Public Sector
Meteorological Technician (Government)
Last updated
Government Meteorological Technicians collect, process, and disseminate weather observations and forecast data at federal agencies like the National Weather Service, FAA, and Department of Defense installations. They operate and maintain surface observation stations, upper-air sounding equipment, and Doppler radar systems while supporting meteorologists in producing warnings, advisories, and aviation weather products that protect public safety.
Role at a glance
- Typical education
- Associate degree in meteorology or physical science, or 90+ semester hours of meteorology coursework
- Typical experience
- Entry-level (requires one year of specialized experience or military weather training)
- Key certifications
- FAA Weather Observation Certification, COMET MetEd training, NWS COOP training
- Top employer types
- National Weather Service, FAA, Department of Defense, aviation services, emergency management
- Growth outlook
- Stable institutional demand with modest headcount compression due to automation
- AI impact (through 2030)
- Mixed — machine learning tools for radar quality control and forecasting are reducing routine interpretive tasks, though physical sensor maintenance and specialized sounding operations remain essential.
Duties and responsibilities
- Operate ASOS and manual surface observation stations to record temperature, pressure, wind, visibility, and sky condition every hour
- Launch and track radiosondes during upper-air sounding operations to collect atmospheric temperature, humidity, and wind profiles
- Monitor and perform routine maintenance on WSR-88D Doppler radar systems, including antenna alignment and signal quality checks
- Encode and transmit METAR, SPECI, and SYNOP observation reports to national and international data networks on schedule
- Issue aviation weather products including TAFs, PIREPs, and SIGMETs in coordination with supervising meteorologists
- Maintain calibration records and perform sensor verification checks on thermometers, barometers, hygrometers, and rain gauges
- Operate emergency alert systems and disseminate NWS warnings and watches through WEA, NOAA Weather Radio, and EMWIN feeds
- Analyze surface and upper-air charts, satellite imagery, and radar data to support short-range forecast briefings
- Document instrument malfunctions, observation gaps, and data quality issues in official station logs per NWS directives
- Coordinate with FAA air traffic control and military base operations to deliver real-time weather advisories during critical flight windows
Overview
Government Meteorological Technicians are the operational backbone of the nation's weather observation network. While meteorologists produce the forecasts and warnings that reach the public, technicians are responsible for the data infrastructure that makes those products possible — the surface stations, upper-air soundings, radar systems, and real-time data feeds that forecasters depend on every shift.
At a National Weather Service Weather Forecast Office (WFO), a typical shift starts with reviewing overnight observation logs, confirming ASOS data continuity, and running a check of WSR-88D radar status before the morning forecast briefing. During active weather, the pace accelerates sharply: technicians monitor radar returns, transmit special observations (SPECIs) when conditions change rapidly, relay PIREP information from flight crews, and support the duty meteorologist in issuing time-sensitive products. After a tornado warning or flash flood event, technicians document the observational record — what the instruments captured and when — that becomes part of the official case archive.
Upper-air sounding operations, conducted twice daily at 0000 and 1200 UTC at rawinsonde stations, require precise timing. A radiosonde launch that misses its window sends incomplete data into the global model assimilation cycle, degrading forecast skill downstream. Technicians at sounding stations take those windows seriously.
At FAA-staffed weather positions, the focus shifts toward aviation. Terminal Aerodrome Forecasts (TAFs), SIGMETs for convection and icing, and real-time briefings to air traffic controllers are the core output. A technician who provides an inaccurate ceiling or visibility observation during low-visibility approach conditions is not making an academic error — aircraft decisions follow directly from those numbers.
DoD meteorological technicians at Air Force and Army installations support flight operations, munitions planning, range safety, and operational weather support for missions where atmospheric conditions directly affect outcomes. The work combines standard observation and data management with mission-specific briefing requirements unique to military operations.
Across all settings, the discipline is the same: accurate observations, transmitted on time, with equipment that is calibrated and documented. That reliability is the job.
