Mechanical engineer and product designer building smart material systems
My work sits at the intersection of smart materials, textile structures, and human-centered product design. I study how shape memory alloys and multifunctional yarns can be modeled, fabricated, characterized, and integrated into systems that move, adapt, support the body, or improve medical and wearable devices.
Instead of treating materials as passive components, I design systems where geometry, actuation, fabrication, and user needs are developed together: from fiber-scale kinematics to human-scale function.

My work moves across scales: from NiTi microfilament yarns and material characterization to medical devices, robotic actuation, and wearable support systems.
From Tehran to Minneapolis — a trajectory through smart materials
My toolkit combines material characterization, modeling, fabrication, CAD, product strategy, and visual communication — because smart material systems need both engineering depth and design clarity.
I am open to research collaborations, internships, product-development opportunities, medical-device projects, smart-material systems, and creative engineering work.