Ph.D. student in environmental engineering at the University of Guelph, studying the building decarburization strategies to reduce both operational and embodied carbon footprint of buildings. I will use optimization techniques and economics models to propose decarburization solutions toward creating cost-effective environmentally-aware buildings. M.Sc. graduate of petroleum engineering competent in managing academic projects on formation damage, enhanced oil recovery, and application of Nano fluids in the oil and gas industry. A life-long learner with excellent communication and presentation skills, thanks to the demonstrated history of research and teaching at the University of Tehran and University of Guelph. #Environmetnal Engineering #Environmetnal Economics #Building Decarbonization #Urban_Physics_Model
Phd Student at the University of Guelph (May 2023-Present)
MSc. of Petroleum Engineering at the University of Tehran (Sep. 2017-Oct. 2018)
BSc. of Petroleum Engineering at the University of Tehran (Sep. 2017-Oct. 2018)
Building Decarbunization
Building Retrofits
Environmental Economics
Urban Physics Modeling
Python Programming
Matlab Programming
Data Analysis (SQL, Python(Pandas Libarary))
Life Cycle Assessment (Simapro Software)
Microsoft Office (Excel,Word,Powerpoint,Visio)
LATEX
Persian
English
Turkish
Building Retrofits Strategies in Different Regions of Canada
Nanoparticle’s Effects on Fine Migration at Various Salinity, pH and Temperature
Building and Environment (2023)
Reviews in Chemical Engineering (2022)
Journal of Energy Resources Technology (2022)
Journal of Petroleum Science and Engineering (2022)
The Canadian Journal of Chemical Engineering (2022)
Journal of Petroleum Science and Engineering (2022)
Journal of Mineral Resources Engineering (2022)
3rd International Biennnial Oil, Gas, and Petrochemical Conference (2021)
3rd International Biennnial Oil, Gas, and Petrochemical Conference (2021)
5th International Conference on Applied Research in Chemistry and Chemical Engineering (2018)
In an effort to combat climate change, this survey attempts to collect data for academic research on building energy consumption in Canada. Data will be used to understand building performance, develop prediction and design models, and lead innovation to reduce building energy consumption. By participation in this survey, your privacy will be protected. To protect individual's data, information will be collected as anonymous and only reported in aggregate form, i.e. by combining large sets of data. By participating in this survey, individuals agree to the consent form provided at the beginning of the survey. This study is organized by Amir A. Aliabadi from Environmental Engineering at the University of Guelph. This project has been reviewed by the Research Ethics Board for Compliance with federal guidelines for research involving human participants (REB No. 23-05-011).
