MACHINE LEARNING PROJECTS
Price Forecasting Model
Created a predictive model for price changes for non alcoholic beverages using federal interest rates to forecast the annual percentage change in price. The model was trained on historical Consumer Price Index and Interest Rate data and compared against US Department of Agriculture’s published CPI projections. The USDA's forecast uses supply chain and commodity-specific insights, whereas my model focuses on macroeconomic signals, particularly monetary policy, making it flexible when agency forecasts are unavailable.
Source:
Data.Gov
Trading Economics
Modeling Carbon-Efficient Economies
Climate change and economic productivity have long been in tension. Industrial expansion is seen as essential to economic growth, but it also drives up carbon emissions and contributes to global warming. The environmental consequences of these emissions are distributed globally while the economic gains remain largely concentrated in the countries responsible for the emissions. This asymmetry poses a recurring challenge in climate governance: those who benefit most are not the ones who pay the price. Despite global agreements, accountability mechanisms have repeatedly broken down.
My project introduces a machine learning model that quantifies the relationship between a country’s carbon emissions and the economic value it generates through exports. The foundational concept is straightforward: countries that generate high export value with relatively low emissions are seen as carbon efficient, while those that produce high emissions with minimal trade value are considered carbon inefficient.
Most countries are carbon efficient, they emit relatively little carbon for the value they export. These countries appear on the left side of the chart.
A smaller group of countries sits in the ‘penalty zone’ on the right, where carbon emissions are much higher compared to export value.
Carbon Efficiency
To start off, I developed Carbon Inefficiency Indexes for each country, which is the ratio of emissions per capita to export value per capita, to capture the imbalance between environmental cost and economic gain.
Source:
UN Comtrade Database
World Bank Group
Our World in Data
IMF
World Trade Data
Penalty Zone
MODEL RECOMMENDATION FOR EXPORT CAPS
The model flags countries accounting for an estimated 78.2% of CO₂ emissions, implying that while international trade has been a force for growth and development, it is also a vessel for environmental change mitigation.
“The Earth is a fine place and worth fighting for.”
Ernest Hemingway