Qualifications
Education:
- Associate degree in meteorology, atmospheric science, or physical science (minimum for most GS-1341 positions)
- Relevant college coursework: at least six semester hours in meteorology is a standard federal requirement
- Bachelor's in atmospheric science useful for advancement and crossover to GS-1340 forecaster series
- Military weather training: Air Force 1W0X1 (Weather), Navy AG (Aerographer's Mate), or Army 68W weather equivalent
Federal hiring requirements:
- U.S. citizenship required for all NWS, FAA, and DoD positions
- Background investigation (NACI minimum; Secret clearance for DoD positions)
- GS-7 entry typically requires 90+ semester hours with meteorology coursework, or one year of specialized experience
- Veterans' preference applies and is significant in competitive federal hiring
Technical skills:
- ASOS operation and troubleshooting: temperature, pressure, precipitation, visibility, and sky condition sensors
- Radiosonde preparation and balloon launch procedures (RAWIN/NWS Class A sounding operations)
- WSR-88D radar: basic operations, scan strategy, data quality interpretation
- Observation encoding: METAR, SYNOP, PIREP, SIGMET, and SPECI formats
- WarnGen, AWIPS II, and RIDGE II radar visualization software
- NOAA Weather Radio transmitter operation and EAS encoder/decoder systems
Certifications and training:
- NWS Cooperative Observers Program (COOP) training for precipitation and climate records
- FAA Weather Observation Certification for positions at contract tower or ATCT facilities
- COMET MetEd training modules (widely used for NWS qualification benchmarks)
- HAZMAT/HAZWOPER awareness for stations handling battery banks and radiosonde hydrogen gas
Soft skills that matter:
- Procedural precision under time pressure — observation windows don't move
- Ability to communicate clearly with air traffic control, emergency managers, and the public during high-impact events
- Systematic documentation habits for instrument logs, calibration records, and outage reports
Career outlook
The federal meteorological technician workforce sits at an interesting intersection: stable institutional demand on one side, sustained budget pressure and automation on the other. Understanding both sides honestly is useful for anyone entering the field.
Structural demand: The NWS operates 122 Weather Forecast Offices, 12 River Forecast Centers, and a network of specialized centers that collectively require 24/7 staffing. The FAA maintains weather observation programs at hundreds of airports. DoD weather requirements are driven by operational tempo that has no seasonal lull. These institutions don't disappear, and they don't outsource their core observational mission.
Automation pressure: ASOS networks have been eliminating manual observation duties for 30 years, and that process is not complete. The NWS Automated Surface Observing System Sustainment (ASOS-SUST) program is upgrading aging sensor networks with newer platforms that require less hands-on maintenance. Machine learning tools for radar quality control and short-term precipitation forecasting are reducing the interpretive judgment calls that previously required a skilled technician on console. Net headcount at NWS WFOs has trended slightly downward over the past decade as automation absorbs routine tasks.
Replacement hiring and workforce gaps: Despite modest net headcount trends, replacement hiring for retirements and attrition creates consistent opening flow. The NWS, like most federal agencies, has a significantly older workforce than the private sector average, and retirement-driven vacancies will be significant through the early 2030s. The GS pay scale, while competitive with state agency and private weather sector pay for early-career positions, makes it harder to retain experienced technicians who can move to utility-sector or consulting weather jobs at higher compensation.
Growth areas: Upper-air sounding capability, weather radar maintenance, and climate observation are areas where federal investment has continued. NOAA's Constellation of Small Satellites and Geostationary Operational Environmental Satellite (GOES) programs are creating adjacent roles in satellite data quality and ground system operations that draw on similar skills.
Career paths: Technicians who complete the additional meteorology coursework to qualify for GS-1340 positions have a well-defined upgrade path within the NWS. Others move laterally into emergency management coordination, hydrology, or aviation weather services. The federal career ladder from GS-7 to GS-11 within the technician series is predictable and achievable within five to seven years for a competent performer. Senior technicians at GS-12 with radar maintenance specialization or program coordination responsibilities exist at larger offices and regional centers.
