Portfolio

Selected projects

A completed research collaboration in emergency medicine, plus applied work in data analysis, predictive modelling, visualization, and machine learning.

Research project

KIT2 — AI assistant for TeleNotArzt emergency care

Completed real-world collaboration with RWTH Aachen University, carried out in the Intelligent Systems Group at Kiel University.

KIT2

Decision support for pre-hospital emergency care

KIT2 built an AI-driven assistant for the German TeleNotArzt (telemedical emergency physician) service, where clinicians must make many critical decisions in very little time. The system takes a patient's heterogeneous record — time-series vital signs, tabular clinical fields, and unstructured free-text notes — and returns probabilistic rankings of likely diagnoses, suitable treatments, and the physiological measurements that should be taken next.

  • Deep multimodal learning architecture over time-series, tabular, and text inputs
  • Missing-value imputation for a real (non-public) emergency dataset — denoising LSTM autoencoders outperformed classical methods
  • Synthetic tabular data generation (WLSTM-GAN) to address privacy limits and data scarcity
  • Evaluated with recall@k, macro/weighted AUC, and coverage-ratio metrics
Related publications

Portfolio

Data science projects

Applied work in data analysis, predictive modelling, visualization, and machine learning.

Movie industry correlation analysis

Correlation Analysis in Python

Exploring relationships across variables in a movie dataset using Python-based statistical analysis.

View project
COVID data analysis dashboard

COVID Data Analysis with SQL & Tableau

SQL-based exploratory analysis and dashboard creation for COVID-related public data.

Full code
Fuel price time-series forecasting

Fuel Price Prediction with LSTM

Time-series forecasting for fuel prices using deep learning and non-linear modeling.

Full code
Glass type classification

Glass Classification

Model comparison between decision-tree and neural-network approaches for classification.

Full code

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