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SOC 27-4011
This page covers audio and video technicians (O*NET-SOC 27-4011.00): setting up, maintaining, and striking audio and video equipment for on-site or recorded events, testing the signal chain, standing watch, handling faults, and recording the handover. The related safety work and material use are checked against the jurisdiction and position authorization. The English routing keeps the original mapping; the BLS combined page also includes broadcast, sound engineering, and lighting technicians, and the group values are labeled separately.
Model impact index for three equally weighted representative core tasks; not a measured share of working time or a job-loss probability. floor((0+25+75)/3+0.5)=33; fermatmind-ai-impact-v1; 2026-10-18.
This page covers audio and video technicians (27-4011): equipment setup, operation, and troubleshooting, with usable signals and test and change records as outputs. They are counted separately from broadcast, sound engineering, and lighting technicians; the average wage for the related Chinese industry serves only to check the employer's background and does not stand in for this occupation's wage.
Education, qualifications, and position authorization must be checked separately: O*NET lists this occupation as Job Zone Three, and among respondents 43% think a bachelor's degree is required, 25% think a high school diploma or equivalent is required, and 20% think a postsecondary certificate is required; different employers vary widely in their experience and portfolio requirements. In mainland China, performing others' works, recording performances, and producing audio and video recordings involve the licensing and remuneration rules of the Copyright Law of the People's Republic of China, and the authorization for electricity use, rigging, and on-site work in a specific position is determined by the employing unit and the competent department's rules.
Audio and Video Technicians (U.S. side O*NET-SOC 27-4011.00) set up, maintain, and strike audio and video equipment for live or recorded events, including microphones, speakers, connecting cables, mixing and switching equipment, cameras, monitors, and servers and related electronic equipment, serving concerts, conferences, exhibitions, presentations, podcasts, press conferences, and sporting events. Daily work includes checking equipment and interfaces against requirements, setting up and testing the signal chain stage by stage, standing watch at the mixing console and video switcher, diagnosing and handling media system faults, controlling on-site lighting and sound, recording and editing audio materials, compressing and storing audio and video data, and completing routine cleaning and maintenance. Some supplemental tasks also involve determining format, content, and production approach within a budget, or discussing shot composition; the specific decision authority is checked against this position's division of labor, and it cannot be asserted that all technicians have no content or artistic involvement, nor can the organizer's final approval authority be obtained from the task list.
Career direction comparison
The table below compares audio and video technicians with adjacent trades and the paths for moving in from adjacent positions; the basis for judgment is the main output, what the role is responsible for, and the training required, rather than how similar the trade names are.
| Career direction | Core work and output | Key differences | Best-fit choice |
|---|---|---|---|
| Broadcast Technicians (27-4012.00) | Responsible for the transmission, transport, and broadcast links of broadcast signals, with stable broadcast signals as the main output. | Both master audio and video equipment and signal fundamentals; broadcast technicians face the broadcast link and transmission systems, while audio and video technicians face the setup, operation, and strike of live events. | If you would rather work on broadcast and transmission systems, look first at broadcast technicians; if you would rather do on-site system setup and watch duty, look first at audio and video technicians. |
AI impact on this career
AI and automation may change records, material processing, and equipment operation. The BLS group page notes that technological advances may let broadcast, lighting, and sound systems operate with fewer technicians, while video conferencing and digital signage increase demand for audio and video technicians; these are different divisions of labor and cannot be summarized as the occupation never being replaced. Insufficient evidence: no occupation-level AI adoption rate or share of jobs reduced by AI for 27-4011 was obtained. AI Impact Score 33% is an editorial estimate. Model impact index for three equally weighted representative core tasks; not a measured share of working time or a job-loss probability. floor((0+25+75)/3+0.5)=33; fermatmind-ai-impact-v1; 2026-10-18.The three tasks, ratings and sources are listed in the FermatMind method source record on this page.
FermatMind AI Impact Score estimation method v1
FermatMind / 费马测试 · 2026-10-18
Chinese mainland salary reference
Occupational comparison: U.S. O*NET-SOC27-4011.00; the Chinese name used on this page is audio and video technicians. The BLS combined group also includes broadcast, sound engineering, and lighting technicians. The Chinese classification mapping still has to be verified against the actual duties, and something unverified is not written as nonexistent.
Insufficient evidence: the one-to-one mapping between the Chinese occupational classification and the duties of 27-4011 has not yet been verified. Position titles at media, performance, exhibition, or rental employers may be similar, so the duties, trade, and work authorization should be read item by item, and no claim is made that there is no corresponding occupational code.
Insufficient evidence: no national occupational monthly wage distribution precisely corresponding to audio and video technicians was obtained.
Insufficient evidence: no verifiable city-level occupational monthly wage data was obtained, and this page does not present a city ranking.
U.S. wage reference
The 2025 national median annual wage is 58,100 USD and the median hourly wage 27.93 USD, with the annual P10 to P90 at 37,990—100,650; BLS Table 1.2 lists SOC 27-4011: 87,600 employment in 2025 and a 2035 projection of 91,100, a ten-year net increase of 3,400 and growth of 3.9%, with 6,600 annual openings. Each headcount is rounded independently, and the net increase cannot be recalculated by subtracting the two displayed endpoints; the openings include replacement demand from transfers and exits, not net additions. This is not a personal starting pay promise.
| Wage statistic position | Annual wage reference | Conversion boundary | How to understand this position |
|---|---|---|---|
| 10th percentile | 37,990 USD per year (10th percentile) | Official conversion, not personal monthly income | The 10th percentile is an annual wage of 37,990 USD; this is the lower end of the distribution, does not represent all newcomers, and does not constitute a starting pay promise. |
| 50th percentile |
Career fit guide
Direct answer: the behavioral performance the editorial suggestion says to check is being able to verify the signal flow stage by stage, still operate from the checklist under time pressure, and stop and report first when the power or rigging conditions are unclear; an interest in equipment or software alone is not enough to prove competence.
You may be better suited to： You can confirm the requirements, site, and interface conditions before starting, and write the channel testing and fault handling in a checkable form; you are willing to report honestly when power, rigging, or equipment status is unclear, rather than connecting the equipment first.
These situations need caution： You find testing and counting troublesome, are used to wiring by feel, resist correction when an error is pointed out, or do not work as required in temporary power and rigging work; all of these directly amplify the risk of an on-site accident and an interruption of the event and need caution.
Do a career entry exercise： First complete this page's fictional paper materials; there is no need to find a practitioner or borrow equipment first. Check them yourself against the reference answer. Real wiring, watch duty, and professional work are arranged separately by authorized mentoring.
Work pressure, risks, and occupational boundaries
Direct answer: the main risks include electric shock and tripping caused by temporary power and cable routing, falls and impacts from rigged and elevated equipment, interruption of the event caused by a signal chain fault, noise exposure and fatigue from long working hours, equipment damage and missing items at counting, and recording and use of materials beyond the authorized scope; control depends on the plan and checklist, stage-by-stage testing, qualified personnel carrying out electricity and rigging work, personal protection, and the abnormality reporting and escalation process.
Compiled from O*NET tasks and work context, the OSHA U.S. electrical safety overview, and the current Chinese Copyright Law; the risk judgments and control checklist are this page's editorial suggestions. Position exposure varies with the site, and the OSHA electrical overview does not prove Chinese rigging or hearing qualification requirements; specific tasks are checked separately by jurisdiction, equipment manual, and unit rules.
Typical scenario：Taking power at will to save time, running cables across pathways without protection, or unreliable grounding.
Entering the field, qualifications, and career development
O*NET Job Zone Three/SVP6.0 to below 7.0; the education question asks about the education new hires need, and 43% answered a bachelor's degree, 25% a high school equivalent, and 20% a postsecondary certificate, which is not the educational composition of workers. The Job Zone one to two years of training is a cross-occupation zone description, not a fixed period for this occupation. The typical entry for BLS27-4011 is a postsecondary non-degree award, no related work experience, and short-term on-the-job training; the specific position still requires checking the posting and the equipment training. Special operations within the Chinese catalog are governed by Ministry of Emergency Management Order No. 19, effective 2026-06-01: Articles 3 and 4 require identification according to the catalog and training, assessment, and certification, and Article 36 requires the unit to verify that certificates are genuine and valid and to keep files. Whether a task falls under the catalog's electrician or work-at-height operations must be checked against the specific task; site approval and AV proficiency cannot replace statutory certificates, nor are ordinary signal cable connections all called special operations.
Career prospects and transfers to related occupations
U.S. precise occupation 27-4011: BLS Table 1.2 lists SOC 27-4011: 87,600 employment in 2025 and a 2035 projection of 91,100, a ten-year net increase of 3,400 and growth of 3.9%, with 6,600 annual openings. Each headcount is rounded independently, and the net increase cannot be recalculated by subtracting the two displayed endpoints; the openings include replacement demand from transfers and exits, not net additions. The BLS group 27-4010 is separately 136,600 employment in 2025, a 2035 projection of 138,400, a net increase of 1,700, about 1%, and 9,800 annual openings, including lighting technicians; none of the overall projections is AI attribution.
United States · exact
87,600 people
Employment scale
The employment base on the Audio and Video Technicians (SOC 27-4011) basis.
This occupation spans information, rental services, arts and entertainment, and education, and actual positions are affected by project cycles.
Set up, maintain, and strike audio and video equipment according to event or program requirements: check the site and the electricity and rigging conditions, count equipment and cables, test stage by stage along the signal flow, stand watch at the mixing console and switcher, control on-site lighting and sound, switch video sources, diagnose and handle media system faults, record and edit materials, compress and store data, and complete cleaning and maintenance and record handover.
The risks to watch for in advance include electric shock and tripping caused by temporary power and cable routing, falls and impacts from rigged and elevated equipment, interruption of the event caused by a signal chain fault, noise exposure and fatigue from long working hours, equipment damage and missing items at counting, and recording and use of materials beyond the authorized scope; control depends on the plan and checklist, stage-by-stage testing, qualified personnel carrying out electricity and rigging work, and the abnormality reporting and escalation process.
