17.09.2025 aktualisiert
100 % verfügbar
DevOps / Fullstack Engineer
Frankfurt, Deutschland
Weltweit
Physik (Promotion)Skills
I have over 15 years of experience in software engineering, data analysis, and physics research. My expertise includes designing and implementing statistical algorithms for large-scale data analysis, developing full-stack web applications in the e-commerce and transport domains, and optimizing complex scheduling problems. With strong analytical and mathematical skills, I thrive in collaborative environments, maintaining a strategic focus on overarching goals and cross-team dependencies.
Sprachen
DeutschverhandlungssicherEnglischverhandlungssicher
Projekthistorie
Porsche ID is a unified digital identity platform providing secure authentication and seamless access across Porsche’s online services, mobile apps, and connected vehicle features. As a Full-Stack DevOps Engineer, I design and implement new authentication and authorization functionalities for both users and systems, while ensuring high availability, security, and performance to deliver a flawless digital experience for Porsche customers.
Technologies: Auth0, OAuth 2/OIDC, Python, Angular, AWS, Terraform, Github
Methodologies: Scrum and SAFe
05.2020 – 12.2024 | Workload: 65 % | Customer: DB InfraGO, a subsidiary of Deutsche Bahn
Project: iTraiN (interaktive Trassenkonstruktion im Netzfahrplan)
iTrain is a web application that provides train constructors (timetable planners) with a seamless interface for submitting and visualizing train routing and scheduling requests. The application augments these requests for the optimization engine, visualizes the engine's results, and ultimately transfers the calculated plan to the production booking system. As a full-stack developer, I developed the REST-API backend using Django and Django Rest Framework, as well as the frontend using Angular, RxJS, and Angular Material. I implemented various UIs and endpoints for data ingestion, processing, retrieval, and visualization. I led the implementation of security measures, real-time content updates via WebSocket communication, and user authentication. Additionally, I configured the app in Microsoft Entra and implemented single sign-on (SSO) authentication using OAuth2/OIDC.
Technologies: Python, Django, Django ORM, Django-Rest-Framework, TypeScript/JavaScript, Angular, Angular Material, HTML, CSS, RxJS, pytest, Cypress, PostgreSQL, REST APIs, WebSocket, OAuth 2/OIDC, Docker, AWS, Jenkins, Gitlab
Project: iTraiN (interaktive Trassenkonstruktion im Netzfahrplan)
iTrain is a web application that provides train constructors (timetable planners) with a seamless interface for submitting and visualizing train routing and scheduling requests. The application augments these requests for the optimization engine, visualizes the engine's results, and ultimately transfers the calculated plan to the production booking system. As a full-stack developer, I developed the REST-API backend using Django and Django Rest Framework, as well as the frontend using Angular, RxJS, and Angular Material. I implemented various UIs and endpoints for data ingestion, processing, retrieval, and visualization. I led the implementation of security measures, real-time content updates via WebSocket communication, and user authentication. Additionally, I configured the app in Microsoft Entra and implemented single sign-on (SSO) authentication using OAuth2/OIDC.
Technologies: Python, Django, Django ORM, Django-Rest-Framework, TypeScript/JavaScript, Angular, Angular Material, HTML, CSS, RxJS, pytest, Cypress, PostgreSQL, REST APIs, WebSocket, OAuth 2/OIDC, Docker, AWS, Jenkins, Gitlab
05.2020 – 12.2024 | Workload: 35 % | Customer: DB InfraGO, a subsidiary of Deutsche Bahn
Project: AFK (Automatische Fahrplankonstruktion)
The AFK is an engine designed to calculate optimized train routes and schedules, considering infrastructure, time, and traffic constraints. As an algorithms developer, I enhanced the results by implementing and modifying several components of the engine. The primary programming tasks were carried out in C++, while I occasionally modified Java microservices to provide necessary input data.
Technologies: C++, Gtest, Gurobi, Protocol Buffers, ActiveMQ, Redis, Docker, AWS, Git, Jenkins, Java, Spring Boot
Methodologies: Event Driven Architecture, Scrum and SAFe, Test-Driven Development
Project: AFK (Automatische Fahrplankonstruktion)
The AFK is an engine designed to calculate optimized train routes and schedules, considering infrastructure, time, and traffic constraints. As an algorithms developer, I enhanced the results by implementing and modifying several components of the engine. The primary programming tasks were carried out in C++, while I occasionally modified Java microservices to provide necessary input data.
Technologies: C++, Gtest, Gurobi, Protocol Buffers, ActiveMQ, Redis, Docker, AWS, Git, Jenkins, Java, Spring Boot
Methodologies: Event Driven Architecture, Scrum and SAFe, Test-Driven Development
Portfolio
