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Course Introduction and Learning Objectives

Orientation to ICAO 051 - METB for ATS Personnel

METB 1 — Foundations of Aviation Meteorology

Units, Roles, and Service Organization

METB 2 — Atmosphere and Core Physical Processes

Composition, Measurement, and Standard Atmosphere

Heat, Moisture, and Pressure in Operations

METB 3 — Atmospheric Circulation and Wind Systems

Global Circulation, Air Masses, Fronts, and Mesoscale Systems

Wind: Forces, Observation, and Operational Use

METB 4 — Meteorological Phenomena Affecting ATS

Clouds, Precipitation, Visibility, and Hazards

METB 5 — Meteorological Information and Products for Aviation

Operational Use of MET Messages and Advisories

Knowledge Checks — Quizzes

Quiz 1: Foundations and Services

Quiz 2: Atmosphere and ISA

Quiz 3: Thermodynamics and Pressure

Quiz 4: Circulation, Fronts, and Wind

Quiz 5: Phenomena and MET Products

Course Feedback and Completion

Learner Experience Survey

Post-Course Impact Survey

ICAO 051 METB: Meteorology Fundamentals for ATS and Aviation Operations is a concise, operations-focused course that equips Air Traffic Services (ATS) personnel, dispatchers, and aviation professionals with the meteorological awareness needed to support safe, efficient decision-making. Mapped to EUROCONTROL METB outcomes and aligned with ICAO Annex 3 and Annex 11, the course builds from core atmospheric concepts to practical use of MET products in day-to-day ATS workflows. You will learn how heat, moisture, pressure, and wind systems translate into real operational impacts—affecting runway selection, separation standards, flow management, and contingency actions. Through clear explanations, practical examples, and knowledge checks, the program demystifies global and mesoscale weather, from jet streams and fronts to visibility, turbulence, icing, and wind shear. You’ll also practice decoding and applying METAR, SPECI, TAF, and SIGMET to maintain situational awareness, anticipate hazards, and coordinate effectively with meteorological offices. Whether you support tower, approach, en-route, or network operations, this course gives you the common meteorological language and tools to interpret conditions quickly, brief stakeholders accurately, and take timely action. By the end, you’ll connect atmospheric theory to ATS procedures with confidence—improving safety margins, minimizing disruption, and enabling more predictable operations across the entire flight profile.

ICAO 051 METB: Meteorology Fundamentals for ATS and Aviation Operations

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            <p>ICAO 051 METB: Meteorology Fundamentals for ATS and Aviation Operations equips Air Traffic Services (ATS) personnel in basic training with the knowledge and operational awareness required to interpret and apply meteorological information decisively. Aligned with EUROCONTROL METB outcomes and guided by ICAO Annex 3 and Annex 11 provisions, the course emphasizes how weather influences ATC flow management, separation, runway configuration, and safety-critical decision-making. You will develop competency across learning levels 1–3, supported by progressive assessments and targeted knowledge checks designed to ensure both conceptual understanding and practical application in the ATS environment.</p>

<p>Foundational modules establish the units, roles, and organizational frameworks that underpin aviation meteorology, including the responsibilities of meteorological offices and coordination with ATS, alongside exposure to global systems such as WAFS, WAFC, MWO, VAAC, TCAC, and SADIS. Building on this base, the course examines the structure and composition of the atmosphere, the International Standard Atmosphere, and the instruments used to measure temperature, pressure, wind, humidity, and visibility—translating their operational meaning for controllers. Thermodynamic processes—heat transfer, lapse rates, stability, moisture, and pressure–altimetry relationships (QFE, QNH, standard)—are treated with a clear focus on their effects on aircraft performance and ATC procedures.</p>

<p>You will analyze atmospheric circulation from global to mesoscale, including jet streams, air masses, cyclones and anticyclones, and fronts, with direct links to route planning, sector loading, and traffic sequencing. Wind dynamics—forces, veering/backing, gusts, and measurement—are addressed in the context of runway selection, wake turbulence considerations, and tactical flow decisions. The course further details clouds, precipitation, visibility/RVR, and key hazards such as turbulence, icing, wind shear, microbursts, and thunderstorms, enabling more accurate interpretation of risk and more effective coordination with pilots and MET services. Practical modules on METAR, SPECI, TAF, and SIGMET decoding connect products to ATS applications, ensuring timely integration of advisories into operational decisions.</p>

<p>Throughout the course, structured quizzes reinforce learning at each stage—from foundations and atmospheric principles to thermodynamics, circulation, phenomena, and MET products—ensuring readiness for operational use. Completion activities capture learner feedback and operational impact, supporting continuous improvement and helping you translate meteorological awareness into safer, more efficient ATS operations.</p>
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