Experience

  1. PhD candidate in computational quantum topology

    University of Groningen
    • Design and extend stochastic model (Markov-process–based) with computational implementation.
    • Build and optimize algorithms for numerical experimentation.
    • Conduct model validation, comparing large-scale computational results against theoretical structure.
    • Apply machine learning with Python (TensorFlow/Keras) to capture nonlinear relationships and assess predictive performance of constructed model.
    • Lead seminars and collaborate across teams, communicating results to both technical and non-technical audiences.

Education

  1. PhD Candidate in Mathematics

    University of Groningen
  2. Double Master Mathematics and Theoretical Physics

    University of Amsterdam
    GPA: 8.0/10
  3. Double Bachelor Mathematics and Physics

    University of Amsterdam
    • GPA: 8.4/10
    • Honours mathematics
Languages
100%
Dutch
100%
English
65%
German