News

ABB's Azipod® technology is a forerunner in maritime industry

The ABB Azipod® propulsion system developed in Finland is a pioneer in reducing the energy consumption of and emissions from shipping. New ideas for developing it further are constantly being generated in Aalto Design Factory's product development facilities.

The Azipod® propulsion system, based on an electric drive motor, improves the hydrodynamic efficiency of ships and reduces fuel consumption.Electric propulsion is also very flexible when it comes to using new forms of energy with the help of batteries and fuel cells.

Currently, Azipod® technology is being used worldwide in more than 20 different types of ships, ranging from cruise liners to icebreakers and cargo ships. The system is already installed on 300 ships. Continuous efforts are being made to improve the efficiency and performance of Azipod® products, with Aalto Design Factory's product development facilities playing an active role in the development work.

‘The Design Factory gives us an excellent opportunity to detach ourselves from our everyday work and come up with ideas for new product prototypes. For example, we have built small partial structures of plywood and tried out how much space maintenance measures require, do the necessary tools fit into the space, and how the installation and dismantling work can be performed safely,’ says Mirva Nevalainen, Aalto alumna and Head of Project Management at ABB Marine.

Over the last decade, new size classes have been developed for Azipod® products. New solutions have also been sought for bearing and electric motor technologies. Work is ongoing to improve product efficiency and performance. 

Students bring fresh thinking to development work

‘The development work requires a sufficiently broad-based team with expertise in various fields of technology, and an open and investigative mind. ABB has a lot of competence, but from time to time we need more detailed expertise within specific fields, which the university can provide', Nevalainen says.

Students contribute to product development, even if they still lack deeper technical competence. They have fresh thinking and the ability to look at matters outside the box.

‘ABB continues to invest in research and development. New technological solutions keep our products competitive and enable us to respond to the changing needs of both new and old customers today and in the future', Nevalainen explains.

Text: Marjukka Puolakka

Back to the main article

For further information, please contact:

  • Updated:
  • Published:
Share
URL copied!

Read more news

Three people in a park with mountains in the background. One sits on a bench, two stand facing the scenery.
Cooperation, Research & Art, Studies, University Published:

Apply to be a guest professor or visiting researcher at the Université Grenoble Alpes

Unite! partner, Université Grenoble Alpes (UGA) has opened a call to host international professors and researchers for short stays.
Two people seated in grey armchairs against a dark curtain backdrop. One wears a blue suit, the other a brown dress.
Cooperation, Research & Art, Studies, University Published:

2 million euro donation to Aalto University's new multidisciplinary Bachelor’s programme – Donors: Matti Alahuhta, Sari Baldauf, Antti Herlin, and Jorma Ollila

Set to launch in autumn 2027, the multidisciplinary Bachelor's programme combines technology, business, arts, and design
Text Leading for Interdisciplinary Creativity with Aalto logo.
Cooperation Published:

New podcast: Leading for Interdisciplinary Creativity

The podcast of the IDBM programme discusses leading creativity, interdisciplinary teamwork and the future of design-intensive business
SemiSummer 2026. Apply for semiconductor summer jobs. Logos of companies and Aalto University. Join us now.
Cooperation Published:

The semiconductor sector jobs open in research groups

Semi-Summer 2026 programme will provide an opportunity to gain the skills needed in a growing and international semiconductor sector.