Yossra Mokhtar

Contributed to the design and review of water treatment, wastewater treatment, and desalination systems for large-scale infrastructure projects.
Prepared design drawings, technical calculations, tender documents, and design reports.
Participated in design safety reviews and multidisciplinary design coordination.
Conducted water quality assessments and developed atlas maps to support planning and decision-making.

Taught in Introduction to Environmental Engineering course.
Held office hours, helped generate model answers.

Created green technology and ecosystem maps for AgriTech sector for 7 countries.
Researched the main actors in the field including regulatory, promotion and innovation support, and commercialization entities in the field.

Studied air quality impacts of dust generated from treated gravel roads.
Led the project to dust generation, collection and digestion, dilution, radioactivity measurement processes.
Performed data analysis and geospatial analysis using Python and Arc GIS Pro.

Collaborated in creating a database for the sources of air, water and land pollution in Egypt.
Assessed the environmental impact of industrial, agricultural and domestic sectors in Greater Cairo and prepared technical reports.
Led agriculture sector revision, and established water treatment and solid waste sectors emissions calculations.

Taught in 6 courses: hydraulics, water treatment, wastewater treatment, pollution transport, separation processes, and innovation in technology topics.
Assisted in explaining material, generated model answers, graded, and handled course logistics.

Examined water network in a Cairo’s district using Water CAD and recommended improvements.

Co-designed a wastewater treatment facility for mixed agricultural, industrial, and domestic wastewater.
Analyzed global and local tannery industry practices, assessing air and water pollution and identifying cleaner production and hazardous waste minimization opportunities.

Conducted sensitivity analysis using Fortran-based models to simulate aquatic ecosystems.
Evaluated novel solutions, including testing a machine for redistributing dissolved oxygen to address deficiencies in Dandong Bay, South Korea.