Ahmed Muhammad Azmeer

Working under Dr. Bassam Dally to develop a novel Solar Thermal Receiver to be used for super critical C02 Bryton Cycles and the production of industrial process heat Testing the receiver using KAUST’s High Flux Solar Simulator Using experimental research and advanced computational investigations using ANSYS FLUENT (CFD – Computational Fluid Dynamics) and Ray Tracing

Researched strategies to optimize the operating efficacy of GOSP Oil-Water Separators (CPIs, WOSEPs) Studied Aramco and API standards of operation for GOSP construction and operation Presented recommendations and research findings regarding CPI improvement to the Senior Project Engineer Assisted site superintendents in overseeing the installation, energizing, and troubleshooting of mechanical equipment at the GOSP expansion site, adhering to API and Aramco standards

Conceptualized and developed a novel, low cost, easy-to-assemble setup capable of manufacturing Nanoparticles for the improvement of cancer treatments (chemotherapy) in low-income countries Showcased and presented work at one of the largest conferences for miniaturized Systems, MicroTas 2022 in Hangzhou, China

Gained hands-on experience in DCS operation, control, design basis, and maintenance of Vidullanka’s 3.3MW biomass-fueled power plant Audited the environmental impact of biomass ash through analysis, chemical testing, and novel research Formulated solutions to mitigate the negative environmental impacts of the ash on the surrounding rice farming village Documented field visits to Vidullanka’s run-off river hydropower plants where I shadowed Senior Hydropower Engineers