• Developed a pipeline to retrieve CMIP6 data and hydrological data from gauge stations across the region, using specific parameters for accurate data analysis• Currently developing a downscaled and bias-adjusted hydrological model to predict water levels for hydroelectric energy production in Ontario

Single Chambered Microbial Fuel Cell for Microplastics Removal in Water● Co-authored a scientific article investigating the exploitation of bio-electrochemical systems and microplastics removal. ● Developed a microbial fuel cell specifically designed to remove PET particles from water.Bio-Electrochemical System for continuous renewal of water in Hydroponic System● Received funding from the Canadian National Research Council to develop anenvironmentally-friendly food production system for Northern Canadian communities● Benchmarked existing cutting-edge biotechnologies capable of reducing energyconsumption in water treatment, from both technological and financial standpoints● Developed a microbial fuel cell to optimize water renewal in hydroponic systems● Implemented a performance monitoring engine for hydroponic systems using Arduino

● Conducted market research to identify investment trends in the Lebanese startupecosystem● Investigated 30+ startups, focusing on the investment sizes, sources, and growth stages

● Interviewed leading workplace designing companies in Europe to assess thelevel of adoption of ESG.● Established a simulation tool capable of measuring the environmental impact of differentworkplace designs