Mohammad Hossein Ghaemi (1967), is an Assistant Professor at the Faculty of Mech. Eng. and Ship Technology, Inst. of Naval Arch., Dept. of Control and Marine Energy,. He studied first at Tehran University, where he graduated in Mech. Eng. (Solid Mechanics) and then received his MSc degree in the field of Ocean Engineering (Ship Power Plants) and PhD degree in the field of Mechanical Eng. with Marine Eng. dimension. He has extensive experience in academic leadership and professional engagement. He is a member of the Professional Affairs Committee of the Royal Institution of Naval Architects (RINA), a faculty representative and Executive Committee member of the Association of European Ship Divisions (WEGEMT), as well as the Vice-President for Innovation of the Polish Naval Architecture Association (KORAB). He also serves on the editorial boards of two international journals and is an expert in the Pomeranian Thematic Network – Education. He has held the position of Vice-Dean for Education for 8 years (2012-2020), overseeing curriculum development and academic programs.

Since 1995, he has been working at the Faculty of Ocean Engineering and Ship Technology (Mech. Eng. and Ship Tech. from 2021), conducting teaching and research in ship automation and power engineering, particularly in relation to the modelling, simulation, analysis, synthesis, and optimization of the dynamic behaviour and transient responses of ships and their systems, particularly propulsion systems. Additionally, he was engaged in research on the tribological aspects of micro-bearings, their characteristics, and surface coatings. For five years, he was also an employee of the Ship Design and Research Centre (CTO) in Gdańsk. He was a visiting lecturer at Strathclyde University in Glasgow for five years, the main coordinator of a European project, as well as a principal participant in more than ten European or national projects. His current research is focused on green shipping and ship energy efficiency.

The teaching interests of M. H. Ghaemi encompass control systems and automation, with a particular focus on marine control systems, ship propulsion operation and design, and offshore wind power engineering. His expertise extends to modelling, simulation, and optimization of dynamic systems, as well as advanced techniques for energy efficiency and emissions reduction in maritime and offshore applications. Additionally, he integrates interdisciplinary approaches in his teaching, incorporating modern computational tools, digitalization, and IoT-based solutions for ship and offshore engineering.