Mohamed E.

Results-driven Senior Mechanical and CFD Engineer specializing in the design and optimization of direct air capture (DAC) systems. Advanced user of ANSYS Fluent and OpenFOAM, with strong experience in multiphase flow modeling (Eulerian–Eulerian, VOF), wall film modeling, and population balance models (PBM) for particle and droplet dynamics. Proficient in species transport, mass transfer, and reactive flow simulations, including chemical reaction kinetics and gas–liquid interaction processes relevant to CO₂ capture.

Experienced in applying turbulence models (k-ε, k-ω SST) and solving coupled heat and mass transfer problems to evaluate system performance, pressure drop, and capture efficiency. Contributed to the mechanical design and optimization of air contactors and reaction systems, translating CFD insights into practical, manufacturable solutions. Skilled in validating simulations through experimental testing and improving system efficiency, scalability, and reliability under real operating conditions.