G'day, I'm Mark Bugden!

I am a Machine Learning Scientist, Mathematician, Theoretical Physicist, and Researcher.
I am currently working at dida

Project Portfolio

Directing the Doctor: What drives episode ratings?

DATA WRANGLING ● NARRATIVE ANALYTICS ● VARIANCE ANALYSIS ● VISUALISATION

Reading the Ring: Custom OCR for Tengwar transcription

COMING SOON!

Nightlife and Night Lights: Satellite insights into urban life after sunset

COMING SOON!

Predicting the Play: Predicting League of Legends match outcomes

PREDICTIVE MODELLING ● API ● CLASSIFICATION ● MACHINE LEARNING

Quantifying the Quarantine: Simulating a zombie outbreak

MATHEMATICAL MODELLING ● DATA VISUALISATION ● PDEs

About Me

I'm a Machine Learning Scientist with a background in theoretical physics, driven by curiosity and a desire to get to the heart of complex problems. I care about turning raw data into insight — not just predictions, but understanding.

Undergraduate Degree(s) UOW Wollongong, Australia 2013 PhD Degree ANU Canberra, Australia 2018 MSI "Kickstart" Postdoctoral Fellow ANU Canberra, Australia 2019 Potdoctoral Researcher Charles University Prague, Czech Republic 2021 Postdoctoral Researcher Max Planck Institute Konstanz, Germany 2023 Machine Learning Scientist dida Datenschmiede GmbH Berlin, Germany

I have 4+ years of experience with Machine Learning, from University research to working on end-to-end development of models for real-world applications. My work spans both classical machine learning and deep learning, using tools like XGBoost, scikit-learn, and neural networks built with TensorFlow and PyTorch.

I work primarily in Python and have strong experience with core data science and visualization libraries including Pandas, NumPy, Matplotlib, Seaborn, and Jupyter. I have experience deploying machine learning models into production, using Docker for containerization, FastAPI for serving models as APIs, and Kubernetes for orchestration in cloud-based environments. I'm also familiar with using GitLab CI/CD to automate development and deployment workflows, and I work with APIs to access external data sources and expose models for downstream use. For experiment management and scalable configuration, I typically use MLflow for tracking and model versioning, and Hydra for modular configuration across development environments.

You can find more information about the academic papers I have written here.

Contact

I can be contacted at the following email address: mathphys@mark-bugden.com