I am highly proficient in other areas in economics, high school mathematics, calculus I and European history.

As a Yale economics major, Conor digs into macroeconomic models — aggregate supply and demand, monetary policy transmission, fiscal multipliers — with the depth of someone who uses them in coursework every week. He unpacks the graphs and equations that trip students up, connecting abstract curves to real-world questions like why the Fed raises interest rates or how trade deficits actually work.

Policy doesn't happen in a vacuum — Gary learned that firsthand working in a congressional office and at a DC think tank, where proposed legislation lived or died based on GDP projections, fiscal multiplier debates, and Federal Reserve decisions. He connects macroeconomic models like AS-AD and the Phillips Curve to the real policy arguments students encounter in the news, making abstract graphs feel concrete.

GDP, fiscal policy, and aggregate supply-demand models click faster when they're tied to real headlines — and Nisarg's habit of debating politics and economics means he always has a current example ready. He unpacks the graphs and equations behind macroeconomic theory so students understand what shifts a curve and why, not just which direction it moves.

GDP, inflation, unemployment, and the Fed's toolkit can feel abstract until someone ties them to actual headlines. Jack graduated from Northwestern with an economics degree and tackles macro by linking textbook models — aggregate demand and supply, the multiplier effect, exchange rate dynamics — to real-world policy debates that make the theory stick.

Aggregate demand curves and fiscal policy multipliers make more sense when you can see the real-world story they're modeling. Matt's economics degree gives him a solid grounding in macro concepts like GDP accounting, monetary policy transmission, and the IS-LM framework, and he unpacks each one by tying it to concrete examples — recessions, trade deficits, central bank decisions — that make the abstraction click.

GDP, fiscal policy, aggregate supply and demand — macroeconomics is full of models that feel disconnected from reality until someone grounds them. Christopher's Economics degree from UCLA and his professional experience at Deutsche Bank mean he can explain concepts like monetary policy or trade deficits using examples from actual markets he's observed firsthand.

Applied mathematics training gives Romeo a sharper-than-average handle on the quantitative backbone of macro — solving equilibrium equations, interpreting slope changes in AD-AS models, and tracing how one variable cascading through a system affects everything else. He treats macroeconomics as a set of mathematical relationships first, then layers on the policy intuition, which tends to click faster for students who get lost in the verbal explanations alone.

GDP, monetary policy, aggregate supply and demand — macroeconomics is full of interconnected models that fall apart if you don't understand how one variable ripples through the rest. Patrick's economics degree from Boston College means he can unpack those connections clearly, whether a student is tackling fiscal multipliers or the IS-LM framework for the first time.

GDP, fiscal policy, aggregate supply and demand — macroeconomics is full of models that feel disconnected from reality until someone ties them to actual events. David's interdisciplinary social science training means he can explain why the Phillips Curve mattered during 1970s stagflation or how monetary policy debates play out in Congress, turning graph-heavy chapters into something students genuinely follow.

I am highly proficient in other areas in economics, high school mathematics, calculus I and European history.

As a Yale economics major, Conor digs into macroeconomic models — aggregate supply and demand, monetary policy transmission, fiscal multipliers — with the depth of someone who uses them in coursework every week. He unpacks the graphs and equations that trip students up, connecting abstract curves to real-world questions like why the Fed raises interest rates or how trade deficits actually work.

Policy doesn't happen in a vacuum — Gary learned that firsthand working in a congressional office and at a DC think tank, where proposed legislation lived or died based on GDP projections, fiscal multiplier debates, and Federal Reserve decisions. He connects macroeconomic models like AS-AD and the Phillips Curve to the real policy arguments students encounter in the news, making abstract graphs feel concrete.

GDP, fiscal policy, and aggregate supply-demand models click faster when they're tied to real headlines — and Nisarg's habit of debating politics and economics means he always has a current example ready. He unpacks the graphs and equations behind macroeconomic theory so students understand what shifts a curve and why, not just which direction it moves.

GDP, inflation, unemployment, and the Fed's toolkit can feel abstract until someone ties them to actual headlines. Jack graduated from Northwestern with an economics degree and tackles macro by linking textbook models — aggregate demand and supply, the multiplier effect, exchange rate dynamics — to real-world policy debates that make the theory stick.

Aggregate demand curves and fiscal policy multipliers make more sense when you can see the real-world story they're modeling. Matt's economics degree gives him a solid grounding in macro concepts like GDP accounting, monetary policy transmission, and the IS-LM framework, and he unpacks each one by tying it to concrete examples — recessions, trade deficits, central bank decisions — that make the abstraction click.

GDP, fiscal policy, aggregate supply and demand — macroeconomics is full of models that feel disconnected from reality until someone grounds them. Christopher's Economics degree from UCLA and his professional experience at Deutsche Bank mean he can explain concepts like monetary policy or trade deficits using examples from actual markets he's observed firsthand.

Applied mathematics training gives Romeo a sharper-than-average handle on the quantitative backbone of macro — solving equilibrium equations, interpreting slope changes in AD-AS models, and tracing how one variable cascading through a system affects everything else. He treats macroeconomics as a set of mathematical relationships first, then layers on the policy intuition, which tends to click faster for students who get lost in the verbal explanations alone.

GDP, monetary policy, aggregate supply and demand — macroeconomics is full of interconnected models that fall apart if you don't understand how one variable ripples through the rest. Patrick's economics degree from Boston College means he can unpack those connections clearly, whether a student is tackling fiscal multipliers or the IS-LM framework for the first time.

GDP, fiscal policy, aggregate supply and demand — macroeconomics is full of models that feel disconnected from reality until someone ties them to actual events. David's interdisciplinary social science training means he can explain why the Phillips Curve mattered during 1970s stagflation or how monetary policy debates play out in Congress, turning graph-heavy chapters into something students genuinely follow.