22 tasks, each one witnessed by the sources that watched the job — and behind every one, a prompt you can use tonight.
You’ll start by checking briefings: weather, NOTAMs (flight notices), equipment status and your sector’s flight plan lists. Shifts often run 8–10 hours with handoffs between sectors; you’ll be actively monitoring radar and radios most of the shift.
During peak periods you manage takeoffs, landings, taxiing, and separation on radar or tower cab. Between peaks you update flight displays, log messages in Word/Excel or the facility system, and file daily activity reports.
You’ll use radar and communication equipment plus automation like ARTS (Automated Radar Terminal Systems), CTAS/TRACON center automation, and ATOP for oceanic procedures. Many facilities use Direct-to-tool for routing and SAP for administrative tasks.
You’ll also write reports and log messages in Microsoft Word, Outlook, and Excel. Learn the specific automation at your facility — CTAS/ARTS behave differently than oceanic ATOP.
According to the U.S. Bureau of Labor Statistics (BLS), 22,510 air traffic controllers were employed in 2025. The median pay was $148,080 per year, the lowest tenth $78,420, and the top tenth $215,610. Those figures cover all U.S. controllers and vary by facility and experience.
Local pay depends on facility level, overtime, and shift differentials. The BLS numbers are the standard national reference for job pay.
Apply to the FAA’s hiring programs or enter the Aviation Weather, military, or FAA Academy routes. You’ll need to pass medical exams and a fitness-for-duty test; controllers requalify medically every year. The FAA Academy provides classroom and radar simulator training before on-the-job training at a facility.
Study basic navigation, aviation meteorology, and communication phraseology. Practice working with maps, doing navigational calculations, and getting comfortable with Microsoft Excel and simple automation concepts.
Pilots fly one aircraft and handle its operation, fuel, and systems. Controllers manage many aircraft in a volume of airspace, giving routing, separation, and handoff instructions so each flight remains safe.
Controllers use radar/automation (ARTS, CTAS, ATOP) and coordinate takeoffs/landings and taxiing. Pilots respond to controller clearances and manage the plane’s on-board systems.
Automation like CTAS, ARTS, and ATOP assists by predicting traffic, suggesting routings, and showing conflict alerts, but it does not replace human decision-making. Controllers must verify automation outputs and make final calls, especially in emergencies or abnormal situations.
Use automation as a tool: confirm its advisories with radar and voice communications, maintain manual skills for handoffs and contingency routing, and document actions in reports and message logs when automation flags a problem.
Managing workload under time pressure and making continuous routing decisions are hardest. Practice comes from simulation and on-the-job training: radar sims, live traffic under supervision, and timed scenario drills improve speed and judgment.
You also need precise radio phraseology and quick airspace math (separation, fuel planning, and navigational calculations). Study aviation meteorology, air transport law, and airport standards; practice with actual systems like ARTS and CTAS if you can access training simulators.