Teaching/Courses

Navigation Header

TMR4290 (Master course)
Marine Electric Power and Propulsion Systems

Course Outline

Marine electric power systems on ships and offshore platforms
Electrification and hybridization of marine vessels
AC and DC power systems
Electric power generation and distribution
Onboard power electronics
Electric propulsion and propulsion drives
Battery and energy storage systems
Fuel cells
Power and Energy Management Systems
Operational issues, class rules and methods of testing and verification of ship power systems

TMR4335 (Master course)
Marine Technology - Propulsion Systems, Safety and Environment

Course Outline

Basic design of power and propulsion systems for ships and offshore installations
Analysis of electric power systems
Power consumption properties and operating profiles
Performance analysis of machinery systems
Characteristics and limitations of typical primer movers
Air emissions and emission regulations
Risk, safety, reliability and maintenance methods for technical systems
Calculation and assessment of system availability, and life cycle cost (LCC)

TMR15 (Master course)
Hybrid Power Systems and Control

Course Outline

Typical structures, main elements and topologies of hybrid electric power systems
Low- and high-level controllers, Energy and Power Managements Systems (EMS/PMS)
Design and optimization of control systems for reliable and fuel-efficient operation
Design and implementation of energy storage systems
Application of modern power systems for zero-emission and autonomous shipping

MR8500 (PhD course)
Advanced Topics in Marine Control and Hybrid Power System

Course Outline

Advanced topics within the themes of marine control engineering and/or marine hybrid power systems
Organized as a self-study with some common lectures and colloquies for discussion
Possible topics: advanced theories and methods for marine systems related to modeling, simulation, optimization, artificial intelligence, feedback control, real-time state estimation, model-based or data-driven detection/prediction, autonomous systems, or digital twin methods