Dubai Header

Agenda

Bekijk hier de kalender met alle komende evenementen, beurzen en trainingen.

Zoek en filter

Bakker Sliedrecht Drive Systems (1)
Technische trainingen
23 september - 28 oktober 2025

Training Onboard Fluid Distribution Systems

#Training

Meer info
Bakker Sliedrecht Drive Systems (1)
Technische trainingen
30 september - 2 oktober 2025

Training onboard & underwater radiated noise & vibrations (EN Course)

#Training

This interactive course focuses on the practical side of shipboard noise and vibrations both on board and radiated underwater. The course consists of three topics, spread over 3 days: Vibrations, Onboard Noise, and Underwater Radiated Noise. The training will be conducted by experts from TNO.

Propulsion Module 1
Technische trainingen
17 - 18 november 2025

Marine Propulsion: Electrical Drives Characteristics (module 4)

#Training

The training series Marine Propulsion Systems is a unique technical and international oriented series of training modules. It is developed for those who wish to acquire in-depth knowledge of the design of different marine propulsion systems. When you have completed the module ‘Electrical Drive Characteristics’, you will be able to decide which type of electrical drive component and/or system will be suited best for a particular vessel design. The theory is practiced by means of exercises.

K1A3310 Min
Technische trainingen
4 - 5 maart 2026

Marine Propulsion: Propulsion Plant Concepts and Basic Ship Hydrodynamics (module 1)

#Training

Aan het einde van deze training ben je in staat om een conceptontwerp te maken voor een scheepsvoortstuwingssysteem. De training wordt in het Engels gegeven door assistent professor Peter de Vos, directeur Studies Marine Technology van de TU Delft.

Propulsion Module 1
Technische trainingen
25 - 26 maart 2026

Training Marine Propulsion: Marine Internal Combustion Engines, (sustainable) fuels & emissions (module 2)

#Training

Aan het eind van deze training ben je in staat om de juiste verbrandingsmotor voor een schip te selecteren op basis van het verwachte operationele profiel en op basis van de verschillende voor- en nadelen van verschillende maritieme verbrandingsmotoren. De training wordt in het Engels gegeven door assistent professor Paul de Vos, directeur Studies Marine Technology van de TU Delft.

Propulsion Module 1
Technische trainingen
12 - 13 mei 2026

Training Marine Propulsion: Propulsion system integration: Matching machinery and propeller (module 3)

#Training

Aan het einde van deze training ben je in staat om de kennis over verschillende componenten van aandrijfsystemen te integreren. Je kunt een voortstuwingssysteem evalueren op systeemniveau en kun je een geschikt voorontwerp te maken van een aandrijfsysteem. De training wordt in het Engels gegeven door assistent professor Peter de Vos, directeur Studies Marine Technology van de TU Delft.

K1a3310 Min 1
Training
20 - 21 mei 2026

Marine Propulsion: Electrical Drives Characteristics (module 4)

#Technische trainingen

The training series Marine Propulsion Systems is a unique technical and international oriented series of training modules. It is developed for those who wish to acquire in-depth knowledge of the design of different marine propulsion systems. When you have completed the module ‘Electrical Drive Characteristics’, you will be able to decide which type of electrical drive component and/or system will be suited best for a particular vessel design. The theory is practiced by means of exercises.

K1a3310 Min 1
Training
24 - 25 november 2026

Marine Propulsion: Electrical Drives Characteristics (module 4)

#Technische trainingen

The training series Marine Propulsion Systems is a unique technical and international oriented series of training modules. It is developed for those who wish to acquire in-depth knowledge of the design of different marine propulsion systems. When you have completed the module ‘Electrical Drive Characteristics’, you will be able to decide which type of electrical drive component and/or system will be suited best for a particular vessel design. The theory is practiced by means of exercises.