Cool and Icy Waters - ice research for sea traffic
The exhibition depicts marine and Arctic technology research at Aalto University, including the study of sea ice structure and behaviour as well as the functionality, sustainability and safety of ships and marine structures under extreme conditions. The goal of this research is to ensure safe and sustainable transportation in Arctic areas.
Arctic ice is being thinned and melted by a warming climate, and new routes are opening on ice-covered waters for a growing maritime transport sector. Future seas will be stormier and ships navigating Arctic areas will face rapidly changing ice conditions. The safety and sustainability of seafaring require research and innovation.
The Cool and Icy Waters exhibition focuses on the marine and Arctic technology research conducted in Aalto University. Areas of research include the structure and behaviour of sea ice as well as the functionality, durability and safety of ships and offshore structures.
Understanding ice on a theoretical level, conducting model-scale experiments and field research in actual ice conditions are all needed in order to design new types of icebreakers and formulating ice classifications for ships. Aalto Ice Tank provides an ideal research environment for model-scale studies of ice and ships in Otaniemi, while for many years Aalto University researchers have voyaged to study ice conditions in Antarctica aboard the Finnish-built and research-equipped vessel SA Agulhas II.
Research for safe and sustainable seafaring
Studies in marine and Arctic technology are offered in the Aalto University Master's Programme in Mechanical Engineering.
Deep Sea VR
The exhibition also includes a demo of Deep Sea VR, a game created by master's degree students of game design and production at Aalto University.
Deep Sea VR credits: Markus Laattala, Abhishek Jaiswal, Jenni Juntunen and Philippe La Grassa.
Exhibition team:
- Art Coordinator Outi Turpeinen
- Professor Pentti Kujala
- Communications Specialist Riitta Särkisilta
- Graphic design: Fanni Perälä