Photo. Female researcher in water constructions tank lab

 

Our research activity is organised in research projects.

Here are some of our projects:


 

Klima 2050

Klima 2050 will reduce the societal risks associated with climate changes and enhanced precipitation and flood water exposure within the built environment.

Hydrocen

Norwegian Research Centre for Hydropower Technology (new FME) .

Hydralab

Adaptation for Climate Change.


 

SAMCoT - Sustainable Arctic Marine and Coastal Technology (SAMCoT)

SAMCoT is committed to build new capacity in the next generation of Arctic experts, and in doing so trains the next generation of industry thinkers.

Concept Research Programme

Developing ways of improving the use of resources and enhancing the effects of major public investments

HydroCen


 

ElinGo Project


 

E39 Project


 

 

Projects


BIPVNO

Building-integrated photovoltaics (BIPV) are photovoltaic materials that are used to replace conventional building materials in parts of the building envelope such as the roof, skylights, or facades.

 

Destination Rail

Safer, reliable and efficient rail infrastructure

 

AWESOME

Constructing a sustainable training network of highly-skilled professionals

 

CREEP

Creep of Geomaterials . Support for training and career development of researchers (Marie Curie)

 

Prosjekt Norge

Do you require an arena for exchanging experience, network building, and an external reference for in-house competence? If that is the case, ProjectNorway is the answer!

 

REEF3D

Open-source computational fluid dynamics program

 

Ferry Free E39

Coastal Highway Route E39 NTNU is proud to be a partner to Statens Vegvesen (NPRA) in the research needed to realize one of the most challenging engineering tasks of our time.

 

Oscar

 

IRP wind

Integrating EU R&D efforts on wind energy

 

Trafikkteknisk senter

Traffic safety and regulation

 

MOSIDEO

Microscale interaction of oil with sea ice for detection and environmental risk management in sustainable operations

 

Edgar

Reduction of energy consumption and emission of CO2 is a major challenge and responsibility for the European road construction industry.

 

Abyss

Optimal design of offshore wind turbine support structures


NOWITECH

Norwegian Research Centre for Offshore Wind Technology

 


Hydralab

Adaptation for Climate Change

 


BINGO

Bringing INnovation to onGOing water management (EU)

 


JPI Water – INXCES

INnovations for eXtreme Climatic eventS (EU

 


CEDREN

Centre for Environmental Design of Renewable Energy (FME, ending in 2017), including SafePass - Safe and efficient two-way migration for salmonids and European eel past hydropower structures (project beyond the FME period)

 


FIThydro

Fish friendly Innovative Technologies for hydropower

 


SediPass

Sustainable design and operation of hydro power plants exposed to high sediment yield

 


TunnelRoughness

Linking physical wall roughness of unlined tunnels to hydraulic resistance