Miłosz's research focuses on metabolic engineering in synthetic yeast (Sc2.0), leveraging its unique features such as SCRaMbLE to develop a novel, translatable approach to pathway optimization, harnessing evolutionary dynamics and large-scale genome rearrangement. Miłosz comes from Wrocław in Poland. He received his B.S. in Liberal Arts and Sciences/Molecular Biology from Maastricht University in the Netherlands where he became interested in synthetic biology through iGEM. To further develop his expertise in this field, he joined the Boeke and Maurano labs at NYU, where he worked on engineering and consolidating synthetic chromosomes for the Synthetic Yeast Genome Project (Sc2.0) and contributed to the Dark Matter Project. After graduation, he joined TU Delft as a Molecular Biology Technician, conducting research as part of the BaSyC (Building a Synthetic Cell) consortium. Outside the lab, Miłosz enjoys hiking with his dog and building furniture designed by his girlfriend.