CV

Education

• PhD in Mathematics, TU Dresden, Germany

  Institute of Numerical Mathematics and CASUS

  Thesis: Spectral Discretizations on Curved Surfaces: High-Order Methods for Integration and PDE Solvers

• MSc in Mathematical Engineering, Polytechnic University of Tirana, Albania (2015)
  Thesis: Finite Element Methods for Stationary Problems with Non-Homogeneous Dirichlet Conditions
  Supervisor: Prof. Dr. Lulëzim Hanelli

• BSc in Mathematical Engineering, Polytechnic University of Tirana, Albania (2013)
  Thesis: A Numerical-Analytic Study of Hyperbolic Equations
  Supervisor: Prof. Dr. Lulëzim Hanelli

Teaching Experience

Technische Universität Dresden

• Lecturer, Winter Semester 2025/26

  Approximation Theory

Polytechnic University of Tirana

• Full-time Teaching Assistant, 2017-2021

  Linear Algebra, Calculus I-III, Probability, Complex Analysis, Numerical Analysis, PDEs

• Part-time Teaching Assistant, 2015-2017

  Calculus I, Probability, Complex Analysis, Numerical Analysis, PDEs

Research Experience

• Wrap-up Postdoc, TU Dresden (Nov 2024-present)

  Institute of Numerical Mathematics

• PhD Researcher, CASUS / TU Dresden (Apr 2021-Oct 2024)

  Mathematical Foundations of Complex Systems, CASUS

  Project: High-order spectral methods on curved surfaces for numerical integration and PDE solvers

Research Visits

• University of Wrocław, Poland (Jan 2023)
  With Michael Hecht & Phil-Alexander Hofmann

Professional Memberships

• American Mathematical Society (AMS), Member (2025-2026)

  Institute nomination

Software

• pysurfacefun
  High-order discretizations and fast direct solvers for PDEs on smooth surfaces.

• surfgeopy
  Surface integral approximation over smooth embedded manifolds.

• surfpy
  Spectral surface integration on embedded manifolds.

• minterpy-levelsets
  Numerical differential geometry on smooth surfaces via global polynomial level sets.