Abstract

This seminar explores the application of core chemical engineering principles—such as mass and energy balances, reaction networks, separations, and process optimization—within the context of a complex simulation environment: the video game Factorio. Through live in-game demonstrations, we will examine how this platform replicates many of the challenges encountered in real-world chemical process design, including multi-step synthesis pathways, byproduct handling, and system-level integration. The session aims to illustrate how recreational simulation tools can foster systems thinking, deepen one's engineering intuition, and serve as an informal, yet effective educational opportunity for chemical engineering students. Audience engagement will be encouraged through guided problem-solving exercises and interactive analysis of simulated plant operations.

Biography

I’m currently a Master’s student in Chemical Engineering at KAUST, working in the Advanced Catalytic Materials group, with my research focusing on kinetic modeling of catalytic processes. I also engage in activities through AIChE KAUST Chapter, and the Society of Petroleum Engineers, focusing on the professional development of students. I completed my undergraduate studies in Chemical Process Engineering at the University of Belgrade’s Faculty of Technology and Metallurgy.

I was a recipient of over 20 national and regional awards in chemistry, mathematics, and research, as well as a bronze medal at the 2019 International Chemistry Olympiad. This led me to a research career combined with industrial experience, so I authored several scientific papers and contributed to several international research projects.

The goal of my academic and professional journey is the advancement of chemical engineering through both theory and practice, and the transfer of knowledge and collaboration between professionals and institutions.