Sample cover letter
Dear Hiring Manager,
I'm applying for the Meteorological Technician position (GS-1341-07) at the [NWS Weather Forecast Office / FAA facility]. I hold an Associate of Science in Meteorological Technology from [College] and spent two years as an Air Force 1W0X1 weather specialist supporting flight operations at [Base], where I performed surface and upper-air observations, issued aviation weather briefings, and maintained ASOS and rawinsonde equipment at a Class A sounding station.
In that role I was responsible for twice-daily radiosonde launches at 0000 and 1200 UTC, including balloon preparation, equipment checks, and data quality review before transmission to the Global Telecommunication System. I also managed our station's ASOS maintenance log and coordinated two sensor calibration events with the NWS regional electronics unit, which required documenting the maintenance window in SHEF format and temporarily routing observations through backup equipment.
One experience that shaped how I approach this work: during a winter storm event, our ASOS visibility sensor flagged a questionable reading during a period of heavy freezing drizzle — it was reporting higher than what a manual human observation suggested. I flagged the discrepancy immediately to the duty forecaster rather than assuming the instrument was correct. The sensor was partially iced, and the manual observation went into the METAR as a SPECI. The forecaster later told me that number factored into a decision to issue a Special Weather Statement for the approach corridor. That's the standard I hold myself to.
I'm pursuing the additional meteorology coursework needed for eventual GS-1340 qualification, but my immediate goal is to contribute as a technician where accurate observations and reliable equipment matter directly. I'd welcome the opportunity to discuss the position.
[Your Name]
Frequently asked questions
- What qualifications are required to become a Government Meteorological Technician?
- Most federal positions require at minimum a two-year associate degree in meteorology, atmospheric science, or a related physical science field, plus relevant coursework in weather observation. NWS positions at the GS-7 level typically require 90 semester hours of relevant college credit including six hours in meteorology. Military weather specialist backgrounds (Air Force 1W0X1, Navy AG rating) are directly transferable and often place candidates above entry level.
- Is a full meteorologist degree needed, or is a technician-level credential sufficient?
- A four-year bachelor's degree in meteorology is required for NWS forecaster positions, but Meteorological Technician roles — which focus on observation, maintenance, and data dissemination rather than independent forecast production — are specifically structured for two-year graduates and military-trained personnel. The distinction matters for applying to the right GS series: technicians typically fall under GS-1341, while professional meteorologists are GS-1340.
- How is automation and AI changing this role at the NWS?
- Automated Surface Observing Systems (ASOS) have already replaced most manual observation duties at larger stations, and machine learning tools are beginning to assist in radar data quality control and short-term forecast guidance. The technician role is shifting toward systems maintenance, data quality assurance, and managing the exceptions that automated systems flag but cannot resolve. Technicians who can troubleshoot sensor networks and validate automated data outputs are more valuable than those focused solely on manual observation tasks.
- What is the difference between a Meteorological Technician and an Operational Meteorologist at the NWS?
- Operational Meteorologists (GS-1340) hold four-year degrees with specified coursework minimums and independently produce public forecasts, severe weather warnings, and climate products. Meteorological Technicians (GS-1341) support that process — they run the observing systems, maintain the instruments, encode and transmit data, and assist with product dissemination — but do not independently sign off on forecast products. Some technicians pursue the additional coursework to qualify for the GS-1340 series over time.
- What are the working conditions like at a remote NWS or FAA weather station?
- Many government weather stations are located at airports, remote mountaintops, or isolated rural sites that operate 24/7 regardless of conditions. Rotating shifts covering nights, weekends, and federal holidays are standard. Stations in Alaska, the Pacific Islands, or high-altitude sites in the Rockies often carry significant geographic pay adjustments to compensate for isolation and living cost. Staff at small stations may be the only technician on duty for a shift, requiring sound independent judgment on observation and equipment issues.
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