I am an electrochemist with expertise in electrochemistry, materials science, and analytical chemistry. During my PhD, I completed three research projects and am currently working on a COMSOL modeling project. My research focuses on fabricating novel implantable neural electrodes using advanced material (e.g., MXene-PPy electrodepositted on Porous-Pt surface electrode) to enhance electrochemical performance, stability, and sensitivity for neurotransmitter sensing and neural stimulation. Due to advanced material composition in these electrodes and high electrochemical performance including high storage capacity, these electrodes hold potential for biomedical, neurotechnology, Biosensors, energy storage applications, etc. My modeling work simulates neurotransmitter diffusion in biophysiological environments for oxidation analysis.
Beyond my PhD, I have a strong foundation in nanomaterials and computational modeling from my master's studies, where I synthesized nanocomposites for water-based hybrid nanofluids and applied Artificial Neural Networks (ANN) with Genetic Algorithms (GA) for simulation and optimization. This research contributed to high-performance cooling and heat transfer technologies. Additionally, I bring industry experience as a lab specialist and manager in the pharmaceutical sector, bridging academic research with practical applications in R&D.
Company Overview – Manufacturing drug-like products and supplements for animals.
Company Overview – Operating Under the Supervision of Saipa Automaker Company.
Characterization Techniques:
Electrochemical techniques :
Computer Skills:
Soft Skills:
Problem-Solving, Effective Communication, Team collaboration, Leadership, Mentorship
Language skills:
Fluent in Persian, Turkish, and English
Intermediate: Italian, Arabic