Machine Learning / Data Science

Andrey
Musatov

Data Science MSc candidate and Computer Science graduate (2:1) with experience supporting undergraduate machine-learning teaching. I build practical ML and data-driven systems, contribute to open source, and care about rigorous evaluation as much as implementation.

model / signal trace
Python
PyTorch
scikit-learn
pandas / NumPy
Git / Linux / Docker
01

Education & languages

Education

MSc Data Science

Lancaster University Leipzig · In progress

Developing deeper expertise in machine learning, statistical analysis, data visualisation, model evaluation and applied data-science workflows.

BSc Computer Science

Lancaster University Leipzig · Graduated 2026 · 2:1

Relevant study included statistical research methods, evaluation of AI systems and modern communication protocols, alongside machine learning and software engineering.

Languages

English professional
German in progress
02

Technical skills

Machine learning & data

  • Classification & regression
  • Feature engineering & preprocessing
  • Model evaluation & statistical analysis
  • Recommender systems
  • Computer vision

Scientific Python

  • Python
  • PyTorch
  • scikit-learn
  • pandas & NumPy
  • OpenCV

Engineering

  • Git & GitHub workflows
  • Linux
  • Docker
  • Django
  • SQL

Current focus

  • Applied machine learning
  • Time-series & probabilistic modelling
  • RAG & embeddings
  • LLM evaluation
  • Reliable model behaviour
03

Experience

Lancaster University Leipzig

Teaching / Research Assistant

October 2025 — May 2026

Supported machine-learning classes for approximately 20 undergraduate students, covering supervised and unsupervised learning, data manipulation and core ML concepts. Provided academic support and helped facilitate discussion around technical course material.

~20 students
machine learning
data manipulation
academic support
06

Contact

Open to graduate and early-career opportunities in data science, machine learning and applied AI.

Especially interested in roles where careful experimentation, model evaluation and software engineering come together to solve practical problems.