I aim to explore the multi-dimensional partonic structure of hadrons, driven by a deep understanding of the scientific objectives of the EIC (Electron–Ion Collider). My research focuses on perturbative QCD (Quantum Chromodynamics), which helps establish the theoretical framework of scattering processes, and its impact on phenomenology, which connects theory and experimental data by making testable predictions, thereby bridging the two. In simpler terms, I help build the theoretical ‘blueprints’ that experiments rely on to make sense of the complex data they collect. Moreover, my work involves collaboration with experts in lattice QCD – a numerical method used to study quarks and gluons within a discretized spacetime framework – and experimental physics, emphasizing the importance of a strong connection between both analytical and numerical theories and experiments.