Research Background:

Neural network modeling and genetic algorithm optimization of
complex chemical and electrical processes.
Novel Membranes for Membrane BioReactors.
Biofilm-induced infection treatment on metallic implants using
purely electrochemical methods.
Longitudinal size-based particle migration in oscillatory inertial
microfluidics.
Broadband Electrical Impedance Spectroscopy and bi-cistronic
interface.
Ultrasound-based reproductive cell micromanipulation.

Current Research:

Amir is currently developing contactless technology for handling
female gametes and micromanipulation and is dedicated to
translating new technologies into clinics to improve accessibility
for all.