Research portfolio

Understanding materials
in motion.

From lunar dust to high-velocity metal particles, my research connects particle-scale behaviour with the performance of engineering systems.

I combine computational modelling and experiments to investigate contact, wear, fluid–particle interactions, and energy transfer—with applications across space exploration, manufacturing, and resource processing.

Explore research areas
Electrostatic particle handling
Electrostatic particle handling
Microwave-assisted rock breakage
Microwave-assisted rock breakage
Centrifugal separation
Centrifugal separation
Lunar wheel concept
Lunar wheel concept

Selected numerical studies from the research archive

Research areas

Across scales. Across disciplines.

A common focus: how particles, materials, and fields interact.

Academic background

A foundation in mechanics.
A multidisciplinary perspective.

My research background spans mechanical engineering, applied mechanics, and computational simulation. This portfolio brings together doctoral, master’s, and subsequent research, alongside collaborative engineering projects.

Publications & theses →
PhD · Mechanical Engineering
McGill University 2014
MASc · Mechanical Engineering
University of Windsor 2008
BSc · Mechanical Engineering
University of Tehran

Publications

Selected research contributions