Transmitter Engineer-in-Charge

Most days tend to involve transmitter monitoring and maintenance, RF system troubleshooting, antenna and transmission line work, EAS (Emergency Alert System) compliance, FCC technical reporting, and the regulatory documentation that supports broadcast operations. You'll often work in transmitter buildings (often remote tower sites), respond to technical alarms or signal issues, and balance preventive maintenance with reactive troubleshooting.

The variance between broadcasters is real — major-market TV and radio stations have full engineering teams with specialized roles; smaller-market stations may have a single chief engineer covering everything; group broadcasters (iHeartMedia, Audacy, Cumulus, Nexstar) operate centralized engineering models across multiple stations; public broadcasting and community stations have their own staffing structures; some EICs work as contract engineers serving multiple stations. FCC technical regulations plus broadcast-specific RF and IT skills define practice.

People who tend to thrive here are technically grounded in RF engineering and broadcast systems, comfortable with on-call coverage for technical issues, and patient with the regulatory dimensions of broadcast operations. FCC GROL license plus SBE certification (CBT, CSTE, CPBE) anchors paths. The work tends to offer specialized engineering work, steady demand (though the broadcast industry has contracted), and engaging technical problem-solving, with the trade-off being the often-isolated nature of transmitter sites and the on-call demands — for those drawn to broadcast engineering, the role offers durable craft.