
I am a Senior Software Engineer focused on building robust, scalable backend systems and solving complex technical challenges. I thrive on translating abstract problems into resilient, high-performance software, leveraging expertise in TypeScript, Kotlin and Rust. In my current role at d-fine, I function as a Backend and Cloud DevOps Engineer.
My experience covers:
- Designing and developing critical applications in Kotlin, TypeScript or Rust.
- Building scalable cloud architecture on GCP and AWS using Infrastructure-as-Code (IaC).
- Implementing and maintaining robust CI/CD pipelines for deployment, including expertise with tools like ArgoCD to deploy to K8s clusters via GitOps
- Quickly understanding and navigating complex systems and established code bases
- Applying my background as a Mathematician (PhD) to approach algorithmic complexity and system optimization.
I am a strong proponent of systems that emphasize type safety and high performance. This drives my deep technical interest and dedication to Rust, which I utilize for personal projects and have started to introduce at d-fine involving systems programming and complex data structure design. I am always open to connecting with professionals and discussing challenges in Backend Engineering, High-Performance Computing, or Systems Development utilizing modern languages like Rust, Kotlin, or Go. Feel free to reach out for technical dialogue or collaboration.
You can find me on GitLab and GitHub.
Another interest of mine is science communication and making mathematics accessible to laypeople. I have partaken in several Science Nights, events for high schoolers and a Maths Science Slam where I presented my research in three minutes to a general audience. Feel free to reach out if you would like me to present a maths or science talk for your event!
In my PhD research I answered the question “Can soap films have facets or are they always smooth?”, focusing on the existence and regularity of anisotropic minimal surfaces. I am also interested in geometry processing and the geometry behind general relativity.
This webpage is mostly focused on my research activities, you can find details on my resume, scientific publications, conference contributions, and my outreach activities.