Sound Engineering Technicians
SOC Code: 27-4014.00
Arts, Design & MediaSound Engineering Technicians are the audio professionals who capture, shape, and deliver the sonic experiences that define music, film, television, live events, and broadcast media. With a median salary of $66,430 per year, these skilled technicians operate the complex chains of microphones, mixing consoles, signal processors, and playback systems that turn raw audio into polished productions. Their work spans recording studios where album tracks are captured and mixed, television broadcast facilities where live programming demands split-second audio decisions, film and video sets where dialogue must be captured cleanly despite environmental challenges, and live concert venues where thousands of people depend on perfectly balanced sound. The role requires an unusual blend of technical expertise, musical sensibility, and the ability to thrive under high-pressure conditions when a live broadcast or concert cannot be paused for technical problems. Sound engineering is both an art and a technical discipline, attracting individuals who are passionate about audio as a craft.
Salary Overview
Median
$66,430
25th Percentile
$47,680
75th Percentile
$99,950
90th Percentile
$134,980
Salary Distribution
Job Outlook (2024–2034)
Growth Rate
-1.7%
New Openings
1,200
Outlook
Little or no change
Key Skills
Knowledge Areas
What They Do
- Regulate volume level and sound quality during recording sessions, using control consoles.
- Record speech, music, and other sounds on recording media, using recording equipment.
- Separate instruments, vocals, and other sounds, and combine sounds during the mixing or postproduction stage.
- Set up, test, and adjust recording equipment for recording sessions and live performances.
- Report equipment problems and ensure that required repairs are made.
- Prepare for recording sessions by performing such activities as selecting and setting up microphones.
- Mix and edit voices, music, and taped sound effects for live performances and for prerecorded events, using sound mixing boards.
- Keep logs of recordings.
Tools & Technology
★ = Hot Technology (in-demand)
Education Requirements
Typical entry-level education: High School Diploma
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A Day in the Life
In a recording studio environment, a sound engineer's day begins with setting up the studio for a session: positioning and testing microphones, establishing headphone mixes for musicians, and verifying the signal chain from microphone through preamp, interface, and recording software. During the session, the engineer balances tracking levels, monitors for technical issues, manages the performer's headphone mix, and supports the producer's creative vision through equipment choices and recording techniques. Post-session work involves editing recorded takes, comping performances, and beginning balance work in the mix stage. In live sound, the day starts hours before the event with loading in equipment, wiring the stage, conducting soundchecks with each performer, and calibrating the main PA system to the venue's acoustic characteristics. The show itself demands full concentration as the engineer dynamically adjusts hundreds of parameters in real time.
Work Environment
Recording studio engineers work in acoustically designed indoor environments that may be visually stunning but can involve long, irregular hours dictated by artist and label schedules. Late nights and weekend sessions are the norm in commercial music recording, where studio time is booked around performer availability. Live sound engineers work in dramatically varied environments: outdoor festival stages, intimate club venues, large arenas, houses of worship, and corporate event spaces — each presenting different acoustic challenges and physical setup requirements. The work can involve heavy lifting of amplifiers, speaker enclosures, and cable cases, particularly in touring and live production contexts. Broadcast audio engineers typically enjoy more stable, office-like hours within television facility environments and benefit from the routine structure of broadcast schedules.
Career Path & Advancement
Entry into the field typically starts as a studio intern or production assistant, performing technical support duties — loading equipment, cabling studios, and assisting professional engineers — while building knowledge and contacts. Advancing to assistant engineer or second engineer roles typically takes one to three years, where the individual takes on more direct responsibilities during recording and mixing sessions. Becoming a lead recording engineer or live sound engineer may take three to seven years of accumulated experience and technical refinement. Senior engineers at top studios or touring with major artists represent the pinnacle of the craft, often developing signature approaches that attract high-profile clients. Parallel career paths include audio post-production for film and TV, broadcast audio engineering, acoustic design consulting, or product development at audio technology companies.
