About
I'm a software developer and researcher in the field of numerical simulations at FIFTY2 Technology. In addition to my current role, I also work as a self-employed software developer with a strong passion for computational science.
Research Background
I earned my PhD at the Parallel and Distributed Systems Laboratory, part of the Jožef Stefan Institute. My research focused on developing the Medusa library, which is used to provide numerical solutions to Partial Differential Equations (PDEs) with mesh-free methods.
Key Contributions
- Efficient Solving of PDEs: My main work involved the design and implementation of an hp-adaptive solution procedure for improved accuracy and computational efficiency.
- Collaborative Projects: I participated in several applied projects utilizing the Medusa library for practical problem-solving in scientific computing.
Read more about my research interests
Freelance Software Development
As a self-employed developer, I’ve worked on a variety of projects across different industries:
- Paraglider Design Software: Developed software for the design and construction of paragliders, including DXF pattern export and automatic FEM mesh generation for structural analysis. This work was done for NOVA and is proprietary.
- Web Trading Applications: Contributed to both the backend and frontend of web trading platforms for Interenergo.
- Weather Forecasting Research: Conducted extensive research on downscaling mesoscopic forecasts to higher resolutions, resulting in a prototype implementation of CALMET's approach for Operato.
- Excel VSTO Add-in: Developed an Excel Add-in for measurement and quality checks of paragliders for NOVA.
Technical Expertise
Throughout my career, I’ve demonstrated work in the following areas:
- Software Development: C++, C#, Python, TypeScript, FreePascal, ...
- Numerical Analysis: Abaqus, FreeFem++, Medusa, SPH
- Technical Writing: LaTeX
- And More...
I’m always open to learning new technologies and exploring new challenges!