Choose a real task from this page for a small practice project or a conversation with someone in the field. Use the planning guides to set a date, an output and feedback questions before deciding whether to continue.
Conditions for pausing high investment: you have not yet completed one full cycle under mentoring from requirement confirmation, setup and stage-by-stage testing, on-site watch duty, and fault handling through to strike and records, or you only want to press buttons and are unwilling to learn the signal chain and safety procedures; also do not treat "knowing how to use editing software" or "having shot videos for friends" as proof that you can independently take charge of a live audio and video system.
One-sentence judgment: audio and video technicians do not "carry equipment"; they set up, test, operate, and strike audio and video equipment according to program or event requirements, verify the signal chain stage by stage, stand watch at the mixing console and switcher during performances and recordings, troubleshoot faults, and record changes. On the U.S. side this corresponds to O*NET-SOC 27-4011.00, listed as Job Zone Three (SVP 6.0 to below 7.0). The core boundary is this: you may operate and service equipment and follow the technical process according to the plan, but you cannot replace the director's or organizer's artistic or content decisions, and you must not record, copy, or distribute other people's performances or works without authorization.
Signals to keep exploring: you are willing to look at the signal flow and interfaces before touching anything, can stand for long periods and carry equipment and accept night work and on-site environments; when you encounter an abnormality in power, rigging, grounding, or connections, you are willing to stop and report first rather than connecting the equipment; and your interest in "is this audio clean, is this signal chain reproducible, and is the material authorization clear" is greater than in "how many videos I delivered today".
The work of this occupation can be divided into three categories: first, preparation and setup (checking the equipment list, power supply and signal interfaces, cabling, and rigging conditions against the requirements and the site plan, and completing setup with stage-by-stage testing); second, operation and troubleshooting (standing watch at the mixing console and switcher, controlling on-site lighting and sound, switching video sources, diagnosing and handling media system faults, and maintaining monitoring during a performance or meeting); third, strike and recording (striking and counting equipment, completing routine cleaning and maintenance, reporting equipment that needs major repair, and organizing materials and equipment change records and handing them over). All three share the same reproducible chain of technical records.
Preparation and setup
Operation and troubleshooting
Audio and video technicians face event and recording systems; broadcast technicians face broadcasting and transmission; sound engineering technicians record, synchronize, mix, or reproduce sound for performances, film, television, and similar work, and their work is not limited to the studio; electrical and electronic engineering technicians usually handle circuits and devices under the direction of engineers; computer support and editing directions focus on information systems and finished films respectively. The actual division of labor follows the job description.
| Dimension | Primary track | Comparison track |
|---|---|---|
| Core purpose | Under conditions that meet the electricity, rigging, and site safety requirements, make sound and picture audible, visible, switchable, and reproducible during an event or recording, and keep technical changes and fault handling as traceable records. | Core purpose |
| Main objects and basis | The objects are equipment such as microphones, mixing consoles, speakers, cables and interfaces, switchers, cameras, monitors, and servers, as well as the on-site signal chain, power and rigging conditions, recorded materials, and the equipment ledger; the basis is the event or program requirements, the equipment technical manuals and signal flow, the site's electricity and rigging rules, and the on-site safety and material authorization requirements. | Main objects and basis |
A technical plan record noting the basis and the open questions.
A channel list and test records with each stage passed.
Reproducible operating parameters and watch records.
Fault handling and change records.
A material list and a description of storage locations.
A complete, checkable equipment ledger and handover records.
Before starting the job, check at least six items: the position basis and form of employment (full-time, project-based, or outsourced), the actual working hours (frequency of night and weekend work), the equipment and safety training arrangements, the scope of authorization for electricity and rigging work, the material and likeness authorization agreement, and the real method of pay (hourly, daily, or project settlement) and the overtime settlement rules.
Occupational basis
| Sound Engineering Technicians (27-4014.00) |
|---|
| Sound engineering technicians may record, synchronize, mix, and reproduce sound for performances, film, television, podcasts, and events, with sound engineering and records as outputs; the work is not confined to the studio. |
| Sound engineering concentrates more on sound recording and mixing; audio and video technicians handle both video and on-site systems. Equipment and tasks may overlap, and the difference should be checked against the position's main output. |
| If you lean more toward sound recording and mixing, you can compare sound engineering; if you lean more toward audio and video system setup and watch duty, you can compare this occupation, checking the equipment and authorization separately. |
| Electrical and Electronic Engineering Technologists and Technicians (O*NET 17-3023.00) | Usually design, assemble, repair, and adjust electrical and electronic components, circuits, and control devices under the direction of engineers, providing drawings, prototypes, and test records for engineering evaluation. | These positions center on circuit and system-level design and testing and require corresponding professional training; audio and video technicians center on system integration of finished equipment and on-site troubleshooting. | If you would rather do circuit and system testing, look first at electronic and electrical engineering technicians; if you would rather do system integration and on-site watch duty, look first at audio and video technicians. |
|---|
| Computer Support Specialists | Provide software and hardware support for office and business systems, with usable office and network environments as the main output. | Computer support faces office and information systems and handles account, system, and network problems; audio and video technicians face on-site audio and video equipment and the signal chain and must handle power, interfaces, and site conditions. | If you would rather do office and system support, look first at computer support specialists; if you would rather do equipment and signal field work, look first at audio and video technicians. |
|---|
| Film and Video Editors (27-4032.00) | Edit and finish shot material, with finished films and project files as the main output. | Editors center on material organization, pacing, and post-production software and usually work in an editing room; audio and video technicians center on on-site equipment and signals and must face site and time pressure. | If you would rather do post-production editing and finishing, look first at film and video editors; if you would rather do on-site setup and operation, look first at audio and video technicians. |
|---|
| Moving in from an adjacent position or labor employment | You already have performance execution, equipment rental, camera assistant, or IT support experience and want to move to a complete audio and video technician position. | The gap is usually not equipment familiarity but the method for verifying the signal chain stage by stage, the fault location sequence, the safety procedures for electricity and rigging, the boundaries of materials and authorization, and the habit of recording handovers; having helped at a few events does not mean you can stand watch over a system independently. | If you are willing to start as an assistant and accept mentoring and review, you can consider moving in; if you only want to press buttons without learning the signal and safety procedures, the gap will be large. |
|---|
This page compares audio and video technicians with five adjacent directions on the same set of dimensions: career direction, core work and output, key differences, and which direction suits each preference. The adjacent directions are described according to their own official occupational descriptions and do not mean the trade names are interchangeable.
Conclusion: the basis for choosing a direction is the main output, what the role is responsible for, and the training required, not how similar the names are; once the direction is set, check the target position's equipment system and training requirements, the actual working hours and project cycle, the authorization arrangements for electricity and rigging work, and the credit and use agreements for materials item by item, and keep written confirmation.
Editorial ratings use the existing occupational responsibilities and AI task analysis on this page. They are not adoption rates, measured effects, job-disappearance or personal-unemployment probabilities, or official scores from Stanford or another external institution. No measured time weights or future robot deployment are assumed.
Technical capability: equipment lists, transcoding, and material archiving can be trial targets for tools, and fault searches can assist with location; this is an editorial suggestion whose effectiveness must be tested in the field. Systems with sensors or networked inputs may receive on-site data, but data freshness, equipment status, and conditions must still be checked, and text output must not be treated as a safety conclusion.
Actual adoption: it requires unit permission, data and material authorization, stable inputs, and traceable manual work records. A software mention rate in job postings does not prove that AI is deployed, nor that watch personnel have been reduced; for critical operations the position lead must check authority and testing.
Employment outcome: BLS Table 1.2 lists SOC 27-4011: 87,600 employment in 2025 and a 2035 projection of 91,100, a ten-year net increase of 3,400 and growth of 3.9%, with 6,600 annual openings. Each headcount is rounded independently, and the net increase cannot be recalculated by subtracting the two displayed endpoints; the openings include replacement demand from transfers and exits, not net additions. This is an overall projection and not AI attribution. The AI discussion on the BLS group page concerns different trades, and an AI headcount reduction share for 27-4011 cannot be inferred from the exposure index or the overall growth.
| Work area | Task | Current change | Human control point |
|---|---|---|---|
| Requirement and site checking | Check the event requirements and the site plan, count the equipment and cables, and confirm the power capacity, grounding, and cable routing. | The equipment list, site parameters, and scheduling records can be assisted. | Judge whether the site conditions match the requirements and which tasks require qualified personnel. |
| Setup and stage-by-stage testing | Set up according to the signal flow and test the channels and backup paths stage by stage, confirming the microphone and speaker layout. | Test records and the channel ledger can be assisted. | Judge whether the interfaces, wiring order, levels, and picture quality are usable and decide the backup channel arrangement. |
| On-site watch duty and signal operation | Stand watch at the mixing console and switcher, control on-site lighting and sound, and switch video sources and recording status according to the process. | Operating parameter records and monitoring prompts can be assisted. | Judge abnormalities during the event and decide whether to switch to a backup channel or pause the relevant part. |
| Fault diagnosis and handling | Diagnose and handle media system faults, replace equipment or lines when necessary, and report when major repair is needed. | Fault trees and historical work order searches can be assisted. | Locate the fault in order, whether it is a cable, interface, equipment, or environmental factor, and decide how to handle it. |
| Recording and material management | Record and edit materials as required, and compress, digitize, store, and name them to standard. | Material naming, transcoding, and archiving can be assisted. | Responsible for the recording scope, material storage locations, and authorization boundaries. |
| Strike, counting, and maintenance | Strike and count equipment from the checklist, complete routine cleaning and maintenance, and report equipment that needs major repair. | Count lists and inventory ledgers can be assisted. | Judge whether the equipment can continue to be used and whether it must be taken out of service and sent for repair. |
| Mentoring and crew collaboration | Mentor assistants and newcomers, demonstrate standard wiring and testing procedures, and correct unsafe behavior. | Organizing training materials and key operating points can be assisted. | Responsible for the crew's on-site discipline, test standards, and record quality. |
The five cards support different objects such as occupational tasks, software mentions, overall employment and wages, and global task exposure. BLS includes overall job count projections; it gives no AI substitution rate or AI-attributed job projection for 27-4011, and the two must not be conflated.
