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Bioelectric Medicine
Developing wearable electrical-stimulation technologies for tissue repair and regenerative medicine.
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Biomedical Engineering · Bioelectric Medicine
Mojtaba Belali
Koochesfahani
Translating scientific ideas into technologies that can be modeled, built, tested, and applied.
LOOKING BEYOND THE SURFACE
Engineering begins with understanding what lies beneath.
Medical imaging and anatomical models allow us to investigate structures that cannot be understood from the surface alone.
FROM ANATOMY TO COMPUTATION
Turning biological complexity into measurable models.
Segmentation, three-dimensional reconstruction, and finite-element modeling reveal how electrical stimulation interacts with tissue.
FROM COMPUTATION TO TECHNOLOGY
Building biomedical systems that connect ideas with reality.
My work combines modeling, electronics, experimental research, and prototyping to develop practical biomedical technologies.
SELECTED DIRECTIONS
Engineering at the intersection of biology and technology
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Computational Modeling
Using medical imaging, anatomical segmentation, and finite-element modeling to understand electric-field distributions.
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Biomedical Prototyping
Connecting electronics, embedded systems, three-dimensional modeling, and experimentation to create biomedical devices.
ABOUT
My work combines engineering, biology, and computation to transform scientific ideas into technologies that can be modeled, built, tested, and translated into real-world applications.
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