I am a chemical engineer specializing in Discrete Element Method (DEM) modeling. I am dedicated to finding innovative solutions to improve the efficiency of particulate processes through the use of simulations. My skill set includes not just DEM modeling, but also computational fluid dynamics (CFD), evolutionary optimization algorithms and 3D -modeling, -visualisation and -printingMy main research focuses on exploring the hydrodynamics of fluidised beds using both simulation and experimental techniques, such as Positron Emission Particle Tracking. I am knowledgeable in programming languages including Julia, Rust, and Python and experienced in using simulation software such as Barracuda Virtual Reactor, OpenFOAM, LIGGGHTS, MercuryDPM, Aspherix and BlazeDEM.As a proactive and driven individual, I have already achieved notable accomplishments in my academic career. I co-developed ACCES, a software tool for automatically calibrating DEM parameters, and have published several papers in top multiple journals as both a first and co-author.With my strong technical background and passion for innovation, I am eager to continue exploring new frontiers and making a positive impact on society through my work.