Editorial tool analysis: the following three groups are directions to trial, and the data and review responsibility must be verified; they are not measured adoption results for this occupation.
AI primarily changesEditorial trial: generate a draft count or channel list from the authorized equipment ledger and check the models, interfaces, and on-site status.
Human responsibility remainsDecide the signal flow and backup channels, judge whether the interfaces and levels are usable, and take responsibility for on-site audibility and visibility and for safety.
AI primarily changesEditorial trial: search historical work orders and organize test and fault records, distinguishing measured equipment data from generated explanations.
Human responsibility remainsCheck whether the system records match the actual equipment condition, confirm whether faults are closed out, and bear reporting and recording responsibility.
AI primarily changesEditorial trial: assist with material naming, transcoding, and archiving; usage rights, publication scope, and work attribution cannot be confirmed by a tool on its own.
Human responsibility remainsSystem output must not be treated as a fault conclusion or a safety judgment; it must be checked item by item against on-site observation and the actual equipment condition.
Editorial governance suggestion: check the scope of introduction, inputs, manual review, and records in the following steps; whether to pause or expand use is assessed by the unit according to this system's risk, duties, and authority, and a general framework does not issue on-site operating authority.
First confirm the requirement and plan basis for this event, the site electricity and rigging conditions, the equipment status, and the scope of your own authorization.
Give tools only the reviewable list, record, and archiving links, such as the equipment ledger, test records, and material naming.
Review tool output item by item against the actual on-site equipment, the power conditions, and the event flow, and judge whether there is any deviation or overreach.
Keep the equipment list, test and fault records, material locations, and change notes, so that the work is traceable.
Electricity and rigging work and material authorization and dissemination decisions are confirmed and documented by authorized personnel and the organizer.
Unchecked lists or records may lead to missing equipment, wrong connection order, or misjudged channel status, causing an on-site accident or an interruption of the event.
Control: Mark lists and explanations written by generative tools as drafts and keep the real equipment-collected or measured records and their versions; use them only after on-site counting and stage-by-stage testing and according to authority, and not all system data can be called unchecked drafts.
Leakage of the site layout, program flow, and unpublished materials may cause commercial loss and privacy risk.
Control: Handle on a least-knowledge and least-privilege basis; before uploading, confirm the data ownership, confidentiality requirements, and retention period, and do not put unauthorized materials on external platforms.
Unknown versions and sources hinder fault reproduction and responsibility investigation; complete records help checking but do not guarantee that a claim succeeds or automatically determine legal liability.
Control: Record the system and tool name and version, the scope of the data sources, the manual checking and the reasons for changes, and the responsible person.
Applying practices for different site conditions, different equipment systems, or different power conditions directly will produce invalid judgments.
Control: Fix the signal and power baseline according to the event plan; when there is a change, record the reason and the scope of impact and retest.
Operations with unclear responsibility cause delays during an accident or an interruption of the event and may also allow an abnormal state to persist.
Control: Confirm the reporter and the escalation chain before setup; stop and report when something is beyond your training and authorization.
Editorial study suggestion: first use paper materials to check the channel, test, and change records, then check the target position's equipment, training, and safety requirements; accept mentoring only after the on-site qualification and unit arrangements are in place, since study samples and certificates do not automatically prove work authority. Media, event, exhibition, and rental positions each require checking the contract and responsibilities.
Use digital tools in reviewable links such as equipment list and ledger management, channel and signal test records, material naming and archiving, and scheduling and work order flow; interface judgment, on-site troubleshooting, level and picture quality judgment, and electricity and rigging safety handling must still rest with people.
Before introducing tools, clarify the links where they may be used, the knowledge scope for materials and site data, the authorization boundary for electricity and rigging work, and the responsible person for recording and review, so that any output returns to a traceable plan, test records, and the equipment ledger.
Focus training on the signal chain and interfaces, stage-by-stage testing methods, the fault location sequence, on-site electricity and rigging safety, and material management and authorization boundaries, and also train the habit of checking tool output and the awareness to report abnormalities.
Insufficient evidence: no occupation-level causal evidence that 27-4011 is wholly replaced by AI was obtained. Automation can change tasks and staffing; BLS discusses increased audio and video demand and reduced staffing needs for other technical systems separately, and cannot guarantee that this occupation will never be replaced.
Source: BLS group page / O*NET tasks / this page's evidence boundaryOriginal source ↗
Knowing how to write code is not set as a uniform threshold. O*NET lists conferencing, office, operating system, and video tools, and specific employers may require scripting or network skills; first check the position's equipment, stage-by-stage testing, and safety training, and the tool lists cannot be used to assert that all positions need no code.
Source: O*NET technology list / detailsOriginal source ↗
Equipment ledger and lists, channel and test records, material naming and archiving, and scheduling and work order flow; these links are reviewable and traceable.
Source: O*NET details / this page's method noteOriginal source ↗
BLS Table 1.2 lists SOC 27-4011: 87,600 employment in 2025 and a 2035 projection of 91,100, a ten-year net increase of 3,400 and growth of 3.9%, with 6,600 annual openings. Each headcount is rounded independently, and the net increase cannot be recalculated by subtracting the two displayed endpoints; the openings include replacement demand from transfers and exits, not net additions. An overall projection, not AI attribution, and no personal hiring is guaranteed.
Source: BLS Table 1.2: 27-4011, 2025—2035Original source ↗
Fault searches and alerts can assist judgment, but they must be checked against the tests and the actual equipment condition, and safe work and material use are the responsibility of authorized people. Automated capability does not automatically grant work or copyright permission.
Source: O*NET tasks / editorial control suggestions; current copyright provisions are in the regulations sectionOriginal source ↗
Insufficient evidence: the O*NET tasks, BLS employment projections, and ILO exposure research checked gave no evidence of a disappearance year for this occupation; this page does not predict a year from them.
Source: Bounded review note for this pageOriginal source ↗
First complete the channel, test, and change records with the paper materials below; then check the target position's training, equipment, and safety requirements, with actual mentoring arranged separately, as a paper score is not work authorization.
Source: O*NET27-4011 details profile tasks and Job Zone; the priority order for paper study and tools is this page's editorial suggestion.Original source ↗
The internal direction differences of this occupation are mainly in the object and the site: events and performances, conferences and exhibitions, studios and recording, and equipment rental and technical services, whose equipment systems, time pressure, and safety requirements differ; when choosing a direction, check the equipment system and the authorized scope rather than only the position title.
Insufficient evidence: no official or verifiable source supports a monthly wage range for this occupation in other cities.
National 2025 references for the culture, sports, and entertainment industry and the leasing and business services industry have been added, listed separately for private and non-private; this round did not obtain an occupation-level distribution for audio and video technicians.
| Educational background | Position direction | Notes and verification suggestions |
|---|---|---|
| Insufficient evidence: no unified Chinese minimum education or real hiring sample for this occupation was obtained. The editorial suggestion is to check the target unit's education, equipment training, mentoring, and work qualification item by item; the U.S. education indicators do not serve as a Chinese threshold. | On-site technical assistant positions for performances and events; audio and video support positions for exhibitions and conferences. | Usually does not independently decide the signal flow or power arrangements; the training and authorization records, the electricity and rigging work arrangements, and the provision of personal protection should be checked. |
| Higher vocational or undergraduate education (radio and television, recording, film and television technology, and similar directions) | Editorial path example: positions such as media studio or broadcast technology and rental or event technical services can be checked; moving into project management requires checking personnel, budget, and safety coordination responsibilities separately, and it is not treated as an automatic promotion based on years of experience. | Articles 38, 39, 42, and 43 of the Chinese Copyright Law distinguish the work, the performer's license, and remuneration and have corresponding statutory exceptions; the ownership of audiovisual and commissioned works is checked separately under Articles 17 and 19 and the contract. Articles 1019 and 1020 of the Civil Code provide statutory exceptions to portrait consent, and Article 1023 protects voice; minors are checked separately under the rules on age, capacity, and legal representation, and it cannot be generalized that every appearance requires additional authorization. |
| Has on-site experience on several projects and is familiar with the equipment system | Technical lead positions for large events or tours; broadcast and live streaming technical coordination positions. | Special operations within the Chinese catalog are governed by Ministry of Emergency Management Order No. 19, effective 2026-06-01: Articles 3 and 4 require identification according to the catalog and training, assessment, and certification, and Article 36 requires the unit to verify that certificates are genuine and valid and to keep files. Whether a task falls under the catalog's electrician or work-at-height operations must be checked against the specific task; site approval and AV proficiency cannot replace statutory certificates, nor are ordinary signal cable connections all called special operations. The site plan, approval and monitoring, and the related safety release must also be carried out by the subject designated in the actual rules, and this page does not assume that the organizer alone holds all release authority. |
| Overseas event, tour, or broadcast project experience | On-site technical positions for multinational performances or sporting events. | Overseas experience can serve as competence material; working in on-site audio and video in mainland China still requires compliance with domestic electricity, fire safety, and copyright rules. |
When comparing different opportunities, confirm the form of employment (full-time, project-based, or outsourced), the project cycle and standby time, overtime and night allowances, travel and accommodation arrangements, and who bears equipment and personal tool costs, and do not treat an industry average as a personal wage expectation.
Performance, film and television, and sports activities are the matching basis; in 2025 the culture, sports, and entertainment non-private average was 129,447 and the private average 64,015 yuan per year, for industry background checking, and it does not represent the occupational wage or the number of positions demanded.
If the employer is actually registered under the information services sector, the official industry statistics can be checked separately; live streaming or broadcasting work itself does not automatically determine the industry classification, and this page does not use that sector's wage as the default occupational reference.
Equipment rental and exhibition services are the matching basis; in 2025 the non-private average was 110,162 and the private average 68,919 yuan per year, not a precise occupational wage or national demand for positions.
