About Me

I'm an Energy Engineer specializing in Renewable Energy Systems, with a strong foundation in Mechanical Engineering and a passion for Data Science. My expertise includes carbon mitigation, hydrogen technologies, and renewable gases. I am committed to advancing clean energy solutions. My academic rigor and practical experience have honed my ability to tackle intricate energy challenges with precision and innovation. I am dedicated to contributing to the advancement of clean energy solutions.

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Skills

  • Energy System Modelling
  • Optimization
  • AspenPlus
  • Modelica
  • Data Analytics
  • Machine Learning
  • Deep Learning
  • Neural Networks

Work Experience

I've had the opportunity to work on various significant projects and gain extensive industry experience. My work includes developing data-driven solutions, implementing sustainable practices, and optimizing energy systems. Below are some of the highlights:

  • Energy Engineer at drawingTOthefuture Lab

    • Leveraging research skills at drawingTOthefuture Lab to develop data-driven solutions. Applying expertise to an Industry 5.0 EU project for an automotive manufacturer in Italy, focusing on energy forecasting models for improved decision-making.

  • Apprenticeships As Energy Engineer in Enel Green Power

    • Implementing sustainable practices and advanced technologies in energy systems. Worked with Enel Green Power on circularity and sustainability assessment of PV plants (3rd and 4th generation of PV cells).

  • Apprenticeships As Energy Engineer in Hitachi Railway

    • Evaluated a public transport system with a focus on sustainability with Hitachi Railway, developed dashboards for decision-making based on green mobility indexes.

  • Apprenticeships As Energy Engineer in SACAL

    • Proposed the production of CAC as a by-product in sustainable aftertreatment in collaboration with SACAL and energy minimization overview aluminum and cement production units.

  • Energy Engineer in R&D department of Xeno

    • Worked in engineering division for Xeno Enterprise on energetic and mechanical projects. Developed energy department and collaborated on Green steel Project at Xeno (Slag and Mud recycling process, Integration of H2 in Steel Co).

  • Mechanical Engineer in Dehghan Workshop

    • Worked as Computer Numerical Control technician in Integrated Manufacturing System workshop. Design and Control technician (CAD), HSE-MS junior engineer.

lessons & Projects

  • Comprehensive Analysis of Solar Thermal System for Domestic Application (Heating, Cooling)

    • Energy Production, Economic evaluation of Solar Thermal system (in Monaco) for Domestic use (Heating, Cooling) modeling via Polysun.

  • Energy Network Modeling

    • Power Network (Managing The Distribution System of Prosumer Community)

    Designing a GAS Network System (A medium pressure gas network, Multi-component modeling)

    Heat Network (Design of a District Heating System)

  • Techno-economic Evaluation of a Biogas-Based SOFC System in Waste Water Treatment

    • Techno-economic evaluation of a biogas-based SOFC system for wastewater treatment plant in Ivrea, Italy.

  • Gas Spring Energy Storage

    • Dynamic analysis of Gas Spring Energy Storage charged by solar photovoltaic systems for storing 5 kWh and discharging phase via Simulink and Simscape.

  • Re-Design and Repowering Wind Farm

    • Re-Design and Repowering wind farm in Roio del Sangro, Abruzzo, Italy.

  • Optimal Design of a Heat Storage Based on Phase Change Material (PCM) for Coupling with a District Heating System

    • The study has been taken under steady state, transient optimization (convex optimization) considering 2D horizontal cross-section and design improvements. The simulation was done by COMSOL.

  • Degradation Mechanism of Reversible Solid Oxide Fuel Cell (Study, Modeling)

    • Comprehensive study over degradation mechanism of different components of RSOC, modeling via COMSOL.

  • Molecular Dynamic Simulation of Thermal Conductivity of Carbon NanoTubes (SWCNT)

    • The simulation aimed to compute the thermal conductivity of a single wall carbon nanotube filler to enhance the thermal response of material for sorption of thermal storage (or transfer). The geometry building algorithm used in the project was Nanostructure Builder engine of VMD software.

People i like

"I would rather have questions that can't be answered than answers that can't be questioned." - Richard Feynman

"Courage is grace under pressure." - Ernest Hemingway