Media and Communication Equipment Workers, All Other
SOC Code: 27-4099.00
Arts, Design & MediaMedia and Communication Equipment Workers in this category encompass all specialized equipment professionals not classified in other specific occupational groups. With a median salary of $67,190, these workers operate, maintain, and manage a variety of broadcast, telecommunications, and audiovisual equipment. Their expertise keeps modern communications infrastructure running, from satellite uplinks to streaming platforms and emerging media technologies.
Salary Overview
Median
$67,190
25th Percentile
$48,490
75th Percentile
$102,650
90th Percentile
$133,650
Salary Distribution
Job Outlook (2024–2034)
Growth Rate
+0.6%
New Openings
1,100
Outlook
Slower than average
Education Requirements
Typical entry-level education: High school diploma or equivalent
Featured In
A Day in the Life
A typical day for these media equipment professionals varies widely depending on their specific role and workplace setting. Some begin their shifts by performing system checks on broadcast transmission equipment, ensuring signal quality and compliance with regulatory standards. Others may spend mornings configuring audiovisual systems for corporate events, calibrating projectors, mixing boards, and wireless microphone systems. Throughout the day, they monitor equipment performance dashboards, responding quickly to any technical anomalies that could interrupt service. Troubleshooting is a constant—diagnosing issues that range from cable faults and software glitches to hardware failures in complex signal chains. They frequently collaborate with production teams, IT departments, and engineers to integrate new equipment into existing workflows. Documentation tasks include maintaining equipment logs, updating maintenance schedules, and recording technical specifications. The role demands both technical expertise and adaptability, as no two days present exactly the same challenges.
Work Environment
Work environments span a variety of settings depending on the specific equipment and media sector involved. Broadcast facilities feature control rooms with banks of monitors, signal processing equipment, and transmission systems that require climate-controlled environments. Some workers operate in mobile production trucks or temporary setups at event venues, sports arenas, and concert halls. Telecommunications equipment workers may find themselves in equipment rooms, cell tower sites, or underground cable vaults. The work can involve physical demands including lifting equipment, climbing ladders, and working in confined spaces. Schedules often include irregular hours, as media operations run around the clock and live events occur on evenings and weekends. On-call availability is common for critical infrastructure positions where equipment failures must be addressed immediately. The atmosphere tends to be fast-paced and pressure-filled during live productions or service outages. Safety training is essential, particularly when working with high-power transmission equipment, elevated structures, or electrical systems.
Career Path & Advancement
Entry into this field typically comes through a combination of technical education and hands-on experience with media equipment. Many professionals start with an associate degree in electronics, broadcast technology, or telecommunications, supplemented by manufacturer-specific certifications. Early career positions involve assisting senior technicians, learning equipment operation under supervision, and handling routine maintenance tasks. With experience, workers take on independent responsibility for equipment setup, operation, and troubleshooting during live events or broadcast operations. Professional certifications from organizations like SBE or InfoComm (now AVIXA) demonstrate specialized competency and support advancement. Mid-career professionals may supervise equipment teams, manage facility technical operations, or specialize in emerging media technologies. Senior positions include chief engineer, technical operations director, or systems integration specialist roles. Some professionals transition into consulting, helping organizations design and implement communications infrastructure.
Specializations
The breadth of this category means workers may specialize in many distinct technology areas. Satellite communications technicians focus on uplink/downlink equipment, antenna systems, and signal processing for satellite-based broadcasting. Streaming media technicians specialize in encoding, transcoding, and delivering content through internet-based distribution platforms. Telecommunications equipment technicians maintain switching systems, fiber optic networks, and cellular infrastructure components. Closed-captioning and subtitling technicians operate specialized equipment that provides accessibility services for broadcast and streaming content. Emergency communications specialists maintain and operate public safety radio networks, dispatch systems, and alert broadcasting equipment. Digital signage technicians install and manage networked display systems for commercial and public environments. Some specialize in virtual and augmented reality hardware, configuring headsets, tracking systems, and immersive content delivery platforms. Others focus on podcast and digital media production equipment, supporting the rapidly growing creator economy.
Pros & Cons
Advantages
- ✓Diverse work across many media and telecommunications sectors
- ✓Hands-on technical work with cutting-edge communication technology
- ✓Strong demand driven by expanding media and telecom infrastructure
- ✓Opportunities to work in exciting live production environments
- ✓Multiple specialization paths to match personal interests
- ✓Accessible entry through technical certificates and associate degrees
- ✓Transferable skills across broadcast, telecom, and AV industries
Challenges
- ✗Irregular hours including nights, weekends, and on-call shifts
- ✗Physical demands from equipment handling and site work
- ✗High-pressure situations during live broadcasts and service outages
- ✗Technology changes rapidly, requiring constant skill updates
- ✗Some positions involve exposure to hazardous conditions at tower or vault sites
- ✗Moderate salary ceiling compared to software engineering roles
- ✗Career path can feel undefined within this broad occupational category
Industry Insight
The media and communications equipment landscape is undergoing rapid transformation driven by IP-based technologies and cloud infrastructure. Traditional dedicated broadcast hardware is giving way to software-defined solutions that can run on standard computing platforms. The explosive growth of streaming media has created demand for technicians who understand content delivery networks, encoding standards, and internet-based distribution systems. 5G deployment is creating new opportunities in telecommunications equipment installation and maintenance. Remote production workflows, accelerated by the pandemic, continue to evolve and require technicians who can support distributed production teams. The convergence of broadcast, telecom, and IT means that workers who understand networking protocols alongside traditional media technologies are in highest demand. AI and machine learning are being integrated into media workflows for automated quality monitoring and predictive maintenance. Despite technological consolidation, the sheer volume of media content being produced ensures sustained demand for skilled equipment professionals.
How to Break Into This Career
Breaking into media and communication equipment work begins with building a solid technical foundation in electronics and signal processing. Community college programs in broadcast engineering technology or telecommunications provide structured pathways into the field. Hands-on experience is critical—seek opportunities through college radio or TV stations, community access channels, or local event production companies. Obtaining entry-level certifications such as the SBE Certified Broadcast Technologist demonstrates baseline competency to employers. Familiarity with both analog and digital systems is important, as many facilities still maintain legacy equipment alongside modern digital infrastructure. Building a network within the industry through trade shows like NAB Show and professional organizations opens doors to opportunities. Volunteering for technical crews at music festivals, sporting events, or houses of worship provides practical experience. Starting in a related support role such as AV technician or help desk and transitioning laterally into specialized equipment positions is a proven strategy.
Career Pivot Tips
Career changers moving into media equipment roles can leverage technical experience from several adjacent fields. IT professionals already understand networking, servers, and software systems—skills directly applicable to modern IP-based media infrastructure. Electricians and electronics technicians possess fundamental knowledge of circuits, wiring, and troubleshooting methodology that transfers immediately. Audio engineers and musicians bring deep understanding of sound equipment, signal flow, and acoustic principles. Military veterans with communications or electronics specialties have directly relevant training and security clearances valued by defense-adjacent media companies. AV hobbyists and home theater enthusiasts can formalize their knowledge through certification programs and build professional portfolios. Event planning professionals who have coordinated technical production understand the operational context in which equipment workers perform. Those from customer service backgrounds bring communication skills valuable in client-facing technical support roles. The key transition strategy is combining existing technical aptitude with media-specific training, available through certificate programs, manufacturer courses, and industry certifications.