Editorial analysis: digital tools may assist with equipment ledgers, test records, and material archiving, and the specific effect must be verified. The NBS2025 release checked this round does not list this occupation's wage separately; technical signals cannot make up a precise wage, nor can they be used to judge the cause of the statistical gap or future classifications.
| 58,100 USD per year (median) |
| Not personal monthly income |
| The median is an annual wage of 58,100 USD; it describes the midpoint of the whole distribution and does not represent personal take-home income. |
| 90th percentile | 100,650 USD per year (90th percentile) | Official conversion, not personal take-home pay | The annual P90 is 100650 USD, a national employed-distribution threshold, not a common level or a guarantee at a given number of years of experience; the percentile contribution of industry and seniority has not been measured. |
|---|
Wage · 10th percentile：37,990 USD per year (10th percentile)；The corresponding hourly wage 10th percentile is 18.26 USD, which represents a lower percentile of the wage distribution, not a minimum wage and not a promise of entry-level starting pay；BLS 2025 wage percentiles presented by O*NET
Wage · 25th percentile：46,390 USD per year (25th percentile)；The 25th percentile hourly wage on the same basis is 22.30 USD；BLS 2025 wage percentiles presented by O*NET
Wage · median：58,100 USD per year (median)；The corresponding median hourly wage is 27.93 USD, and the median is not the same as an entry-level wage；BLS 2025 wage percentiles presented by O*NET
Wage · 75th percentile：77,560 USD per year (75th percentile)；The 75th percentile hourly wage on the same basis is 37.29 USD；BLS 2025 wage percentiles presented by O*NET
Wage · 90th percentile：100,650 USD per year (90th percentile)；The hourly wage at the same basis P90 is 48.39 USD, a national employed-distribution threshold； the available materials have not quantified the contribution of industry, project, and seniority to reaching P90, and no starting pay can be promised from it.
The median is not an entry-level wage: it means half of the workers earn above it and half below it; the 10th and 25th percentiles are closer to the lower end of the distribution but are still affected by industry, form of employment, and project density.
OEWS is a pre-tax wage basis for normal working hours, including specified commissions and production bonuses, and excluding overtime premiums, shift differentials, and non-production bonuses; the annual wage for hourly occupations is usually annualized at 2080 hours. It cannot be used to infer personal work hours, project billing, or take-home income, and self-employment is not covered by this statistic.
The national percentiles come from the 2025 BLS OEWS displayed by O*NET; the current employment projections come from BLS Table 1.2 (27-4011). The industry comparison below separately uses the 2023 OEWS occupation by industry means. The OOH also contains a precise occupation sub-table, so it cannot be said to be entirely undivided.
Actual income is also affected by the form of employment (full-time, project-based, or outsourced), the project cycle and standby time, the frequency of night and weekend work, and the region and industry.
| Industry | Within-industry annual wage mean for this occupation (2023) | How to understand this value |
|---|---|---|
| Rental services (NAICS5322/5323/5324) | 53,790 USD per year (2023 within-industry mean for this occupation) | 2023 OEWS 27-4011 industry table, hourly mean 25.86 USD; it is not the 2025 industry median, nor the average of all occupations across the industry. |
| Motion picture and video industries | 72,420 USD per year (2023 within-industry mean for this occupation) | 2023 OEWS 27-4011 industry table, hourly mean 34.82 USD; the specific industries and the broad sectors of the O*NET employment industry distribution belong to different classifications and indicators and cannot be interchanged. |
| Colleges, universities, and professional schools | 53,740 USD per year (2023 within-industry mean for this occupation) | 2023 OEWS 27-4011 industry table, hourly mean 25.84 USD; not the mean of all positions in the education industry. |
| Promoters of performing arts, sports, and similar events | 54,330 USD per year (2023 within-industry mean for this occupation) | Insufficient evidence: this round did not obtain 2025 occupational wage medians for these sub-industries. The 2023 OEWS27-4011 mean for event promoter organizations of 54,330 USD per year and 26.12 USD per hour was checked; a historical mean does not fill in the current median. |
O*NET Job Zone Three/SVP6.0 to below 7.0; the education question asks about the education new hires need, and 43% answered a bachelor's degree, 25% a high school equivalent, and 20% a postsecondary certificate, which is not the educational composition of workers. The Job Zone one to two years of training is a cross-occupation zone description, not a fixed period for this occupation. The typical entry for BLS27-4011 is a postsecondary non-degree award, no related work experience, and short-term on-the-job training; the specific position still requires checking the posting and the equipment training.
The current O*NET 2025 industry structure: arts, entertainment, and recreation 14%, information 14%, real estate and rental and leasing 14%, other services 12%, educational services 11%, other 35%. This describes the industries in which U.S. 27-4011 employment falls, not Chinese employment, within-industry occupational wages, or equipment adoption rates. The 2023 occupation by industry means can serve as a historical comparison, and industry employment shares cannot be used to derive 2025 pay or a causal difference.
The relationship between duties and income should be checked against the actual position: whether you take on system setup, commissioning, coordination, and critical operating authorization, and compare similar contracts in the same location; the available materials are insufficient to price these duties or to prove that they affect pay more than watch duration.
BLS Table 1.2 lists SOC 27-4011: 87,600 employment in 2025 and a 2035 projection of 91,100, a ten-year net increase of 3,400 and growth of 3.9%, with 6,600 annual openings. Each headcount is rounded independently, and the net increase cannot be recalculated by subtracting the two displayed endpoints； the openings include replacement demand from transfers and exits, not net additions. | BLS Table 1.2 (SOC27-4011) | https://www.bls.gov/emp/tables/occupational-projections-and-characteristics.htm
The precise row for this occupation； the OOH sub-table displays an integer 4%, and it is not treated together with 3.9% as two projections. | BLS Table 1.2 (SOC27-4011) | https://www.bls.gov/emp/tables/occupational-projections-and-characteristics.htm
The projected annual openings include replacement demand from transfers and exits and are not the ten-year net increase or the number of positions currently being recruited for. | BLS Table 1.2 (SOC27-4011) | https://www.bls.gov/emp/tables/occupational-projections-and-characteristics.htm
Which Holland interest type is closer to audio and video technicians?
The Holland interest code is RC (Realistic and Conventional): Realistic corresponds to operating equipment, tools, and electronic devices and handling physical objects, with specific areas in mechanics and electronics; Conventional corresponds to organizing information and data according to established procedures and rules.
Do not use it this way: Note: an interest test result matching the occupational interest code only shows the direction is close; it does not mean you already have the practical abilities needed for signal chain verification, on-site troubleshooting, and safe work.
Test my Holland career interestsWhich Big Five traits are more relevant to this job?
Editorial reflection suggestion for this page: use conscientiousness to discuss testing and recording against the checklist, emotional stability to discuss time pressure, and collaboration style to discuss multi-party handovers. No Big Five validity research for this occupation was obtained; these questions do not constitute a career fit prediction.
Do not use it this way: Note: treating personality scores as ability conclusions is a common misuse; this page provides no score thresholds or lists of personality types.
View my Big Five personality traitsCan MBTI be used to judge whether I suit audio and video technician work?
MBTI types can serve as a starting point for discussing preferences; this page does not use them to predict occupational ability or screen candidates, and equipment testing and on-site performance must be verified independently.
Do not use it this way: Note: this page lists no "best suited" type and does not endorse using one to screen candidates.
Learn about my MBTI preferencesCan the Enneagram tell me whether I suit this occupation?
The Enneagram can be used for personal reflection; this page has no evidence supporting its prediction of competence in this occupation and provides no type-to-position correspondence or hiring advice.
Do not use it this way: Note: this page provides no correspondence between types and positions.
Explore my Enneagram patternsIf I am bad at math, can I work as an audio and video technician?
This occupation mainly examines equipment and signal ability: the O*NET work activities are mainly using computers (89), updating and applying relevant knowledge (80), obtaining information (79), identifying objects and events (79), making decisions and solving problems (79), and thinking creatively (79); among the tasks, notifying the supervisor when major repair is needed (77), diagnosing and handling media system faults (71), and directing and coordinating assistant personnel (68). The math requirement is at the level of on-site calculation and reading, but avoiding interfaces, wiring order, and signal judgment will directly amplify on-site risk.
Do not use it this way: Note: this page does not treat any test score as a basis for admission or elimination.
Learn about my intelligence and reasoning performanceDoes audio and video technician work require high emotional intelligence?
Editorial observation suggestion: check whether testing is still done item by item under a countdown, a last-minute change, or a fault, whether reporting is clear, and whether a safety stop instruction is obeyed. This is behavioral observation, not a proven causal effect of emotional test scores on work performance.
Do not use it this way: Note: this page provides no emotional competence thresholds and does not equate a high score with competence.
Learn about my emotional intelligence abilitiesFits better when: You like studying transmission, transport, and broadcast systems and are willing to stand watch over the broadcast chain according to procedures.
Watch for: Broadcast system and transmission knowledge must be made up; broadcast responsibility differs from live events.
Explore related career: Broadcast techniciansFits better when: Editorial fit clue: willing to check the details of pickup, synchronization, mixing, and sound editing, and the production object can be a performance, film and television, podcast, or sport, without being limited to the studio.
Watch for: Acoustics, microphone, and mixing technique must be made up according to the target project; sound engineering itself can also serve live events, and studio versus outdoor cannot be treated as an absolute difference.
Explore related career: Sound engineering techniciansFits better when: Willing to test and maintain circuits and systems and to accept the corresponding professional training and qualification requirements.
Watch for: Electronic and electrical coursework and experience using test instruments must be made up.
Explore related career: Electrical and electronic engineering technologists and techniciansFits better when: Willing to handle account, system, and network problems and to accept help desk and on-call arrangements.
Watch for: Operating system and network knowledge must be made up; the work object changes from equipment to systems.
Explore related career: Computer support specialistsFits better when: Willing to spend long periods in an editing room organizing materials and polishing pacing and the finished film.
Watch for: Material management and software experience carry over; narrative pacing, shot organization, sound synchronization, and the editing workflow must be made up for the target, and the existing AV on-site setup and troubleshooting experience is not written as an inherent deficiency.
