Shadi Haddad

•Developed and validated methodology for nanoparticle carboxylic group quantification. •Executed research and laboratory tasks such as data collection, analysis, and reporting to the team, while operating analytical instruments. •Enhanced wastewater treatment efficiency by 40% from organic pollutant contamination. •Conducted mathematical calculations and statistical analysis using MS Excel and OrigionPro for quality testing, performance evaluation, backwashing, and regeneration techniques of 84 membranes.

•Performed wet chemistry and microbiology tasks, including measuring pH and conductivity, and preparing microbiological media, bacterial subcultures, and chemical reagents. •Maintained laboratory efficiency and cleanliness by restocking workstations, inventory checks, sterilizing surfaces, and updating laboratory documentation. •Facilitated experimental procedures, and developed educational content.

•Ensured compliance with pharmaceutical standards and regulations by evaluating tablets and capsule production stages, ensuring adherence to Good Manufacturing Practices (GMP). •Evaluated cleanroom conditions, including humidity, and temperature in a solid dosage form pharmaceutical plant. •Participated in Quality Assurance efforts by defining and detecting defects in the production stages and drug products.

•Thesis: Radioactive Wastewater Treatment using Air-Gap Membrane Distillation. •Relevant coursework: Plant Design, Unit Operations, Separation Processes, Pharmaceutical Technology Forms, and Packaging Technology.