Welcome!

I am a sixth-year Ph.D. candidate in Economics at Bocconi University in Milan, where my advisors are Basile Grassi, Thomas Le Barbanchon and Jérôme Adda.

I will be on the 2026/2027 academic job market.

My research focuses on how workers sort across jobs and the consequences for human capital and wages. I am particularly interested in how uncertainty shapes the behaviour of firms and workers and how those responses affect the aggregate economy.

Research interests: Macroeconomics, Labor Economics, and Structural Econometrics.

In Spring 2026, I visited the Stanford Economics Department as a Visiting Student Researcher, hosted by Luigi Bocola. During Spring 2025, I was a Visiting Student Research Collaborator at Princeton University, hosted by Gianluca Violante.

Curriculum Vitae

Research

Job Market Paper

"The Micro and Macro Implications of Multidimensional Skill Uncertainty"
What are the consequences of multidimensional skill uncertainty for workers’ wages and aggregate output? I develop and estimate a general equilibrium dynamic Roy model in which workers have imperfect information about their multidimensional skills and accumulate task-specific human capital. Estimated on Portuguese administrative data, the model rationalizes key patterns of occupational mobility, with learning about comparative advantage playing a central role in occupational reallocation among young and poorly matched workers. Removing information frictions raises aggregate output by 5.2%, primarily through better skill allocation across occupations, while generating the largest wage gains early in workers’ careers and among the most mismatched. A feasible information treatment about comparative advantage across tasks recovers about 18% of this output loss. Finally, job transformation induced by Large Language Model adoption raises output while widening the output gap between the imperfect- and full-information economies along the transition path and in the new long run.

Work in Progress

  • “The Experimentation Value of Occupations” (Draft available soon)

  • “Promoting Inequality: Internal Job Ladders and Wage Dynamics”

Teaching

Bocconi University, Milan (Italy)

  • Monetary Theory and Policy (30159, Bachelor) — Fall 2022 – Present
  • Economia – Modulo 2 (Macroeconomia) (30066, Bachelor) — Fall 2022 – Present
  • Financial Macroeconomics (30172, Bachelor) — Fall 2022 – Fall 2024
  • Econometrics (30462, Bachelor) — Fall 2022 – Fall 2024

Resources

Projection Methods with Neoclassical Growth Model Application (Link to GitHub Repository)

Python implementations of projection methods (Chebyshev polynomials) for solving dynamic models, applied to the Neoclassical Growth Model — first the approximation machinery itself, then a global solution of the stochastic NGM with endogenous labor supply.

Why Chebyshev polynomials

Chebyshev nodes deliver near-uniform accuracy on smooth functions, where a Taylor expansion is only accurate near the point it expands around.

Chebyshev vs Taylor

Stochastic NGM with endogenous labor

Policy functions for consumption and labor, $c(k,z)$ and $l(k,z)$, solved globally. Euler residuals vanish as the polynomial degree rises, confirming high global accuracy.

Policy functions

Calibrated to standard quarterly values ($\beta = 0.99$, $\alpha = 0.33$, $\delta = 0.025$, $\rho = 0.95$). Full derivations, the remaining figures, the Euler-error diagnostics and the code are in the repository.