Ilya Krauz

- Conducted multi-omics analyses for 4 oncology projects with U.S. cancer centers; results in manuscript drafting. - Performed Python clustering and dimensionality reduction on flow cytometry and RNA-seq to identify immune signatures; used in Cancer Cell publication. - Designed 4 BD Symphony A5 panels detecting 2,000+ immune populations, 30% faster; prepared for automatic cell typing. - Developed single-panel flow cytometry for CAR-T phenotyping and multiple myeloma detection, supporting new projects.

- Built a multicolor flow cytometry platform for 10 BD Symphony A1 panels, detecting several hundred immune populations. Supported the company’s first immune profiling projects and collaborated with wet lab teams to validate panels and standardize protocols. - Migrated cytometry annotation workflow from FlowJo to Python, helping automate gating and downstream analyses. Improved reproducibility and enabled the team to handle higher data volumes efficiently.

Taught physics in a prestigious physics and mathematics school. - Prepared 50 graduates. - All graduates successfully passed final exams in physics and enrolled in top universities.

Study of blood clotting processes Supervisors: prof. F.I. Ataullakhanov PhD, D.Y. Nechipurenko PhD - Modeled molecular processes involved in thrombus formation using computational simulations. - Developed flow chambers replicating hydrodynamic conditions of vessel stenosis. - Planned and conducted in vitro experiments on thrombus formation using confocal fluorescence microscopy. - Analyzed and processed experimental data to extract quantitative insights.

Grade: 3.93 out of 4Grade: 3.93 out of 4 Activities and societies: Biophysics, Fundamental physics Master thesis: "Computational modelling of von Willebrand factor dynamics in the presence of vessel stenosis" - Experience in confocal microscopy, flow chambers modelling, computational modelling, hydrodynamics; - Special courses: Bioinformatics, Immunology, Molecular principles of Biophysics, Molecular modeling, Magnetic resonance imaging, Biopolimer physics, Biomechanics

Grade: 3.68 out of 4Grade: 3.68 out of 4 Bachelor thesis: "Conformational dynamics of von Willebrand factor" - Main Fundamental Modules: General Physics, Theoretical Physics, Mathematics, Informatics - Main Special Courses: Cell biophysics, Biochemistry, Neurophysiology, Classical biology, Molecular biology, General chemistry, Quantum chemistry