Food Biophysics

from advanced simulations 
to tailored formulations for dysphagia.

Core Areas of My Work

Simulations, Modeling & Image Processing

DEM, CFD, image processing
Advanced numerical simulations to study flow and thermal processes in food systems.

Food Formulation & Texture Design

Research-driven formulations with controlled rheology, engineered textures, and optimized swallowing safety.

Scientific Research & Publications

Food Biophysics and ​related research areas. 
Peer-reviewed articles, conference works, and projects.

Applied Food Development

Dysphagia-Friendly Beverages

Developed a commercial line of thickened drinks using controlled rheology and IDDSI-based texture design.

Food Analysis & Instrumental Methods

Rheology, chromatography, FTIR, and texture evaluation for research and product development.

R&D Experience

Product formulation, process optimization, and applied research across beverages, bakery, and functional food systems.

Food Analysis & Instrumental Methods

Rheology, chromatography, FTIR, and texture evaluation for research and product development.

Dysphagia-Friendly Beverages

Developed a commercial line of thickened drinks using controlled rheology and IDDSI-based texture design.

R&D Experience

Product formulation, process optimization, and applied research across beverages, bakery, and functional food systems.

About me

I am a food science researcher and simulation specialist based in Warsaw, Poland.
I currently work at the Polish Academy of Sciences,
where I combine porous-material modeling, rheology, and food enginnering.
My work spans numerical simulation (DEM–CFD), instrument-based analysis, texture engineering, 
and the development of dysphagia-friendly foods.
I aim to bridge scientific research with real-world applications in health, nutrition, and food design.

Links & contact