Aim This module uses the knowledge gained in previous modules to discuss the basic matching problem and introduces concepts such as sea margin, engine margin and light running margin. The transformation of a ship’s resistance curve to the load curve, as Lees meer →

Aim To understand the main characteristics of electrical transmissions. Physical principles will be used to derive machinery characteristics and a basic overview will be given of electricity and magnetism. The module includes both lectures and practical exercises. Subjects Topics include: • Basic electrotechnical components • Lees meer →

Aim To understand the main characteristics of diesel engines and gas turbines. Physical principles are used to derive machinery characteristics. Also a basic overview will be given of thermodynamics processes within these engines. The module includes both lectures and practical exercises. Subjects Topics Lees meer →

Aim To provide maritime professionals with a clear understanding of a wide variety of propulsion systems. The module includes both lectures and practical exercises. Subjects Topics include: • Introduction propulsion systems • Basic hydrodynamics • Fixed pitch propellers • Controllable pitch propellers • Steerable thrusters • Water jets • Voith Lees meer →

Aim To understand alternative propulsion plant concepts, the basics of ship resistance and the main characteristics of fixed pitch propellers, controllable pitch propellers and water jets. Subjects This module is the basis for marine propulsion system design and starts by discussing alternative propulsion Lees meer →