The Computational Physics Laboratory is an integral part of the Physics Study Program, providing students with the tools and skills needed to solve complex physical problems through numerical methods and computer simulations. In this lab, students engage in practicum sessions focused on programming, algorithm development, and data analysis using platforms such as Python, MATLAB, or similar scientific software. The lab bridges theory and application, allowing students to model physical systems that are difficult or impossible to study analytically or experimentally. Through these experiences, students gain practical competence in computational techniques widely used in modern physics research and industry.

Beyond practicum activities, the Computational Physics Laboratory also supports independent and collaborative research. Provided by high-end computers, It offers a platform for students to develop simulation-based final projects, conduct data-driven investigations, and explore interdisciplinary applications of physics. The lab fosters a culture of innovation, encouraging problem-solving through code, modeling, and visualization. This laboratory plays a crucial role in preparing students for the demands of the digital era in both academic and professional physics careers.