Explore related career: Film and video editorsFits better when: Willing to configure and maintain network equipment and infrastructure.
Watch for: Network protocol and device configuration training must be made up; the object differs from the audio and video signal chain.
Explore related career: Computer network support specialistsRather than a personality, it is a way of working: being able to verify stage by stage against the checklist and signal flow, keep a sense of order under time pressure, and stop and report first when conditions are unclear. The O*NET tasks emphasize the ability to diagnose faults and coordinate assistant personnel.
Fit cannot be judged from introversion or extroversion alone. The work context shows 89% have face-to-face discussions every day, 39% talk on the phone every day, 55% say they are in continual contact with others, and 74% say coordinating or leading others is extremely important; the editorial suggestion is to check whether you can explain technical needs clearly among multiple parties, and no comparative predictive validity evidence against extroversion scales was obtained.
You can. The editorial suggestion is to observe whether you communicate clearly, accept technical correction, and complete handovers, without equating extroversion with communication competence and without using a desire to express yourself to predict safety or technical performance.
Insufficient evidence: this round obtained no occupational validity evidence that a certain MBTI type is best suited to 27-4011. Preferences can be discussed and then checked against test records and mentoring performance, without giving a type list.
O*NET lists the interest code for this occupation as RC (Realistic and Conventional): Realistic corresponds to operating equipment and electronic devices, and Conventional to handling information according to procedures and rules. The interest code describes occupational group characteristics, not an individual fit conclusion.
No. Personality and interest tools have limited validity and cannot replace work samples, supervised on-site practice, and safety training records; this page uses them only to raise verification questions.
First use AV02 to test whether you can read negative numbers, compare the inclusive endpoint range −18 to −6, and distinguish clipping from no signal; a weak math foundation can be improved with these reading and recording skills. The paper result of 4 passed and 2 failed is exploratory only and does not prove equipment operating competence. Physical, work hour, and site suitability are checked separately against the specific position, and the continual hand use percentage cannot be used to infer continual standing.
The editorial suggestion is to check whether you still work from the checklist under time pressure and last-minute changes, accept correction, and report promptly; no occupational emotional test validity evidence was obtained, and scores are not used to predict continuing in the occupation.
No. The Enneagram is not a tool for career fit or competence assessment, and is not used by official occupational materials as a hiring basis; it can be used for self-reflection but not to decide training investment.
Use reviewable outputs to form an initial view of interests and record habits: this page's paper channel table, fault and change table, and material permission table. Passing on paper does not prove actual operation or safety competence, and position training and mentoring are still needed afterward.
Possible consequence：Improper temporary power, cable routing, and grounding may cause electric shock, equipment damage, or personal injury.
How to reduce risk：Editorial on-site checking: confirm the power conditions, capacity, grounding, and cable pathway protection according to the unit's plan, and refer the related professional judgments to the corresponding responsible personnel; special operations within the Chinese catalog are governed by Ministry of Emergency Management Order No. 19, effective 2026-06-01: Articles 3 and 4 require identification according to the catalog and training, assessment, and certification, and Article 36 requires the unit to verify that certificates are genuine and valid and to keep files. Whether a task falls under the catalog's electrician or work-at-height operations must be checked against the specific task; site approval and AV proficiency cannot replace statutory certificates, nor are ordinary signal cable connections all called special operations. U.S. 1910.333 requires de-energizing according to the hazard, verifying absence of voltage, and applicable lockout and tagout, and turning off with a button does not replace de-energizing, and this page does not teach unqualified readers to work on mains electricity.
Evidence：O*NET-SOC 27-4011.00 details (tasks and work activities) · OSHA electrical safety
Typical scenario：Using non-purpose-made connectors based on experience, or adding equipment when the load conditions have not been confirmed.
Roles most affected：On-site technicians and rigging workers
Possible consequence：Improper rigging or elevated placement of speakers, lights, and stands may cause falls and impact injuries.
How to reduce risk：Editorial checking: the unit arranges the corresponding professionals to check the rigging plan, load capacity and connections, fall protection, and isolation; an individual's visual inspection does not equal a structural load confirmation, and work or release must not proceed without completed condition confirmation. Related operations within the catalog require checking qualifications separately, and the specific site rigging standards and approval procedures were not obtained this time.
Evidence：O*NET-SOC 27-4011.00 details (tasks and work activities) · O*NET-SOC 27-4011.00 occupational summary
Typical scenario：Skipping testing and starting the show directly, or not re-verifying after a change.
Roles most affected：Technical lead and organizer
Possible consequence：If the signal chain is not verified stage by stage or lacks a backup channel, an interruption may occur during the event and be hard to recover from.
How to reduce risk：Test channel by channel, prepare a backup path, record the key parameters, and retest after a change.
Evidence：O*NET-SOC 27-4011.00 details (tasks and work activities) · O*NET-SOC 27-4011.00 occupational summary
Typical scenario：Staying in a high sound pressure environment for a long time without wearing hearing protection.
Roles most affected：On-site technicians and assistant personnel
Possible consequence：Excessive noise may damage hearing, and continuous work requires a separate fatigue assessment; the O*NET noise question does not provide measured sound levels, and the industry name cannot be used to conclude that everyone exceeds limits or the degree of damage.
How to reduce risk：U.S. general industry 1910.95 requires employer monitoring and a hearing protection program according to exposure conditions, including applicable hearing tests; 85 dBA as an eight-hour TWA is an action level, not a measured value for this position or a Chinese threshold. The editorial suggestion is to check the position's sound level, controls, protection, and rest rotation separately, and not to place the entire control responsibility on the individual wearing earplugs.
Evidence：O*NET-SOC 27-4011.00 details (tasks and work activities) · O*NET-SOC 27-4011.00 occupational summary
Typical scenario：There is recording or distribution requiring a license without obtaining the corresponding license, or going beyond the contract scope, ignoring remuneration and the statutory exception conditions; it cannot be generalized that all use without an additional license is infringing.
Roles most affected：Organizer and producer
Possible consequence：Recording, copying, and distributing others' performances and works beyond the authorized scope may give rise to infringement liability.
How to reduce risk：Articles 38, 39, 42, and 43 of the Chinese Copyright Law distinguish the work, the performer's license, and remuneration and have corresponding statutory exceptions; the ownership of audiovisual and commissioned works is checked separately under Articles 17 and 19 and the contract. Articles 1019 and 1020 of the Civil Code provide statutory exceptions to portrait consent, and Article 1023 protects voice; minors are checked separately under the rules on age, capacity, and legal representation, and it cannot be generalized that every appearance requires additional authorization. The editorial suggestion is to register the act, the material, the right, the term, and the public scope item by item, and a single permit from the organizer cannot cover all rights.
Evidence：Current Copyright Law (2020 amendment) · O*NET-SOC 27-4011.00 details (tasks and work activities)
Typical scenario：Not counting at strike, not registering faults, or putting degraded equipment straight back into the warehouse.
Roles most affected：Equipment management and warehouse
Possible consequence：Incomplete strike counting or missing maintenance records leave equipment whereabouts unknown and faults recurring.
How to reduce risk：Count from the checklist and register in and out of the warehouse, complete routine cleaning and maintenance, and report equipment that needs major repair.
Evidence：O*NET-SOC 27-4011.00 details (tasks and work activities) · O*NET-SOC 27-4011.00 occupational summary
Qualification boundaries: training experience, equipment proficiency, test records, work authorization, and safety release authority are different statuses; proficiency does not mean you have the right to carry out licensing-required electricity and rigging work.
| Entry-level position | What you mainly do at the start of the job | What employers usually look at | How to prove it when you have no experience | Differences from other directions |
|---|---|---|---|---|
| Event and performance on-site technical assistant | Under mentoring, count equipment, lay cables, wire by channel, test stage by stage, and assist with watch duty and strike. | Editorial verification suggestion: you can ask about attendance stability, on-site discipline, and willingness to learn; education, training, and attendance requirements are verified from the actual posting. | Submit a supervised channel test record noting the test method and results. | This path does not independently decide the signal flow or power arrangements; the training and work authorization scope must be checked. |
| Conference and exhibition audio and video support position | Assist with setting up and supporting venue microphones, projection, displays, and conference software, and handle common connection and playback problems. | Editorial verification suggestion: you can ask about understanding of the conference flow, communication with the organizer, and ability to adapt on the spot. | Submit a sample venue equipment list and test record. | Where network and information system access is involved, it must be carried out under the information security requirements, and the venue system must not be changed independently. |
| Studio and recording assistant position | Assist with laying out microphones and monitoring and recording channels and learn recording parameters and material naming standards. | Editorial verification suggestion: you can ask about understanding of the recording workflow, awareness of material management standards, and attention to detail. | Submit a sample recording channel and material archiving record. | Material use and distribution must follow the authorization agreement; the recording scope is confirmed by the organizer and the rights holder. |
| Equipment rental and technical service position | Complete equipment in and out of the warehouse, inspection, cleaning, and basic troubleshooting between the warehouse and the site. | Editorial verification suggestion: you can ask about equipment knowledge, counting accuracy, and client communication ability. | Submit a sample equipment in and out of warehouse and inspection record. | Faulty equipment is stored through the marking, isolation, and pending-inspection or repair process, is not mixed into rentable normal inventory, and is not taken out for use without confirmation; a storage record does not equal repair acceptance. |
| Moving in from adjacent trades (camera assistant, IT support, electronic repair) | Take on equipment preparation, cable laying, and basic testing tasks and become familiar with the signal chain and the on-site workflow. | Editorial verification suggestion: you can ask about relevant experience and safety records and check the audio and video signal fundamentals. | Submit a reviewable record compiled from your existing position and explain the gap from on-site audio and video work. | Adjacent experience does not equal system watch authorization; a transfer requires making up training in the signal chain, troubleshooting, and safety procedures. |
O*NET Job Zone Three; 43% of respondents think a bachelor's degree is required, 25% a high school diploma or equivalent, and 20% a postsecondary certificate. The typical BLS entry lists a postsecondary non-degree award, no related experience, and short-term on-the-job training; the two are different bases.
