Academic Background
A journey of continuous learning and rigorous research.
Education
Master's degree in Renewable Energy Systems
Polytechnic University of Turin-PoliTo • Jan 2021 - Nov 2024
Turin, Italy
Bachelor of Science in Mechanical Engineering
Islamic Azad University • Sep 2014 - Apr 2019
Lab Experience
Data Science - Developer
Data Scientist & ML engineer role in the EU project of MAN-AGE 5.0
- Python Developer in the EU project of MAN-AGE 5.0 (AI-Integerated Energy management application for stellantis Auto-manufacturing Facility)
Mechanical Lab
Mechanical engineering and testing experience
- CAD & CAM
- Mechanical testing and certification of the workshop
- Marine mechanic (ICE engine, steam tanks, hydraulics and pumps) & maintenance
Electrical Lab
Electrical and energy systems experience
- PV system design and grid connection traineeship (PVsyst), Iran TVTO
- BMS & BAS Iran TVTO (Smart building)
HSE-MS
Health, Safety, and Environment Management Systems
- HSE-MS and Laboratory and workshop Standardization traineeship in Iran TVTO
Academic Projects & Research
Master's Thesis
Techno-economic analysis of green hydrogen production and utilization in hard-to-abate industries: A case study of the alumina industry
Politecnico di Torino • 2024
Academic Supervisors:
- Prof. Massimo Santarelli
- Prof. Andrea Lanzini
Abstract:
This thesis explores the feasibility of using green hydrogen to decarbonize the energy-intensive alumina production process. It involves a detailed techno-economic analysis, modeling the integration of hydrogen production (electrolysis) and usage within an industrial facility.
The study evaluates different scenarios, considering the fluctuating costs of renewable electricity and the potential carbon tax savings. Results indicate that while currently expensive, green hydrogen becomes a viable solution with specific policy incentives and technological cost reductions.
Keywords:
Completed Projects
Design of a 40 MW PV Plant
Complete design and simulation of a large-scale photovoltaic power plant, including site assessment, component selection, and yield estimation.
Thermal Power Plant Analysis
Thermodynamic analysis of a combined cycle power plant, optimizing efficiency and reducing emissions.
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