Software Developer at IVU Traffic Technologies, Berlin
February 2022 - Current
C++17
Qt5.15
boost
SQL
Windows
Git
At IVU Traffic Technologies, Berlin, I am a part of a team of 20 developers, who are jointly responsible for writing and maintaining modern C++ software
for the planning and disposition of public transport vehicles. I, specifically work in a subteam that enables the planning of future tasks for vehicles
upon arrival at a depot. Besides this, I have taken a strong interest in becoming competent in Qt, and worked closely with the UX expert to improve the interface
by implementing several complex View functionalities within the software.
The work at IVU has exposed me to an extremely large codebase, and an outstanding design architecture, enabling me to think and write better, and more maintenable code.
Software Developer at 5micron GmbH, Berlin
June 2021 - October 2021
Javascript
AJAX
PHP
PostgreSQL
Linux
GIT
At 5micron GmbH, Berlin, I was a part of a team of three developers and was responsible for the development of a User- and Content Management
System for the control of IoT Devices. The primary task was to design a user-registration and login system for which I employed Json Web Tokens (JWT)
as the authorisation technique. Additionally, the control of IoT devices allowed creating and deleting devices, on-the-fly label management for the devices and user
users management. The project enabled me to design a modular database architecture and exposed me to the development of Restful APIs using PHP and Javascript.
Research Scientist at University of Wuppertal
April 2018 - April 2021
C++
Python
Linux
OpenFOAM
GIT
An energy efficient cleaning process would enable removal of particles
from a surface without the need to expend (or waste) a large amount of water.
The hypothesis was tested by modelling the collisions between particles and droplets and
compared to experiments.
The three year project was sponsored by the Federal Ministry for Economic Affairs and Energy (BMWi).
A documentation of the work can be found on
ResearchGate.
Research Scientist at Forschungszentrum Jülich
November 2017 - February 2018
Python
Linux
GIT
We developed a Python module PROPTI for optimisation of parameters in computer simulations.
PROPTI provides a framework that is easy to understand, well documented and generalised to work alongside
any simulation software to enable parameter estimation.
PROPTI is open-source, released under the MIT License and available on GitHub.
PROPTI is open-source, released under the MIT License and available on GitHub.
Research Assistant at Forschungszentrum Jülich & University of Wuppertal
February 2017 - October 2017
C++
Python
Linux
OpenFOAM
The project investigated the numerical modeling and simulation of pyrolysis and flame spread using OpenFOAM.
OpenFOAM is a C++ Framework used for simulation of fluid flows, and in general, physical phenomenon occurring in nature.
A new method was developed to understand how the mass of a material changes when it starts burning, the results of the simulation
were compared to experiments performed at the University of Wuppertal, Germany.
The C++ code and documentation are open source and can be accessed on GitHub and ResearchGate respectively.
The C++ code and documentation are open source and can be accessed on GitHub and ResearchGate respectively.