Chemical Engineering specialist with expertise in Chemical Reactor Design, Reaction Engineering, Process Optimization, Water Treatment, Smart Materials, Nanomaterials, and Data-Driven Chemical Process Modeling. I hold a PhD completed in 2009, with research focused on water treatment and the removal of metal contaminants from water. My academic and research work has also included published studies on the use of smart materials for water treatment and pollutant removal. In addition, I have worked on the development and production of smart nanomaterials for corrosion protection of metallic structures, with a focus on improving material durability, surface protection, and resistance to environmental degradation. My current work focuses on improving chemical reaction performance by identifying optimum operating conditions, including temperature, pressure, reactant ratios, concentration, residence time, conversion, yield, and selectivity. I am particularly interested in combining mathematical modeling, process simulation, optimization techniques, data analysis, and AI / Machine Learning applications in Chemical Engineering to reduce unnecessary trial-and-error experimentation and narrow the experimental search space before laboratory or industrial validation.