Specializations
Recording engineers specialize in the studio environment, developing expertise in microphone placement, signal flow, and the creative use of analog and digital processing to capture performances with the right sonic character. Mix engineers focus specifically on the balance and polish stage, combining dozens or hundreds of recorded tracks into a cohesive stereo or immersive mix using advanced equalization, compression, and spatial processing tools. Mastering engineers are at the final stage of audio production, applying the last touches that optimize recordings for distribution across streaming platforms, vinyl, CD, and broadcast. Live sound engineers manage front-of-house (FOH) or monitor mixing at concerts, festivals, and events, operating under real-time constraints with no ability to pause or undo. Broadcast audio engineers work in television, radio, and podcast production, ensuring the technical compliance and sonic consistency that broadcast distribution requires.
Pros & Cons
Advantages
- ✓Meaningful work in creative industries where the output — music, film, live events — is personally rewarding
- ✓Exposure to talented artists, performers, and creative teams across diverse genres and media types
- ✓Constant intellectual stimulation from solving acoustic and technical challenges in varied environments
- ✓Home studio skills are increasingly valued, allowing supplementary freelance income alongside primary employment
- ✓Growing demand in podcasting, streaming content, and immersive audio creating new career pathways
- ✓Tangible craft development over a career as ears and technical instincts sharpen with experience
- ✓Unique work environments — recording studios, concert venues, broadcast facilities — far from typical office settings
Challenges
- ✗Highly competitive field with more aspiring engineers than available positions at desirable recording studios
- ✗Irregular hours, late nights, and weekend work are standard parts of both studio and live sound careers
- ✗Freelance income instability is common especially early in a career when consistent client work is not yet established
- ✗Extended periods of loud sound exposure without proper hearing protection causes cumulative hearing damage
- ✗Entry-level studio work often involves years of internship and assistant work with minimal compensation
- ✗Commercial music industry revenue has declined with streaming economics, shrinking budgets for studio sessions
- ✗Physical demands of live touring — loading heavy equipment, long travel days, and overnight drives — are taxing
Industry Insight
The home studio revolution enabled by affordable professional-quality interfaces, DAWs, and monitors has democratized music production and expanded the pool of audio professionals while also increasing competition for traditional commercial studio work. Streaming platforms have dramatically changed music economics, reducing the budgets available for studio time and mixing, while simultaneously expanding content volume through podcasting and video platforms that create new audio engineering opportunities. Immersive audio formats including Dolby Atmos for Music and Spatial Audio on Apple Music are creating new mixing skill requirements and renewed interest in the acoustic experience of recorded music. The live events industry rebounded strongly post-pandemic and continues to be a robust market for experienced live sound engineers. AI-assisted mixing tools are beginning to emerge in DAW software, though they are currently positioned as aids to human engineers rather than replacements.
How to Break Into This Career
Formal education through audio engineering programs at schools like Full Sail University, SAE Institute, Berklee College of Music, or community college recording arts programs provides structured technical training and industry connections. Many successful engineers are self-taught, building home studios and developing skills through extensive practice before transitioning to professional environments. Studio internships are the most proven pathway — enduring months of unglamorous studio assistant work builds relationships with senior engineers who can mentor and refer for opportunities. In live sound, volunteering or working as a stage hand at local venues and festivals builds practical experience and visibility within the live production community. Proficiency with industry-standard software platforms — Pro Tools, Logic Pro, Avid S6, Dante networking — is essential and can be developed independently before entering professional roles.
Career Pivot Tips
Musicians with strong ears and technical curiosity are natural career changers into sound engineering, with their understanding of music structure and performance providing an invaluable foundation for microphone placement and mix decisions. Electronic technicians and electrical engineers who develop an interest in audio signal path, analog circuit design, and acoustic physics can transition toward audio equipment design, studio technical direction, or broadcast engineering roles. Video production professionals who develop strong audio skills are well-positioned to move into audio-for-picture roles in film, television, and streaming content production. Broadcast professionals from radio who already work with audio equipment, editing software, and microphone technique can pivot into podcast production engineering or streaming audio roles with modest additional training. Building a strong portfolio of recorded or mixed work samples is the most important tangible asset for anyone making a career change into professional audio.
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