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JennySegschneider/README.md

👋Hi there, I'm Jenny

PhD Candidate in Mathematical Optimization

I recently submitted my PhD thesis in mathematics at Research Area Discrete Optimization, RWTH Aachen and am now looking to transition into industry roles where I can combine analytical thinking with practical computational skills.

My GitHub is where I build and showcase projects that reflect my background:

  • 🧮 mathematical insight
  • 📊 computational modeling
  • 💡 personal projects that explore ideas I’m genuinely curious about

🧑‍💻 What I code with:

C++ Java Python LaTeX

🧠 Academic Background

During my PhD, I focused on mathematical optimization, specifically discrete and robust optimization to help make good decisions even when the data is uncertain. Among others, I investigated a robust variant of the b-matching problem, and an integrated timetabling and electric vehicle scheduling problem for electric buses.

🌱 What I am currently learning:

HTML5 Kotlin MySQL AWS

📫 Where to find me:

LinkedIn ResearchGate

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  1. DirectedRobustBMatchingBendersDecomposition DirectedRobustBMatchingBendersDecomposition Public

    This repository contains a Java implementation of a Benders Decomposition algorithm to solve the Directed Robust Perfect b-Matching Problem (DRPbM). The results are part of my PhD-thesis and will b…

    Java

  2. Timetabling_and_EVSP Timetabling_and_EVSP Public

    This repository contains the Java implementation of a decomposition algorithm to solve the integrated Timetabling and Electric Vehicle Scheduling Problem.

    Java