Process Engineer

• Jun 2022 - Present

Research Assistant

• May 2021 - Jun 2022

• Designing and fabricating Ag-based nanocomposite ultrafiltration (UF) polysulfone membranes for removing coronavirus from wastewater• Developing new ultrafiltration models for optimizing water and wastewater treatment processes• Developing numerical models with Python programming language for optimizing water treatment processes• Performing lab-scale experimentation, data collection, analysis, modeling, and report preparation

Teaching Assistant

• Sep 2021 - Dec 2021

• Aided students in their projects and solving the technical problems in the Chemical Reaction Engineering course• Created and marked tutorials and assignments for students• Managed, organized, and marked meetings for students’ presentations

Junior Process Engineer

• Mar 2019 - Sep 2020

• Designed wastewater treatment devices, pumping stations, piping systems, and water distribution networks • Analyzed and prepared PFDs, P&IDs, and other data sources to build digital representations of plant processes and components • Prepared comprehensive technical reports, proposals, and schedules by cooperating with senior engineers • Designed wastewater treatment devices, pumping stations, piping systems, and water distribution networks • Analyzed and prepared PFDs, P&IDs, and other data sources to build digital representations of plant processes and components • Prepared comprehensive technical reports, proposals, and schedules by cooperating with senior engineers

Research Assistant

• Feb 2019 - Sep 2020

• Researched on bioethanol production using olive waste as raw material and published a paper on this topic • Designed, optimized, and modeled bioethanol plant and processes with Aspen HYSYS • Performed a techno-economic assessment of bioethanol plant for process scale-up with the use of Aspen Economic Analyzer • Designed and manufactured the temperature controlling system for a batch reactor via Python programming language in Raspberry Pi • Researched on bioethanol production using olive waste as raw material and published a paper on this topic • Designed, optimized, and modeled bioethanol plant and processes with Aspen HYSYS • Performed a techno-economic assessment of bioethanol plant for process scale-up with the use of Aspen Economic Analyzer • Designed and manufactured the temperature controlling system for a batch reactor via Python programming language in Raspberry Pi