In my current role, I hold a lead position in the development of IFRS 17 reporting solutions for well known insurance companies in Germany and Slovakia. I perform business analysis activities, design features, and actively contribute to their implementation and testing. Simultaneously, I continue to analyze and structure clients' business requirements and data, implementing their specifications in the Systemorph Vertex platform. I play a key role in the ongoing development and optimization of clients' business processes, providing support and consulting on specific topics, with a focus on data modeling and reporting. Additionally, I am actively contributing to the evolution of the Systemorph Vertex platform, translating client requirements into efficient code, ensuring solution reliability through rigorous testing, and addressing technical debts. Embracing the Scrum methodology, I maintain a close and iterative feedback dialogue, internally and with clients, to seamlessly integrate evolving requirements into the development process.

My responsibilities entailed conducting predictive analysis, forecasting future outcomes based on historical data and utilizing mathematical models for quantitative relationship comprehension. What is more, I contributed to the software and computing infrastructure of the FCC (Future Circular Collider) by actively participating in its development. Specifically, I focused on studying and creating (semi-)analytical as well as numerical models to describe beam instabilities caused by beam-beam effects and electromagnetic wakefields, contributing to the predictions of performance limitations in high-energy e+e- interactions.

Paid internship in cooperation with the Applied R&D Department of Protergia. Participation in an indoor air quality assessment project, utilising data collected from school classrooms located in Trikala, Greece. Core responsibilities: - Visualize data collected by Air Quality IoT sensors. - Defining appropriate indexes for Indoor Air Quality assessment. - Conducting research on airborne disease transmission. - Modelling a system architecture that measures and monitors Indoor Air Quality levels.

Database development containing territories which were divided and grouped by their real estate market value in combination with their location.