Research Infrastructure
Pages under construction
Research Infrastructure
European infrastructure (ESFRI) coordinated by NTNU:
ECCSEL – the European Research Infrastructure for CO2 Capture, Utilisation, Transport and Storage (CCUS).
National infrastructures hosted by NTNU
Biobank Norway – a national biobank infrastructure for global research collaboration.
MANULAB – a national infrastructure for basic research on manufacturing engineering.
National Laboratory for Age Determination – research in dating methods and their applications.
National Smart Grid Laboratory – infrastructure for R&D, demonstration, verification, and testing.
Norwegian Barcode of Life (NorBOL) – DNA barcoding of Norwegian biota, and development of reference library of DNS sequences.
Norwegian Brain Initiative (NORBRAIN) – nationwide access to cutting-edge neurotechnology.
Norwegian Centre for Transmission Electron Microscopy (NORTEM) – infrastructure for TEMs with full advantage of recent technical developments.
Norwegian Laboratory for Mineral and Materials Characterisation (MiMaC) – infrastructure for the entire value chain from minerals to materials.
Norwegian Micro- and Nanofabrication Facility (NorFab) – state-of-the-art facilities for micro- and nano-fabrication.
Norwegian Molecular Imaging Infrastructure (NORMOLIM) – the latest technology in MR-scanning and MS imaging.
Norwegian Research Centre for Hydropower Technology Laboratories (HydroCen) – hydropower structures, turbine and generators, market and services, environmental design.
Norwegian Zero Emission Building Laboratory (ZEB Lab) – materials and solutions are developed, investigated, tested and demonstrated.
NTNU NanoLab – 700 m2 cleanroom with cleanliness ranging from ISO7 to ISO5 and vibration reduced zones at VCF-level.
Shared infrastructures and resources at NTNU
AURLab – underwater robotics in basic engineering and research across disciplines and industries.
Center for Advanced Microscopy (CAM) – optical microscopes, a flow cytometer, spectrometers and atomic force microscopes.
Electron Microscopy Lab (EM Lab) – seven advanced microscopes that enlarges images from 0,2 micrometer.
Geophysical research – geophysical methods in archaeology; magnetic, electrical and electromagnetic.
Glassblowing workshop – specially designed glass equipment and laboratory equipment for research and teaching.
Innovations for Sustainable sEabased Aquaculture (InnoSEA) – good fish welfare, aquaculture-environmental interactions, and marine ingredients.
Mass Spectrometry Lab – analysis in the microflow range with two LC MS/MS instruments, a GC-MS(SQ) with EI ionization and a LC-MS(SQ).
Norwegian Centre for X-ray Tomography – Nikon HT225 microfocus CT-scanner, equipped with a variety of transmission and reflection targets.
NTNU Centre for Fisheries and Aquaculture (SeaLab) – focus on aquaculture, fisheries and the processing of marine resources.
NTNU NanoLab – 700 m2 cleanroom with cleanliness ranging from ISO7 to ISO5 and vibration reduced zones at VCF-level.
Precision Mechanics workshop – vacuum, pressure and X-ray equipment, as well as optical equipment for processing materials.
R/V Gunnerus – research activities in biology, technology, geology, archaeology, oceanography and fisheries. Also educational purposes.
R/V Sinus – 20.5 feet aluminum boat with 150 hp outboard engine, VHF, map plotter, echosounder, electric winch, remote searchlight and more.
X-ray Physics – experimental methods, instrumentation and applications of advanced X-ray scattering and imaging techniques.
Engineering and Technology
AURLab – a part of the NTNU SINTEF OceanLab-project.
Computer Architecture Lab (CAL) – unconventional computation, energy-efficient and high-performance computer architecture.
MANULAB – a national infrastructure for basic research on manufacturing engineering.
National Smart Grid Laboratory – a national infrastructure for R&D, demonstration, verification, and testing.
Norwegian Open AI Laboratory (NAIL) – for research, education and innovation within AI.
Natural Sciences and Mathematics
Center for Advanced Microscopy (CAM) – shared infrastructure with optical microscopes, a flow cytometer, spectrometers and atomic force microscopes.
Electron Microcopy Lab (EM Lab) – shared infrastructure with seven advanced microscopes that enlarges images from 0,2 micrometer.
Glassblowing Workshop – shared resources with specially designed glass equipment and laboratory equipment for research and teaching.
R/V Gunnerus – shared infrastructre with research activities in biology, technology, geology, archaeology, oceanography and fisheries. Also educational purposes.
Innovations for Sustainable sEabased Aquaculture (InnoSEA) – shared infrastructure, working with good fish welfare, aquaculture-environmental interactions, and marine ingredients.
Mass Spectrometry Lab – shared infrastructure with analysis in the microflow range with two LC MS/MS instruments, a GC-MS(SQ) with EI ionization and a LC-MS(SQ).
Norwegian Centre for Transmission Electron Microscopy (NORTEM) – national infrastructure for TEMs with full advantage of recent technical developments.
Norwegian Centre for X-Ray Diffraction, Scattering and Imaging –
Norwegian Centre for X-ray Tomography – shared infrastructure with Nikon HT225 microfocus CT-scanner, equipped with a variety of transmission and reflection targets.
Norwegian Laboratory for Mineral and Materials Characterisation (MiMaC) – national infrastructure for the entire value chain from minerals to materials.
Norwegian Micro- and Nanofabrication Facility (NorFab) – national infrastructure with state-of-the-art facilities for micro- and nano-fabrication.
NTNU Centre for Fisheries and Aquaculture (SeaLab) – shared infrastructure with focus on aquaculture, fisheries and the processing of marine resources.
NTNU NanoLab – national infrastructure as part of Norwegian Micro- and Nanofabrication facility (NorFab), and shared infrastructure.
Nuclear Magnetic Resonance Laboratory (NMR) – the laboratory house three magnet systems on 800 MHz, 600 MHz and 400 MHz.
Precision Mechanics workshop – shared infrastructure with vacuum, pressure and X-ray equipment, as well as optical equipment for processing materials.
Sletvik Field Station – has a large teaching laboratory for 50 students, one multilab for 25 students and two seawater laboratories.
Trondhjem Biological Station (TBS) – research facilities include 600 m2 of wet lab space, 800 m2 of well equipped standard laboratories, and a constant supply of sea water from 100 m depth.
Medicine and Health Sciences
Social Sciences, Arts and Humanities
Collections online – objects from the cultural life of humans, Norway's second largest numismatic collection, and botanical collections.
Conservation Laboratory – in line with the excavations of the medieval cultural layers in Trondheim.
Geophysical Research – has knowledge about what is in the subsoil, without digging or intervene. Shared infrastructure.
Molecular Lab – works with DNA fragments, concentrations and sequencing.
National Laboratory for Age Determination – conducts research in dating methods. National infrastructure.
Norwegian Barcode of Life (NorBOL) – engaged in DNA barcoding of the biota of Norway. National infrastructure.
R/V Sinus – shared infrastructure, a 20.5 feet aluminum boat with 150 hp outboard engine, VHF, map plotter, echosounder, electric winch, remote searchlight and more.
Solstorm Cluster – laboratory for calculation-oriented economics and optimization.
Bookitlab
Core Facility Management
System (CFMS) for booking
and administration of
research infrastructure.