Editorial suggestion: check the training, portfolio, and experience requirements against the target posting; this round collected no real hiring sample, so no claim is made that employers generally require them.
Editorial checking: the unit and the site confirm safety education and the work qualification, approval, monitoring, and applicable protection for electricity, work at height, and rigging; this card does not issue a release.
Articles 38, 39, 42, and 43 of the Chinese Copyright Law concern the use of works, the performer's license, remuneration, and statutory exceptions and should be checked against the specific act; where an identifiable portrait and minors are involved, the rights, consent, and statutory exceptions are checked separately, and no claim is made that every use requires additional authorization.
Task importance: notifying the supervisor about major repair 77, media system troubleshooting 71, coordinating assistants 68; work activities using computers 89, updating knowledge 80, obtaining information 79. 90% work indoors in a controlled environment every day, 89% have face-to-face discussions every day, and 68% use their hands continually or almost continually.
The summary interest code RC has been verified; the above is U.S. occupational group data, not an individual hiring threshold, and it does not indicate continual standing.
Fictional venue diagram: speaker M1→CH1 (XLR); playback source P1→CH2 (TRS); CH1/CH2→main bus MAIN→speaker S1 (XLR); playback source P1→HDMI→display V1. Backup M2 connects to CH3 (XLR). All the lines are drawn only on paper, without connecting to mains power or real equipment. AV01 rules: a signal passes only if it exists, the level is within −18 to −6 dBFS (endpoints included), and there is no clipping; video passes only if it is 1920×1080/60 Hz and visible.
AV02 six simulated tests: T1 CH1 signal present, −12 dBFS, no clipping; T2 CH2 present, −3 dBFS, clipping; T3 MAIN→S1 no signal, level unknown; T4 P1→V1 picture visible, 1920×1080/60 Hz; T5 CH3 present, −18 dBFS, no clipping; T6 CH2 changed to −6 dBFS, no clipping, and signal present. The site power approval AV03 is unknown and the recording permit AV04 is unknown, and neither value is filled in.
Use 40 minutes to draw the five channel paths and list the input, output, and interface; then use 60 minutes to write the input, rule, pass or fail or to be confirmed, and next step for T1—T6 line by line. Failures and unknowns are kept separate, and no signal is not attributed to a specific cable necessarily being broken.
Count the number of passed, failed, and to-be-confirmed test events; T2 and T6 are the same CH2 at different times, so explain why T6 does not cancel the T2 history. Can the whole system be judged as passed in the end? If the backup replaces M1, what should be recorded?
The five channels are M1→CH1, P1→CH2, MAIN→S1, P1→V1, and M2→CH3; the interfaces follow the problem statement. T1 passes; T2 fails (above −6 and clipping); T3 fails (no signal), and the unknown level is not fabricated separately; T4 passes; T5 passes (endpoint equal to the lower limit); T6 passes (endpoint equal to the upper limit). In total 4 passed, 2 failed, and 0 to-be-confirmed test events, and they cannot be treated as 6 independent devices.
Draw the five AV01 paths and fill in the six AV02 events, keeping 4 passed / 2 failed, the CH2 history, and the unclosed T3; the unknown level is not filled in as zero.
Check the equals signs, clipping, no signal, and the final status yourself against the reference answer; write one pending-retest change of M1 to M2, and do not write actual operation as completed.
List AV03 power approval and AV04 recording permit as both unknown, and keep the work license and the performer license separate; this example has no real materials, and no signature is placed for the rights holder.
Compile the three paper tables, the error corrections, and the reason for continuing or pausing; note that AV01/02 is fictional and is not an equipment test or work permit. Where software assists, the name and version and the self-check method must be recorded.
| Stage | Possible assessment | Observation evidence | Usage boundary |
|---|---|---|---|
| Before applying | Check the form of employment (full-time, project-based, or outsourced), the working hours and project cycle, the safety assurance and equipment conditions, and prepare supervised practical training records. | A channel record noting the test method and results; able to explain clearly the difference between an on-site audio and video position and an IT support position. | Do not treat having shot videos for friends as proof of being able to stand watch over a system independently, and do not promise duties beyond your training scope. |
| During the interview | Scenario question: how to troubleshoot in order when a channel has no signal before the show starts; or how to handle insufficient venue power capacity. |
Read the 27-4011 definition and boundaries on this page and list 3 tasks and 2 items requiring authorization checks; citing this page's sources is sufficient.
Using only AV01, draw the five paths M1, P1 audio, MAIN, HDMI, and M2, and mark the interfaces; do not look up external equipment descriptions.
Judge T1—T6 item by item under AV02, with 4 passed and 2 failed, and write clearly the endpoint equals signs and the clipping; the reason for the no signal remains unknown.
Correct your own errors against the reference answer and distinguish the two CH2 tests from the final status; write the pending-retest change of M1 to M2, without fabricating a retest result.
List AV03/04 as to be confirmed; write the questions for checking the work and performer rights separately, and do not invent authorization, power approval, or a real contract.
| Qualification / identity | Who it mainly suits | Real-world job search value | Whether it is a common hiring threshold | Examination / registration conditions | Investment level | Important limitations |
|---|---|---|---|---|---|---|
| Bachelor's degree (United States) | People planning to work in this occupation in the United States long term | 43% answered that a new hire needs a bachelor's degree, which is a requirement question answer; the typical BLS entry is a postsecondary non-degree award, and it is not a uniform degree threshold for this occupation. | Not a hard threshold for all employers. | It depends on the specialty (radio and television, film and television technology, and similar) and the unit requirements. |
Typical scope：Boundary: electricity and rigging work must be carried out by qualified personnel.
Readiness evidence：Able to identify situations that must be reported immediately and record test results correctly.
Credential boundary：Training required: safety education, signal fundamentals, and cable work standards.
Next moves：Able to count equipment, lay cables, and complete channel wiring and testing from the checklist under mentoring.
Typical scope：Boundary: changes to the signal flow must be confirmed by the technical lead.
Readiness evidence：Able to judge abnormalities during the event and switch to a backup channel.
Credential boundary：Training required: equipment operation assessment, troubleshooting procedures, and record standards.
Next moves：Able to independently complete setup, watch duty, and strike for routine events, test by channel, and handle common faults.
Typical scope：Boundary: overall event safety and the power release are decided by qualified personnel and the organizer.
Readiness evidence：Able to coordinate the process and timing with the organizer and the performing party and handle complex faults.
Credential boundary：Training required: system design, project organization, and emergency response drills.
Next moves：Able to design signal and backup plans, organize the division of labor among several people, and take on the role of on-site technical lead.
Typical scope：Boundary: equipment procurement and safety system decisions must be approved by the unit.
Readiness evidence：Able to take responsibility for the crew's on-site discipline and record quality.
Credential boundary：Training required: team management, equipment management, and procurement evaluation methods.
Next moves：Able to mentor newcomers, organize equipment and safety training, and take part in equipment procurement and system upgrade assessment.
Typical scope：Boundary: the recording scope and material use are confirmed by the organizer and the rights holder.
Readiness evidence：Able to complete testing and recording of recording channels under mentoring.
Credential boundary：Training required: recording fundamentals, material management standards, and equipment safety.
Next moves：Able to lay out microphones and monitoring channels from the checklist and learn recording parameters and material naming standards.
Typical scope：Boundary: external use of materials must follow the authorization agreement.
Readiness evidence：Able to handle common recording faults and keep the materials intact.
Credential boundary：Training required: recording equipment operation, material management, and fault handling.
Next moves：Able to independently complete routine recording tasks and make a preliminary judgment on pickup and monitoring results.
Typical scope：Editorial equipment management boundary: faulty equipment may be marked, isolated, and placed into pending-inspection or repair storage according to the process; it must not be mixed into rentable normal inventory or taken out for use without confirmed repair, and isolated storage does not equal acceptance.
Readiness evidence：Able to check accessories and cables from the checklist and identify equipment that needs repair.
Credential boundary：Training required: equipment knowledge, counting procedures, and basic repair.
Next moves：Able to complete equipment in and out of the warehouse, inspection, cleaning, and basic troubleshooting.
Typical scope：Boundary: repair qualifications are checked against equipment risk, unit duties, and jurisdiction; special operations within the Chinese catalog require certification, and U.S. work involving exposure to live parts is subject to the conditions of 1910.333 and the qualified person requirement, and ordinary AV maintenance is not uniformly called licensed electrician work.
Starting point: able to complete setup and testing under mentoring
Advanced: able to independently take on routine on-site technical work
Mature: able to take responsibility for plan design and on-site coordination
Responsibility: crew organization and mentoring
United States · exact
Growth of 3.9% (6,600 annual openings; ten-year net increase 3,400)
Growth rate and annual openings
BLS Table 1.2 precise occupation 27-4011: 2035 projection 91,100, official net increase 3,400, growth 3.9%, and 6,600 annual openings.
Does not establish：Headcounts are rounded independently, and an endpoint difference of 3,500 does not replace the official net increase of 3,400; the overall projection is not an AI causal estimate or a personal employment guarantee.
Mainland China · industry_proxy
Insufficient evidence: no national occupational wage or employment distribution for this occupation was obtained
Industry sector average wage (explicit proxy basis)
2025 culture, sports, and entertainment non-private average 129,447 and private 64,015 yuan per year; leasing and business 110,162 and 68,919 yuan per year respectively, for checking the performance and film and television and equipment rental and exhibition employer background, without listing the occupation separately.
Does not establish：This basis is an industry sector average wage that mixes positions in performance, exhibition, media, and information technology and cannot serve as this occupation's wage or employment scale.
These are capability relationships, not automatic promotions or credential waivers.
Transfers：What carries over is equipment operation and signal fundamentals.
Build next：Broadcast transmission and broadcast system knowledge must be made up.
View career profileTransfers：What carries over is auditory judgment and equipment operation experience.
Build next：Acoustics, pickup, and mixing knowledge must be made up.
View career profileTransfers：What carries over is instrument use and troubleshooting thinking.
Build next：Professional coursework and instrument experience in circuit and system testing must be made up.
