ll use a live mixing console (analog or digital) and DAWs on Linux or Windows for recording and editing. For scheduling and communication use Microsoft Outlook and Teams; keep gear lists and budgets in Excel.
For graphics or simple visuals you might open Adobe Photoshop or Illustrator and put slides into PowerPoint for playback. Inventory and media conversion tools are usually specific converters or capture cards tied to your computer.
Use AI for repetitive tasks: batch noise reduction, automated transcription, or simple soundtrack suggestions. Always keep the original files and export a copy before applying AI changes so you can undo mistakes.
Check licensing and privacy: don’t upload private recordings or copyrighted material to unknown AI services. For anything public, document which tool you used and save settings so another technician can reproduce results.
According to the U.S. Bureau of Labor Statistics (BLS, 2025), there are about 70,230 audio technicians employed. The median annual wage is $58,100; the lowest tenth is $37,990 and the top tenth is $100,650.
Your pay will vary by location, employer (theatre, broadcast, freelance), and skills like digital mixing, installation, or repair. Use the BLS figures as a national reference point.
Begin by learning the basics: signal flow (mic → preamp → mixer → recorder), common connectors (XLR, TRS), and how to set gain structure. Practice setting up PA systems and recording on a laptop.
Take short courses in live sound or a community college audio program, and learn Excel and Teams for job coordination. Volunteer at local theatres, houses of worship, or student TV/radio to build a portfolio of recorded shows and inventory logs.
An audio technician focuses on hands-on tasks: setting up gear, running sound for live events, recording, monitoring feeds, and minor repairs. They manage signal flow and inventories and operate mixers during shows.
A broadcast engineer maintains and installs larger transmission systems and networks, often more electronics-heavy. A sound designer creates the creative audio content (effects, atmospheres) and works more in pre-production and post-production than live setup.
Troubleshooting complex equipment issues is the single most valuable skill: finding a bad cable, fixing a channel strip, or routing audio correctly under time pressure. Employers test this during live events and technical rehearsals.
Show it by describing specific problems you solved: replaced a faulty power supply, repatched a signal to bypass a dead preamp, or restored a feed during a broadcast. Include software you used (Linux or DAW), hardware models, and inventory records in Excel or Teams.