I contribute to a wide range of processes within the company, including maintaining and enhancing existing products, as well as developing new solutions to meet evolving business needs.My work involves leveraging Java and Spring Boot to build and optimize applications, alongside utilizing Azure for cloud integration and deployment. I also work with tools like Grafana for data visualization and GitLab/Azure DevOps for version control and CI/CD pipelines. This role has enabled me to strengthen my skills in software development, cloud technologies, and collaborative workflows.

Conducted theoretical predictions of quantum processes involved in elementary particle collisions for CERN, contributing to high-energy physics research. - Designed and implemented a Java application with a user-friendly graphical interface using Swing, Spring Framework, SQL, and Hibernate to visualize the results, enhancing usability for researchers and stakeholders. - Developed an advanced algorithm in Python for predicting quantum amplitudes in fractional dimensional spaces, leveraging SciPy and Scikit-learn. This method improved prediction accuracy significantly and reduced computation time compared to traditional techniques. - Optimized source code for analytical computations of two-loop integrals in fractional dimensions, reducing runtime and streamlining complex calculations in theoretical physics.

During my PhD studies at RWTH Aachen University, I delivered lectures on Quantum Mechanics to Master's students, bridging theoretical principles with practical problem-solving. I developed custom problem sets to encourage critical thinking and oversaw the examination process, including designing and grading exams. This experience enhanced my ability to communicate complex ideas effectively and foster student engagement in advanced physics topics.

As a PhD student at RWTH Aachen University, I conducted lectures on Electrodynamics for Master's students, focusing on simplifying complex concepts and fostering a deep understanding of the subject. Additionally, I designed problem sets to challenge students' analytical skills and contributed to the examination process by crafting and evaluating exams. This role honed my teaching, curriculum development, and assessment skills in a collaborative academic environment.

Contributed to the development of the server-side infrastructure for the Yandex Delivery Service application, implementing robust business logic to support seamless operations.Designed and optimized databases, ensuring efficient storage and processing of user data while improving overall system performance.Additionally, provided minor contributions to the web design aspects of the Yandex Delivery Service platform, collaborating with front-end teams to enhance user experience.

As a working student, I contributed to the development of probabilistic models to study the structure and interactions of atomic nuclei. This role involved leveraging machine learning algorithms and advanced Python frameworks to perform complex mathematical computations, enabling more accurate predictions in nuclear physics research.