View career profileTransfers：What carries over is software use and fault communication ability.
Build next：Operating system, account, and network support skills must be made up.
View career profileTransfers：What carries over is material management standards and software proficiency.
Build next：Post-production software and material narrative ability must be made up.
View career profileTransfers：What carries over is systems thinking and troubleshooting methods.
Build next：Network protocol and infrastructure configuration training must be made up.
View career profileTransfers：What carries over is electrical and measurement fundamentals.
Build next：Editorial gap: the electronics engineering target involves research, design, development, and testing and requires the corresponding theory, design verification, and professional training; specific registration or licensing is checked separately by jurisdiction, and no uniform qualification is asserted from the engineer title.
View career profileTransfers：What carries over is sensor and equipment commissioning awareness.
Build next：Robotics system and integration commissioning knowledge must be made up.
View career profileFit signals are being able to verify the signal flow stage by stage, still operate from the checklist under time pressure, and stop and report first when the power or rigging conditions are unclear; an interest in equipment or software alone is not enough to prove competence.
AI can assist with records and material processing; BLS also discusses growing audio and video demand and reduced technician needs for broadcast, lighting, and sound systems. Insufficient evidence: this round obtained no occupation-level AI adoption rate or staff reduction share for 27-4011, and it cannot be guaranteed that the occupation will never be replaced.
Judging the signal flow and backup channels, confirming interfaces and wiring order, the power and grounding conditions, the rigging point load capacity and fall protection measures, and the material recording scope and authorization boundaries must all be confirmed by trained and authorized people.
The related professional training and equipment vendor training records, the work authorization scope, the provision of personal protection, and the material and portrait authorization agreement must be checked separately; work involving electricity and rigging must also be carried out by qualified personnel.
The O*NET work context shows 90% work indoors in a controlled environment every day, 89% have face-to-face discussions every day, 68% use their hands to handle objects continually or almost continually, 56% say they have a lot of decision freedom, 34% need to wear common personal protective equipment more than once a year, and 75% never work at elevated positions.
55% work 40 hours per week and 21% more than 40 hours, and night work and consecutive multi-day on-site schedules may occur during a project; 76% say coordination with the crew is extremely important, 74% say coordinating or leading others is extremely important, and 65% say being exact or highly accurate is extremely important.
BLS Table 1.2 lists SOC 27-4011: 87,600 employment in 2025 and a 2035 projection of 91,100, a ten-year net increase of 3,400 and growth of 3.9%, with 6,600 annual openings. Each headcount is rounded independently, and the net increase cannot be recalculated by subtracting the two displayed endpoints; the openings include replacement demand from transfers and exits, not net additions. The overall projection is not AI attribution, and a transfer to an adjacent position requires checking its own equipment, training, and authorization.
The U.S. 2025 data are the national percentiles for the 27-4011 occupation, and the BLS group also includes broadcast, sound engineering, and lighting technicians; the Chinese 2025 industry private and non-private averages do not list the occupation separately, and the two cannot be converted into a personal wage.
The O*NET2025 hiring signals include 15 specific skills such as Zoom, Teams, Office, and Webex; the details profile lists a separate 15 software categories. A hiring mention rate is not an adoption rate, and the actual position should also be checked for signal testing, fault handling, and safety training.
The work involves temporary power, cable routing, rigging and elevated placement, noise exposure, and night work: it must be carried out according to the site rules and the plan, with licensing-required work performed by qualified personnel and approval and monitoring handled; performing others' works, recording performances, and making audio and video recordings additionally require a license and remuneration under the Copyright Law of the People's Republic of China.
Mainly indoor work: 90% work indoors in a controlled environment every day, 89% have face-to-face discussions every day, 68% use their hands to handle objects continually or almost continually, and 55% say they are in continual contact with others; 55% work 40 hours per week and 21% more than 40 hours, and night work and consecutive multi-day on-site schedules may occur during a project.
FermatMind career content editorial team: compiled from public sources including O*NET, BLS, the National Bureau of Statistics, the Copyright Law of the People's Republic of China, and the U.S. Occupational Safety and Health Administration, with the basis and data period marked item by item.
Data periods: O*NET2026 updated, industry structure and national wages 2025, employment 2025 and 2025—2035 projections, hiring skills 2025; U.S. occupation by industry means 2023 and Chinese industry wages 2025. The Copyright Law 2020 amendment, the Civil Code 2020 text, and Special Operations Order No. 19 effective 2026-06-01; this round verified the original texts on 2026-10-09, and the ILO and NIST same-release general method evidence is reused within the verified boundaries.
Main sources: O*NET27-4011 definition, tasks, work context, industry, and technology signals; 2025 national wage percentiles; BLS Table 1.2 precise employment projections, the OOH27-4010 combined group, and the precise sub-table; 2023 OEWS occupation by industry means; the National Bureau of Statistics 2025 wage release; the current Copyright Law and OSHA electrical safety; ILO and NIST general AI material. This round also checked the current special operations rules and the Civil Code provisions on portrait, voice, and capacity, and the electrical work and noise clauses; the original source register has shared consumers, so the original records are kept and the current precise supplementary evidence is appended separately.
Limitations：The task list describes the work of the occupational group and does not mean that every position performs all 31 tasks.
Limitations：A U.S. occupational classification; it does not directly prove Chinese position identity, employment relationship, or work authorization.
Limitations：The industry distribution describes a statistical classification and is not used to derive industry wages or employment scale.
Limitations：The label indicates frequency of appearance in job postings and does not represent the degree of equipment automation or job substitution.
Limitations：The education composition is a respondent estimate and does not constitute a recommendation of any program or institution.
Limitations：The 27-4010 combined group includes audio and video, broadcast, sound engineering, and lighting; the body text and the sub-table are interpreted separately, and the combined wage is not filled in as the 27-4011 percentiles.
Limitations：National U.S. employed wage percentiles; OEWS excludes self-employment income, and project billing and personal take-home pay cannot be derived directly from the percentiles.
Limitations：Employment and projections are on this occupation's basis; the BLS Occupational Outlook Handbook's group basis and period (2025—2035) differ.
Limitations：Aggregated by industry sector and broad position category, without listing this occupation separately; this page uses it only as an explicit proxy and not as the occupational wage.
Limitations：Provides the general requirements of electrical safety and a description of common hazards and does not constitute a compliance determination for a specific event or site.
Limitations：The work and the performer license are checked separately; other exceptions in the law must be checked against the specific situation and do not replace work authorization, safety standards, or portrait judgments.
Limitations：The task exposure index does not provide job count forecasts for a single occupation, and is not an adoption rate or an unemployment rate.
Limitations：An editorial compilation record used to explain the basis and gaps; it is not a factual source.
Limitations：The framework provides a general structure for AI risk governance and does not constitute a compliance determination or safety guarantee for a specific system.
Limitations：The wage data on this page is on the Audio and Video Technicians (SOC 27-4011) basis.
Limitations：Adjacent occupations must be checked separately against their own tasks, qualifications, and safety requirements, and cannot be interchanged by name.
Limitations：The method note describes the statistical scope and estimation basis of OEWS and does not provide specific values for a single occupation.
Limitations：An overall employment projection, not AI attribution; the headcounts are in thousands and rounded independently, and no hiring is guaranteed.
Limitations：Within-industry means for this occupation, not the 2025 industry median and not the wage of all occupations in that industry; they do not replace the 2025 national percentiles.
Limitations：An adjacent occupation and not folded into the 27-4011 wages and projections.
Limitations：An adjacent sound technology occupation, not limited to the recording studio, and not this page's audio and video wage statistic.
Limitations：The 31 tasks are 11 Core / 18 Supplemental / 2 New; 41 general and 27 detailed activities and 57 context items; the education answers are new-hire position requirement answers, not the education composition.
Limitations：The precise audio and video occupation; the 27-4010 combined group and the other trades are not mixed in.
Limitations：Arts and entertainment 14 / information 14 / rental 14 / other services 12 / education 11 / other 35%; employment shares are not industry wages.
Limitations：87600→91100 / integer 4% / 6600; BLS Table 1.2 gives a precise 3.9%, and each headcount column is rounded independently.
Limitations：The 15 products and the details page's 15 categories are not the same unit; a mention rate is not a usage or AI substitution rate.
Limitations：Annual 37990/46390/58100/77560/100650 and hourly 18.26/22.30/27.93/37.29/48.39; not self-employment or personal take-home pay.
Limitations：Special operations are identified according to the catalog, with training, assessment, and certification and unit verification that they are genuine and valid; site approval does not replace certificates, and ordinary AV cable connection is not all treated as special operations.
Limitations：Portrait consent has statutory exceptions, voice is protected by reference to portrait, and minors' acts are checked against age and capacity and the legal representation rules; not every appearance is treated as requiring additional authorization.
Limitations：The rights in the work, the performer, and the product are checked separately for licensing, remuneration, and exceptions; commissioned and audiovisual ownership follows the corresponding provisions and the contract, and the organizer's verbal license does not replace all rights.
Limitations：U.S. general industry electrical work; de-energizing and lockout/tagout according to the hazard and verification of absence of voltage by a qualified person, with statutory conditions for work on energized equipment; not directly a Chinese standard.
Limitations：An 85 dBA eight-hour TWA action level triggers employer monitoring and a hearing protection program, and so on; it is not a measured value for all AV positions or a Chinese threshold.
Limitations：Tool trials, capability observation, distance, and paths are editorial analysis, not adoption rates, psychological validity, an employer sample, or a standard promotion system.
Limitations：The definition supports the target duty differences, and the transfer and distance are editorial judgments; the general computer support 15-1230 also includes network support, and its wage is not combined into this page.
Limitations：The definition supports the target duty differences, and the transfer and distance are editorial judgments; the general computer support 15-1230 also includes network support, and its wage is not combined into this page.
Limitations：The definition supports the target duty differences, and the transfer and distance are editorial judgments; the general computer support 15-1230 also includes network support, and its wage is not combined into this page.
Limitations：The definition supports the target duty differences, and the transfer and distance are editorial judgments; the general computer support 15-1230 also includes network support, and its wage is not combined into this page.
