Meteorologist Course

Lesson 1 • Solar Radiation and Energy Balance

Covers incoming solar radiation, albedo, and Earth's energy budget. Links radiative processes to surface heating and atmospheric circulation drivers.

Lesson 2 • Temperature and Heat Transfer

Explains conduction, convection, and advection as heat transfer modes. Connects temperature gradients to wind formation and weather development.

Lesson 3 • Atmospheric Moisture Fundamentals

Introduces water vapor, humidity measures, and phase changes. Provides the moisture framework required for cloud and precipitation analysis.

Lesson 4 • Atmospheric Pressure and Wind Basics

Defines pressure gradient force, Coriolis effect, and surface friction. Establishes the force balance that governs large-scale wind patterns.

Lesson 1 • Remote Sensing and Satellite Imagery

Explains geostationary and polar-orbiting satellite platforms and their imagery products. Links satellite data to cloud identification and storm tracking.

Lesson 2 • Data Quality Control and Archiving

Addresses error detection, bias correction, and metadata standards for observational datasets. Ensures students produce reliable inputs for analysis and modeling.

Lesson 3 • Surface Weather Observation Techniques

Covers standard surface station instruments and observation protocols. Grounds students in the data collection practices that feed forecast models.

Lesson 4 • Weather Radar Principles and Operation

Covers Doppler radar physics, scan strategies, and base products. Enables students to extract precipitation intensity and wind data from radar returns.

Lesson 1 • Upper-Level Chart Interpretation

Covers 500 hPa and 300 hPa chart analysis, including height contours and vorticity. Connects upper-level patterns to surface weather development.

Lesson 2 • Surface Chart Analysis

Teaches isobar drawing, pressure center identification, and frontal analysis. Builds the map-reading skills central to daily operational forecasting.

Lesson 3 • Frontal Systems and Cyclone Development

Explains the Norwegian cyclone model and frontal wave evolution. Enables students to track extratropical cyclone life cycles on operational charts.

Lesson 4 • Air Mass Classification

Defines source regions and properties of major air mass types. Links air mass characteristics to temperature, humidity, and stability at the surface.

Lesson 1 • Convective Initiation Mechanisms

Covers surface boundaries, orographic lift, and differential heating as triggers. Enables students to identify when and where convection will develop.

Lesson 2 • Stability Indices and Parameters

Introduces CAPE, CIN, K-Index, and lifted index as stability metrics. Connects index values to convective storm potential and severe weather risk.

Lesson 3 • Inversions and Capping Mechanisms

Analyzes temperature inversions, subsidence layers, and their role in storm suppression. Connects cap strength to explosive convective development timing.

Lesson 4 • Dry and Moist Adiabatic Processes

Explains parcel theory under dry and saturated conditions. Links adiabatic cooling rates to cloud base height and precipitation efficiency.

Lesson 1 • Mesoscale Boundaries and Initiation

Identifies sea breezes, outflow boundaries, and convergence zones as storm triggers. Links boundary interactions to enhanced severe weather probability.

Lesson 2 • Supercell Dynamics and Tornadogenesis

Covers hodograph analysis, wind shear profiles, and mesocyclone development. Enables students to assess tornado potential from environmental parameters.

Lesson 3 • Thunderstorm Structure and Life Cycle

Describes single-cell, multicell, and supercell thunderstorm modes. Establishes the structural knowledge base for severe weather recognition.

Lesson 4 • Mesoscale Convective Systems

Analyzes MCS structure, stratiform rain regions, and cold pool dynamics. Connects MCS behavior to widespread precipitation and wind damage threats.

Lesson 1 • Ensemble Forecasting and Uncertainty

Explains ensemble generation methods, spread, and probabilistic products. Trains students to quantify forecast uncertainty and communicate it effectively.

Lesson 2 • Model Output Interpretation

Covers reading model fields, cross-sections, and meteograms for forecast guidance. Connects model output to real-world weather feature identification.

Lesson 3 • Global and Regional Model Comparison

Compares global deterministic models with high-resolution regional configurations. Enables students to match model choice to forecast scale and application.

Lesson 4 • Fundamentals of NWP Modeling

Introduces governing equations, grid structures, and parameterization schemes. Provides the conceptual foundation for evaluating model output critically.

Lesson 1 • Short-Range Forecasting Techniques

Covers 0–48 hour forecast methods using observations, radar, and model guidance. Builds the core skill set for daily operational forecast production.

Lesson 2 • Forecast Verification and Improvement

Introduces skill scores, bias metrics, and verification datasets for forecast evaluation. Closes the forecast cycle by linking verification results to skill improvement.

Lesson 3 • Probabilistic Forecast Products

Teaches probability of precipitation, temperature ranges, and exceedance products. Enables students to translate uncertainty into actionable probabilistic guidance.

Lesson 4 • Medium-Range and Extended Forecasting

Addresses 3–10 day forecast strategies using ensemble and pattern recognition. Connects medium-range guidance to probabilistic public forecast products.

Lesson 1 • Aviation Meteorology

Covers TAF production, SIGMET criteria, and in-flight hazard identification. Connects atmospheric phenomena to aviation safety and operational decision-making.

Lesson 2 • Fire Weather Forecasting

Examines critical fire weather parameters including relative humidity, wind, and instability. Trains students to issue red flag criteria assessments and spot forecasts.

Lesson 3 • Winter Weather and Ice Storm Forecasting

Covers precipitation type algorithms, snow ratio estimation, and ice accumulation forecasting. Builds skills for high-impact winter weather product issuance.

Lesson 4 • Tropical Cyclone Forecasting

Analyzes tropical cyclone structure, intensity change, and track forecasting methods. Enables students to interpret official advisories and produce supporting local forecasts.