Naeimeh Hosseini

Developing computational workflows for spatial multi-omics data analysis, integrating spatial transcriptomics with metabolomics/lipidomics to enable high-resolution biological insights.

Modeled and simulated interactions between complex fluids and bio-structures for the EU NANOSHOCK project, advancing understanding of manufacturing shock interactions at the nanoscale.

Supported turbulent flow simulation coursework on HPC systems, assisting students with simulations and performance optimization during multiple semester terms.

Developed code and features for the DEAL.II finite element library supporting plasma physics applications and numerical methods research.

Simulated blood flow and monitored blood pressure for medical procedure research, contributing to computational models and validation of clinical measurements.

Calibrated 3D ultrasound systems and supported imaging research to improve measurement accuracy and experimental reproducibility.

PhD candidate conducting research in bioengineering and spatial multi-omics data analysis, integrating spatial transcriptomics and metabolomics/lipidomics.

Grade: GPA 1.4 (German grading system)

Completed a Master of Science in Computational Science & Engineering with a thesis developing a computational finite element model exploring anisotropy in extracellular matrices.

Grade: GPA 2.0 (German grading system)

Completed a Bachelor of Science in Mechanical Engineering; thesis on conceptual design of an ultrasound-activated piezoelectric micro-generator for implanted MEMS devices.