22 tasks, each one witnessed by the sources that watched the job — and behind every one, a prompt you can use tonight.
You usually work shifts at a radar center, tower, or terminal area. A shift includes continuous monitoring of radar, talking to pilots, coordinating handoffs between sectors, and managing aircraft taxiing and takeoff/landing sequences.
Expect heavy use of systems like ARTS or CTAS, frequent short radio calls, checking weather and flight plans, and writing daily activity reports. Breaks are scheduled, but busy periods require fast decisions under time pressure.
Primary systems include automated radar terminal systems (ARTS), Center/TRACON automation systems (CTAS), and Direct-to tools for routing. In oceanic work you may see ATOP (Advanced Technologies and Oceanic Procedures).
You also use Microsoft Word/Excel/Outlook for reports and SAP for administrative tasks. Radar, voice radios, and flight data processing are in constant use.
The U.S. Bureau of Labor Statistics (BLS) reports 22,510 employed air traffic controllers with a 2025 median annual wage of $148,080. The lowest 10% earned $78,420 and the top 10% earned $215,610.
Pay varies by facility, location, hours, and overtime. BLS is the source for these national numbers.
Study aviation basics: flight rules, air transport law, navigation, and meteorology. Practice navigational calculations, reading charts, and interpreting weather reports because you must analyze those for routing.
Also get comfortable with radar and communications phraseology, and basic computer skills (Excel/Outlook). Medical requalification happens annually, so basic fitness is important too.
Pilots fly and manage one aircraft; controllers manage many aircraft from the ground. Controllers coordinate handoffs, ensure separation, and give routing instructions using radar and automation systems like ARTS/CTAS.
Pilots handle aircraft flight control systems and fuel calculations; controllers monitor those details and use flight data and weather to keep all aircraft safe and separated.
AI can assist with non-critical work like summarizing shift logs, organizing schedules in Word/Excel, or analyzing historical traffic patterns. Never use AI to replace real-time separation decisions, radios, or automated radar outputs.
All operational decisions must come from certified systems (ARTS/CTAS/ATOP) and the controller’s judgment. Treat AI outputs as drafts that you verify against official data.
Both matter, but the job favors calm quick decision-making. You must make continuous routing choices and enforce safe distances fast, while staying calm so your voice and instructions are clear to pilots.
Workload management under time pressure is tested every shift; practicing stress control and structured decision steps (scan radar, confirm data, issue instruction) helps a lot.