Who should collect, manage and have access to data from the oceans?
Research institutions from Norway and other countries have collected a great amount of data from the northern oceans in recent years. Many people want access to this information.
Marine Technology
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Training underwater robots to find charging stations — on the seabed
NTNU’s largest laboratory – the Trondheim fjord – is something of an Eldorado for researchers developing underwater robots. A charging station has been installed on the seabed, and to ensure the robots can find the shortest route to the charging station, they train in the fjord.
A paradigm in conducting hazardous and innovative basic research
NTNU Amos is an expansive ocean research and innovation community that’s composed of both highly honed specialist expertise and an incredibly broad scope of knowledge. It also adheres to a popular Norwegian football strategy: Develop talents by allowing them to do what they do best – and playing to each other’s strengths.
New test arena opened for seafaring robots
The Nyhavna industrial area in Trondheim, which is being developed into a new mixed-use neighbourhood, has seen significant maritime technology research and innovation. NTNU Nyhavna for autonomous vessels is now officially opened.
Can floating solar islands meet the world’s future energy needs?
Covering less than ten per cent of the world’s hydropower reservoirs with floating solar panels would yield as much energy as all hydropower does today, one researcher says.
More efficient ocean mapping and monitoring
Australia has a seafloor monitoring program where they can precisely surveil the changes in the environment. NTNU has attracted one of the key researchers from this project. Oscar Pizarro’s research goal is to find tools to facilitate continuous observation with less resources.
Offshore wind power gains international momentum
Norway needs to take proactive steps to retain its lead in developing floating offshore wind, says NTNU professor.
NTNU trials world’s first urban autonomous passenger ferry
In earlier times, cities like Trondheim and Bergen had a ferryman who rowed people from place to place. They were the taxi drivers of the waterways. Now, a new, future-oriented form of water transport will be available to the public.
Observing Arctic marine life — from the seabed to space
NTNU researchers from AMOS, the Centre for Autonomous Marine Operations and Systems, used small satellites and subsea robots — and everything in between — to study marine life in Svalbard’s Kongsfjorden in a first-ever experiment in May.
The worst polluters in the Arctic are not what you think
More than 600 fishing vessels sail the icy waters of the Arctic. But just over two dozen big tankers are the worst offenders when it comes to air pollution in this vulnerable region.
Measuring the impact of extreme waves on offshore structures
Strong storms can trigger steep, breaking waves that slam into platforms and wind turbines with tremendous force. Scientists at NTNU and SINTEF are studying the behaviour of offshore structures subjected to these kinds of waves. Their goal is to increase safety at sea.
Ammonia – the key to making long-haul shipping green
Relatively simple adaptation could make the cargo ships of the future completely green. The technology is based on the chemical compound ammonia, some extensive number crunching and one or two engine modifications.
What kind of sea ice is that? Ask Knut!
A new app under development is using deep learning and artificial intelligence to classify different kinds of sea ice. People snapping photos during Arctic cruises and uploading them to the new app could someday help prevent Titanic -scale disasters.
A robotic microplankton sniffer dog
The microscopic, free-floating algae called phytoplankton — and the tiny zooplankton that eat them — are notoriously difficult to count. Researchers need to know how a warming climate will affect them both. A new kind of smart, lightweight autonomous underwater vehicle (LAUV) can help.
Taking control of unmanned vessels at sea
What’s needed to be able to safely send a vessel to sea with no crew? How will these vessels detect a kayaker or a recreational boat that drifts into the course of the unmanned vessel? A new Centre for Research-Based Innovation, SFI AutoShip, will look for answers to these questions – and more.
Using ships themselves to monitor and predict waves
Waves present an enormous challenge for the world’s roughly 91,000 commercial vessels, but predicting sea conditions is challenging. A new approach uses the movements of ships themselves to create an online estimate of what kinds of waves ships can expect.
Building trust in robots to measure, monitor, and regulate the ocean
A new partnership between the Centre for the 4th Industrial Revolution Ocean and the Norwegian University of Science and Technology (NTNU) has been established to establish trust in ocean data collected from autonomous underwater vehicles.
Teaching robots to cooperate underwater
The launch of a new research centre for robotics will provide increased knowledge about the sea with the help of underwater drones and robots. This could impact Norway’s international role as a major power at sea, says centre director.
Arctic light pollution affects fish, zooplankton up to 200 metres deep
If artificial light shines into the Arctic Ocean during the polar night, does it matter? A new paper in Communications Biology says the answer to this is a strong yes.
Giving ferries wings to optimize wave power
The boat wings started as an unfinished idea in Eirik Bøckmann’s head. Now they’re being mounted on a ferry in the Faroe Islands.
Ocean life in 3-D: Mapping phytoplankton with a smart AUV
Phytoplankton form the base of the marine food chain but are notoriously difficult for scientists to account for — a little like trying to identify and count motes of dust in the air. A truly independent underwater vehicle shows it can do the job.