Model
Formulate mechanisms and dynamic systems that make causal structure explicit.
Mahdiar Sadeghi
I develop mathematical models for biological and physical systems—making their dynamics, assumptions, and decision-relevant behavior intelligible.
Scientific computing · mathematical modeling · control theory
Physiological systems
calcium and iron homeostasis
Mathematical models
dynamics · identifiability · control
Applied systems
therapeutics · sensing · forecasting
Interrogate
Determine what a model can identify or predict, given its data and assumptions.
Control
Choose actions that steer a system toward a desired outcome under real constraints.
Prior work
Each project has a dedicated repository for reproducibility.
Calcium
A Julia-first model library and public atlas for calcium–phosphate homeostasis and bone remodeling, tracing the models and mechanisms that define the field.
Ferrin
A model-first atlas of mammalian iron homeostasis: systemic flux, regulation, tissue demand, and the hepcidin–ferroportin axis.
Virtual
A fast, non-iterative electromagnetic forward model for dielectric characterization and focused near-field sensing.
Publications
Citable work from earlier research.
Journal articles, conference papers, and preprints.
Weblog / H
A place for unfinished thought.
H is the less formal branch of this work: notes, questions, and ideas that are not yet ready to become a paper, project, or conclusion.
Contact