Federico Tomazic

Developed a Monte Carlo simulation tool to optimize pigment distribution in paints.

Institute for Multiscale Simulation of Particulate Systems Self-Organization Processes Group: https://engellab.de/ CRC 1411- Design of Particulate Products: https://www.crc1411.research.fau.eu/ Published in peer-reviewed journals. Supervised master’s students' projects and tutored a lab course on simulation techniques. Presented research findings in international conferences. Communicated research findings at public outreach events.

1. Familiarization with the topics of Textmining and Natural Language Processing and the associated software tools. 2. Development and documentation of an annotation scheme for the automated extraction of relevant information from solid oxide fuel cell and materials science documents. 3. Presentation, discussion, and transfer of results to project colleagues. 4. Assessment and implementation of rules using Regular Expressions for rule-based extraction of information from documents.

Dissertation title: "Particle Self-Assembly into Complex Suprastructures: The Role of Shape and Interaction". Implemented different models of nanoparticle interactions and applied them in coarse-grained simulations to study their self-assembly, including: 1. Ordered colloidal supraparticles formed

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