Dr. Andreas Reppas

I worked on optimizing the business model. I performed analysis regarding the price elasticities. I focused on analyzing and constructing predictive frameworks using mathematical and machine learning techniques.

My work focused on analyzing Biological and Medical Data Sets. The main project was the analysis of Kidney Transplantation Patients' Data.

My work involved the application of the principles of biological system interactions to specific engineering applications. I worked on the computational analysis of pattern formation processes in developmental biological systems. I was also responsible for performing risk analysis on various biological processes.

I was responsible for the computational modelling and statistical analysis of the spread of disease through dense networks, such as densely populated cities. Such analysis is used to better understand the rate of disease spread in the absence of obvious transmission factors, like physical contact etc.

I worked on the route analysis of the logistics network in Athens. My main task was the classification and clustering analysis of the post’s distribution network.

Mathematical Analysis of Network-Based Epidemic Systems. The main goal of this work was the development of a computational framework to enhance the analysis of the disease dynamics on heterogeneous contact networks, such as large population centers.

Main areas were Dynamics, Mathematical modelling of Evolving Systems & Numerical Methods. Master Thesis: “Modelling and simulation of epidemic dynamics evolving on complex networks”.

I focused on Mathematical Analysis and Applied Mechanics. Diploma Thesis:” Modelling and Computational Analysis of Fire-Spread Dynamics using Cellular Automata”.