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Keywords
Skills
Work Experience:
Research and development of optimization algorithms for the energy transition
(Nov 2018 – Dec 2021), RWTH Aachen
(Feb 2021 – Mar 2021), thyssenkrupp Indus-
trial Solutions
Reference available: https://www.bluebirdoptimization.com/#references
(Jul 2017 – Apr 2018), AVT.SVT, RWTH Aachen
Programming Languages: C++, Python, MATLAB/Simulink,FORTRAN, MS Office
Software Tools and Frameworks: Git, Cmake, Doxygen, GAMS, Qt, Modelica, design patterns, automatic software tests
OS: Linux, Windows
Mathematical Optimization Software: Gurobi, CPLEX
Theoretical Background:
M. Sc. and B. Sc. in Computational Engineering Science
Open-Source Code: https://git.rwth-aachen.de/avt-svt/public/AdvCutsCoopOPF
Research and development of optimization algorithms for the energy transition
(Nov 2018 – Dec 2021), RWTH Aachen
- Optimal production scheduling
- Optimal cooperation in electricity grids
- Time series models and ML models for thermodynamics
- Modern C++, Python, MATLAB
- LP, MILP, global (MI-)NLP
- Leading a team of 3 developers
(Feb 2021 – Mar 2021), thyssenkrupp Indus-
trial Solutions
Reference available: https://www.bluebirdoptimization.com/#references
- Python
- MILP
- SQLAlchemy, InfluxDB
(Jul 2017 – Apr 2018), AVT.SVT, RWTH Aachen
- Extension and refactoring of an ODE solver
- Automation of unit tests
Programming Languages: C++, Python, MATLAB/Simulink,FORTRAN, MS Office
Software Tools and Frameworks: Git, Cmake, Doxygen, GAMS, Qt, Modelica, design patterns, automatic software tests
OS: Linux, Windows
Mathematical Optimization Software: Gurobi, CPLEX
Theoretical Background:
M. Sc. and B. Sc. in Computational Engineering Science
- Advanced algebra, statistics, data science
- Software engineering
- Numerical Simulation and Optimization
- Process engineering and thermodynamics
Open-Source Code: https://git.rwth-aachen.de/avt-svt/public/AdvCutsCoopOPF
Project history
11/2018
-
12/2021
PhD candidate
Chair for Process Systems Engineering, RWTH Aachen University
(10-50 employees)
Energy, water and environment
Research developing optimization algorithms for demand side management and smart electricity grids
Software development in C++ and MATLAB
Leading a team of software development assistants
Software development in C++ and MATLAB
Leading a team of software development assistants
02/2021
-
03/2021
Expert for optimization algorithms
thyssenkrupp Industrial Solutions
(>10.000 employees)
Industry and mechanical engineering
External support in a numerical optimization project
- Analysis of existing model
- Development of several approaches to extend model
- Implementation of promising approaches, software testing and documentation
Time and spatial flexibility
verfügbar für remote Projekte,
zu Projektbeginn und -abschluss oder bei wichtigen Meilensteinen auf Wunsch einige Wochen vor Ort weltweit möglich
zu Projektbeginn und -abschluss oder bei wichtigen Meilensteinen auf Wunsch einige Wochen vor Ort weltweit möglich