Limitations：The definition supports the target duty differences, and the transfer and distance are editorial judgments; the general computer support 15-1230 also includes network support, and its wage is not combined into this page.
Limitations：The definition supports the target duty differences, and the transfer and distance are editorial judgments; the general computer support 15-1230 also includes network support, and its wage is not combined into this page.
Limitations：The definition supports the target duty differences, and the transfer and distance are editorial judgments; the general computer support 15-1230 also includes network support, and its wage is not combined into this page.
Limitations：The definition supports the target duty differences, and the transfer and distance are editorial judgments; the general computer support 15-1230 also includes network support, and its wage is not combined into this page.
Usage note: this page's precise occupation 27-4011 uses the 2025 wages and the 2025—2035 projections; the BLS combined group 27-4010 contains four trades, and the precise sub-table and the group are interpreted separately. The Chinese industry averages and the U.S. 2023 within-industry occupational means both have scope and data period limits, and the precise gap is not filled in with a reference.
Big Five（English） · MBTI (Chinese) · Enneagram (Chinese) · Intelligence and reasoning (Chinese)
| Core process | Requirement and site checking, equipment counting and inspection, setup and stage-by-stage testing, on-site watch duty and monitoring, fault location and handling, strike and counting, and maintenance reporting and record handover. | Core process |
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| Main outputs | A reproducible audio and video signal and channel list, equipment and signal test records, fault and change handling records, a description of the recorded materials and storage locations, and the counted equipment ledger. | Main outputs |
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| Responsible party | Technicians take on setup, operation, and recording according to the position division of labor; the scope of content and artistic involvement is checked against the actual tasks and the organizer's or director's division of labor. The site, the unit, and the corresponding workers each perform their own responsibilities, and a permit from the organizer alone does not replace all statutory requirements. Special operations within the Chinese catalog are governed by Ministry of Emergency Management Order No. 19, effective 2026-06-01: Articles 3 and 4 require identification according to the catalog and training, assessment, and certification, and Article 36 requires the unit to verify that certificates are genuine and valid and to keep files. Whether a task falls under the catalog's electrician or work-at-height operations must be checked against the specific task; site approval and AV proficiency cannot replace statutory certificates, nor are ordinary signal cable connections all called special operations. | Responsible party |
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| Entry and licensing | Whether you can change the signal flow, whether you can use a backup channel, and whether you can record and store materials are determined by the event plan, the site conditions, and the material authorization agreement; operating authority comes from position authorization and training records and does not arise by itself from proficiency or seniority. Special operations within the Chinese catalog are governed by Ministry of Emergency Management Order No. 19, effective 2026-06-01: Articles 3 and 4 require identification according to the catalog and training, assessment, and certification, and Article 36 requires the unit to verify that certificates are genuine and valid and to keep files. Whether a task falls under the catalog's electrician or work-at-height operations must be checked against the specific task; site approval and AV proficiency cannot replace statutory certificates, nor are ordinary signal cable connections all called special operations. | Authority and approval |
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| Boundary of conclusions | A test record states that "this setup was completed according to the plan and verified stage by stage"; it does not equal the overall success of the event, nor does it replace a professional inspection conclusion on electricity and rigging, and it is affected by site conditions, equipment status, and changes in the on-site flow. | Boundary of conclusions |
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Education and training path
Methods and tools
Safety and work permits
Training and regulatory requirements
Pay and work hours
The Hot Technologies single page lists 15 specific skills, with 2025 U.S. hiring mentions at Zoom9%, Teams8%, Office7%, and Webex4%; the details profile lists 15 software categories with several examples, so not all categories can be called hot technologies, and none should be treated as an AI adoption rate.
On-site tasks involve microphones, speakers, cables, and mixing and video equipment; the editorial suggestion is to check this position's equipment, digital data management, and review requirements, and a hiring mention does not prove personal proficiency.
The last CH2 record is T6 passed while T3 still fails; the AV03/AV04 items are each conditions awaiting confirmation and are not counted among the six test events. The system cannot yet be judged to have passed in full. Recording and actual operational release are also not permitted. Switching M1 to M2 requires recording the reason, time, path, and version, retesting the signal paths involved, and reporting; the problem statement gives no retest, so no successful result is added.
The thresholds and rules in this example are entirely fictional and are not industry standards, safety limits, or an on-site acceptance basis. It can be completed without equipment, simulation software, PPE, or an external expert; connecting to mains power, performing rigging, real recording, or operating on-site equipment must not follow from it. Real training additionally requires mentoring, site permission, and work authority.
| Able to first explain troubleshooting stage by stage along the signal chain, judging whether to switch to a backup channel, and how to report and record. |
| Do not promise experience, qualifications, or performance that cannot be verified in the interview. |
| Probation period | Complete setup, stage-by-stage testing, on-site watch duty, and strike under mentoring, and accept item-by-item checks on test records and counting results. | Channel tests complete and reviewable, fault and change records clear, no missing items at counting, and abnormalities reported promptly. | Do not independently carry out licensing-required electricity and rigging work, and do not change the signal flow or recording scope without authorization. |
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| 90 days after onboarding | Check according to plan whether the training records, the work authorization scope, the provision of protection, and the pay settlement are in place, and assess on-site discipline and collaboration style. | Assess whether routine tasks can be taken on according to the actual position assessment and authorization records; 90 days is only a review milestone and does not guarantee independent work. | Authorization, material use, and the settlement method must be confirmed in writing, not replaced by verbal promises. |
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Complete the channel test table, the change self-review table, and the material condition table; note the fiction and your own paper review, and do not pass yourself off as a practitioner's opinion.
Compile a one-page review and decide whether to keep learning or pause based on whether you are willing to check signals and records repeatedly; completing the paper work does not prove hiring or on-site operating competence.
| The program length, fees, and available time must be checked with the specific institution's courses, and no uniform period is set. |
| Education itself does not equal on-site work authorization or safety release qualification. |
| Postsecondary certificate (United States) | People who want to quickly master equipment and system operation | 20% of O*NET respondents consider it required, so it is a requirement for some positions. | A typical BLS entry description, not a uniform hard threshold for all employers; the O*NET20% answering that a certificate is required is a separate indicator. | It depends on the course direction and the unit requirements. | Course length and fees follow the actual program; no program list was obtained this time. | A certificate does not automatically create on-site watch duty and work authorization. |
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| Equipment vendor training and on-site mentoring (common to the United States and mainland China) | All newly hired technicians | It can be used to check training on specific equipment and assessment records, but it does not automatically prove independent competence. | Whether it is required is verified against the actual employer and equipment rules. | The prescribed training and assessment must be completed. | The training period follows the equipment, the position, and the project, and no generic days-to-weeks figure is given. | A training record does not equal the authority to decide the event plan and electricity work. |
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| Temporary power and work-at-height arrangements (mainland China) | On-site personnel involved in temporary power, rigging, and work at height | Determines whether the corresponding work may be carried out. | It is a site and safety management requirement and depends on the type of work. | First check the catalog and the governing system for the specific work; Ministry of Emergency Management Order No. 19 requires the corresponding training, assessment, and certification, the unit verifies that it is genuine and valid, and site approval and monitoring are checked separately. | Approval and preparation time. | A single work qualification does not equal authority to confirm the overall technical plan. |
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| Material and portrait authorization agreement (written) | Teams involved in recording and distributing materials | Determines whether materials may be recorded, stored, and used publicly. | It is a licensing requirement under copyright and portrait rights. | Check the work and performer licenses, contractual remuneration, and statutory exceptions, and check portrait matters separately, without replacing all rights with a single license. | Negotiation and authorization confirmation time. | The authorization agreement does not replace electricity and on-site safety responsibility. |
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| Project and pay agreement (written) | All technicians settled by project or by session | Determines the project cycle, standby time, allowances, and settlement cycle. | It is an employment agreement requirement and a precondition for protecting rights. | A written agreement must be signed with the actual employing unit, and attendance and project records kept. | Negotiation and record time. | A written agreement does not replace the unit's obligations for safety training and the provision of protection. |
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Before starting the job, verify the training and safety education records, the work authorization scope, the provision of protection, the material authorization, and the project settlement agreement item by item, and keep written confirmation.
Typical scope：Boundary: broadcast and distribution decisions are confirmed by the organizer and the broadcasting organization.
Readiness evidence：Able to take part in the technical coordination of live streaming and broadcasting.
Credential boundary：Training required: system plan design, broadcast workflow, and emergency plans.
Next moves：Able to take on recording plan design for multi-camera and complex audio and organize the on-site division of labor.
Typical scope：Boundary: compliance judgments must be verified separately against the applicable jurisdiction and unit rules.
Readiness evidence：Able to take responsibility for recording quality and material compliance.
Credential boundary：Training required: technical management, compliance essentials, and team management.
Next moves：Able to mentor newcomers, establish a material and equipment management system, and assess technical upgrade plans.
Readiness evidence：Able to configure the equipment list and spare parts according to project requirements.
Credential boundary：Training required: equipment overhaul, configuration plans, and client communication.
Next moves：Able to independently complete inspection and basic repair of common equipment and brief clients on its use.
Typical scope：Boundary: safety and compliance conclusions are confirmed by the unit and the organizer.
Readiness evidence：Able to organize equipment scheduling and maintenance plans.
Credential boundary：Training required: project management, equipment systems, and coordination ability.
Next moves：Able to take on project equipment configuration and on-site technical support and handle cross-system problems.
Typical scope：Boundary: procurement and asset disposal must be approved by the unit.
Readiness evidence：Able to take responsibility for the consistency of assets and accounts and for maintenance quality.
Credential boundary：Training required: asset management, procurement evaluation, and team management.
Next moves：Able to take charge of equipment asset management, procurement evaluation, and team training.
Limitations：Editorial ratings use the existing occupational responsibilities and AI task analysis on this page. They are not adoption rates, measured effects, job-disappearance or personal-unemployment probabilities, or official scores from Stanford or another external institution. No measured time weights or future robot deployment are assumed.
