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General Information

Full Name Joanna Marks
Languages Polish, English, German
Contact joanna.marks23@imperial.ac.uk

Education

  • 2024-now
    PhD in Statistics and Machine Learning
    Imperial College London and University of Oxford, UK
    • Under the supervision of Deniz Akyildiz and Riccardo Passeggeri
    • Investigating the interplay between Optimal Transport (OT) and generative modeling, with a focus on latent variable models. Currently working with Gabriel Rioux on developing a novel, scalable algorithm for Gromov-Wasserstein distance computation to align complex probability spaces.
    • Fully funded within the EPSRC Center for Doctoral Training in Statistics and Machine Learning (StatML CDT).
    • Completed doctoral-level modules in Deep Learning, Advanced Bayesian Methods, Statistical Inference, and Causal Inference.
  • 2023-2024
    MSc. in Statistics
    Imperial College London, UK
    • Bona Fide Scholarship (Competitive scholarship awarded to top Polish students to partially fund their studies).
    • Thesis project supervised by Ed Cohen on "Mean-field limits for discrete-time Hawkes processes on homogeneous and inhomogeneous graph structures."
    • Modules included: Deep Learning, Machine Learning, Advanced Simulation Methods, and Bayesian Methods.
    • Graduated with Distinction.
  • 2020 - 2023
    BSc. in Mathematics
    University of Warwick, UK
    • Second-year project on modelling football match results.
    • Modules included: Probability Theory, Markov Processes, Stochastic Processes, and Statistical Inference.
    • Graduated with First Class Honours.

Work Experience

  • 2024 - 2025
    Quantitative Analyst (Part-time)
    Amelco UK, London, UK
    • Helped develop Python-based pricing models for basketball pre-match markets, incorporating team and player strength, pace, and efficiency.
    • Helped develop a time-series library for fitting custom state-space models using JAX.
    • Worked with traders and product teams to translate model outputs into market prices, sanity checks, and risk controls; created diagnostics to monitor model performance.

Research Experience

  • 2023
    The Mary Lister McCammon Summer Research Fellow
    Imperial College London, Department of Mathematics, London, UK
    • Developed a stochastic model to simulate the development of cancer cells in a joint system with lymphocyte cells.
    • Introduced an interaction matrix into the stochastic model to account for interactions between cancer cells and lymphocyte cells.
    • Collaborated with an MSc student to compare the stochastic model with an analogous continuous model.
    • Worked as part of a cohort of fourteen fellows, participated in science communication training, and presented the research to a broad audience.
  • 2022
    Research Intern
    University of Oxford, Department of Statistics, Oxford, UK
    • Developed and implemented a mixed additive model in Python to assess pass difficulty and estimate the passing ability of a football player.
    • Worked under the supervision of Professor Christl Donnelly and PhD candidate Matthew Penn.
    • Conducted independent research, implemented it on real-world data, and contributed to pre-match reports for Oxford City Football Club.
    • Research was mentioned in Nature [link].
    • An article based on the model was published in Significance, the Royal Statistical Society's magazine: [link].
  • 2023
    Undergraduate Research Support Scheme
    University of Warwick, Department of Statistics, Coventry, UK
    • Developed a mid-season table for the Polish volleyball league, accounting for the strength of each opponent played.
    • Worked under the supervision of Dr. Nick Tawn and Professor David Firth.

Teaching Experience

  • 2025-now
    Teaching Assistant
    Imperial College London, Department of Mathematics, UK
    • Taught an MSc level course - Methods for Data Science (which inludes topics on regression, clustering, neural networks and dimensionality reduction techniques)

Other Interests

  • Running, CrossFit, Reading, Sports fan (tennis and volleyball in particular)