
Explore macroeconomics fundamentals with AI tools to understand growth, inflation, unemployment, and trade, forecast using machine learning, interpret indicators, and build an AI-assisted real-time macroeconomic dashboard.
Macroeconomics studies the economy at large using GDP, inflation, and unemployment to examine performance, policy impact, and top-down data modeling with Python.
Identify key macroeconomic indicators like GDP, inflation, and unemployment to assess growth and labor health, and connect stock trends, trade balances, and policy actions to cycles and ai assisted modeling.
Explore how gross domestic product measures a country's total output through consumption, investment, government spending, and net exports. Differentiate nominal and real GDP, grasp GDP deflator, and recognize GDP's limitations.
Explore how inflation, a key macroeconomic indicator, arises from demand outpacing supply or rising costs, and distinguish demand-pull, cost-push, and built-in inflation with CPI and PPI.
Explore the types of unemployment, frictional, structural, and cyclical, and their links to the natural rate and Okun's law. Learn how trends influence policy decisions and labor market health.
Explore how macroeconomic data from surveys, administrative records, and estimations support real-time analysis of GDP, inflation, employment, and trade. Understand release cadence, revisions, and method trade-offs for robust forecasting.
Explore time series data characteristics in macroeconomics, including trends, seasonality, cycles, and stationarity, and learn about autocorrelation, pacf, differencing, and ARIMA forecasting.
Explore how machine learning improves macroeconomic forecasting, predicting GDP growth, inflation, and unemployment with models like linear regression, decision trees, random forests, and neural networks.
Preprocess messy macroeconomic time series to improve forecasting by handling missing values, outliers, and non-stationarity, using imputation, scaling, feature engineering, and seasonal adjustments.
Explore traditional forecasting models like AR, MA, ARMA, and ARIMA, and compare them with machine learning approaches to forecast GDP growth, inflation, and unemployment.
Develop forecasting skills by applying traditional econometric models (AR, MA, ARMA, ARIMA) and hybrid ensemble models to macroeconomic time series, using Python for pre-processing, modeling, evaluation, and final project execution.
Build an AI-powered macroeconomic forecasting project that blends ARIMA time series with a random forest regressor to predict unemployment and market volatility, including stationarity checks and lag features.
A Beginner’s Guide to Macroeconomics with AI introduces students to the foundational concepts of macroeconomics—such as GDP, inflation, and unemployment—while showing how artificial intelligence and machine learning can be used to analyze and forecast real-world economic trends. Through a hands-on, project-based approach, learners will pull live economic data from trusted sources like the Federal Reserve Economic Data (FRED) API, clean and preprocess it using Python, and apply machine learning models to predict key macroeconomic indicators.
This course bridges economics, data science, and AI, making complex forecasting concepts accessible to high school and college students interested in economics, programming, or data analysis. Step by step, students will build a functional economic forecasting pipeline and create a simple predictive model that can be customized or extended for future projects. By combining theory and practice, the course equips learners with interdisciplinary skills relevant to careers in data science, finance, research, and AI development. Its project-based structure encourages portfolio development and experiential learning, helping students strengthen both analytical and technical abilities. The course appeals to aspiring economists, data enthusiasts, and AI beginners who want to see concrete applications of machine learning in economics. Promotion opportunities include partnerships with student economics clubs, data science communities, LinkedIn, and STEM education platforms.
By the end, students will have a clear understanding of macroeconomic principles, experience working with real data, and the confidence to explore AI-driven economic forecasting on their own.