Mohsen Pilevar

Graduate Research Assistant @The University of Alabama

Tuscaloosa, AL, US

Designed and optimized a novel bench-scale MOF synthesis method using root cause investigation, experimental design (DOE), and statistical data analysis, leading to a 40% improvement in product yield.• Led a multidisciplinnary project to optimize MOF integration into polyamide composite membranes, enhancing fouling resistance by 15%.• Utilized advanced analytical and material characterization techniques (e.g, XRD, SEM, EDX, TEM, MALDI-TOF, ICP-OES) to study 2D nanomaterials (i.e, MXenes) and their antibacterial properties/mechanisms, leading to >100% performance improvement upon morphological modifications. • Leveraged Six Sigma methodology and extensive statistical data analysis (JMP and Minitab) to develop a standardized and reproducible experimental protocol for evaluating self-cleaning polymer surfaces• Investigated TMP and critical flux for tangential flow filters to study fouling, finding critical insight for membrane selection and process optimization.• Designed and executed mAb purification experiments in normal- and tangential flow filtration (TFF) systems, acquiring insights into protein–membrane surface interactions.• Conducted standardized cell culture assays to screen MOF nanoparticles for antibacterial potency, benchmarking against commercial antibiotic standards.• Developed standard experimental protocols to synthesize, characterize, and test nanostructured materials/polymeric membranes, targeting market performance standards.

University of Tehran

Bachelor's degree

The University of Alabama

Doctor of Philosophy - PhD

University of Tehran

Master's degree