Research topic:
Enabling zero-emission high-speed ferries along the coast of Norway.
My research is focused on the development of a model to calculate electric power and energy usage, incorporating an optimal energy management system for high-speed passenger vessels. This model, featuring a zero-emission electric power and propulsion system, is designed as a Python-based simulator aimed at reducing energy consumption and emissions while improving system efficiency by optimizing the operating conditions of each power source within the powertrain. The simulator will serve as an essential platform for study and performance analysis and will be integrated as a key component into the decision support tool developed for the ZEVS project.
Background:
- MSc in Control Engineering from the Department of Electrical & Computer Engineering, Babol Noshirvani University of Technology
- BSc in Control Engineering from the Department of Electrical & Computer Engineering, Semnan University
Research interests: Energy management system, Hybrid Electric Power systems, Machine learning
Supervisor: Roger Skjetne
Co-supervisors: Sverre Steen, Mehdi Zadeh
Funding:
- Research Council of Norway project 320659, "ZEVS: enabling Zero Emission passenger Vessel Services" (ZEVS, RCN).
- Research Council of Norway project 01192740, "STEESMAT: Smart Transformer for Enhanced Efficiency and Sustainability in Maritime Transportation" (STEESMAT).
- TMR4240 - Marine Control Systems I.
- TMR4217 - Hydrodynamics for High-Speed Marine Vehicles.
- TMR4290 - Marine Electric and Hybrid Power and Propulsion Systems.
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MR8500 - PhD Topics in Marine Control and Hybrid Power Systems.
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MR8104 - Advanced Topics in Maritime Logistics and Fleet Planning.
- TMR11 - Fleet Scheduling and Supply Chains.
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IFEL8000 - Introduction to Research Methodology, Theory of Science and Ethics.
- Maritime Microgrids (Aalborg University).
Other Courses:
- NFUT0106 - Norwegian for Foreigners 1.
- NFUT0203 - Norwegian for Foreigners 2.
