Foto: UiT
Yngve Birkelund
Stillingsbeskrivelse
Professor fornybar energi. Institutt for fysikk og teknologi
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Forskningsinteresser
Fornybar energi, vindressurser, prediksjon av vindkraft, tidsrekkeanalyse, maskinlæring, statistisk signalteori, ikke-lineære systemer, høyere ordens statistikk, mikrobølger, ultralys og hypertermi
Høst 2025-Vår 2026: Forskningstermin ved National Center for Atmospheric Research (NCAR), Boulder, Colorado
Forskningsprosjekter:
- Smart Senja: https://smartsenja.no
- nICE: https://en.uit.no/project/nice
Veiledning av PhD studenter:
- Martin Hansen Skjelvareid (2012): Synthetic aperture ultrasound imaging with application to interior pipe inspection
- Øystein Klemetsen (2012): Design and evaluation of a medical microwave radiometer for observing temperature gradients subcutaneously in the human body
- Thomas Beka (2016): Geoelectrical structures beneath Spitsbergen-Svalbard derived from magnetotelluric imaging
- Muhammad Bilal (2016): Wind Energy at Nygårdsfjellet – Norway. Wind field characterization and modelling
- Jia Yi Yin (2021): Study of Atmospheric Ice Accretion on Wind Turbine Blades (medveileder)
- Hao Chen (2022): Data-driven Arctic wind energy analysis by statistical and machine learning approaches
- Albara Mustafa (2023): Risk and Resilience Assessment of Wind Farms Performance in Cold Climate Regions (medveileder)
- Kine Solbakken (ongoing) - Numerical wind modelling in complex terrain
- Pravin Punde (ongoing) - Numerical weather prediction modelling and ice accretion on structures
Undervisning
Nylige emner:
- FYS-2024 Solar and wind energy systems
- FYS-1008 Fornybar energi, bærekraft og samfunn
- FYS-3034 Wind modelling in complex terrain
- FYS-2017 Sustainable energy
- ELE-3601 Renewable energy - Generation and conversion
- FYS-2006 Signal processing
Eldre emner/erfaring:
- FYS-1006 Innføring i signaler og sensorer
- FYS-2007 Statistical signal theory / STA-2003 Tidsrekker
- FYS-2014 Digital design
- FYS-3027 Geothermal energy
- FYS-3011 Detection theory
- MNF-6001 Temaer i Naturfag trinn I
- AUT-1001 Programmering med mikrokontroller
- AUT-2005 Reguleringsteknikk
Kursutvikling og undervisningsprosjekter:
- Fleksibelt introduksjonsemner i fysikk (FYS-0100)
- Videreutdanning i naturfag for lærere (MNF-6001/6002)
Veiledning av masterstudenter:
- Milla Regine Antonsen Hjallar (2025): Modelling ice throw trajectories from wind turbines
- Isak Leonardsen (2024): Assessing ice rate and ice load at Davvi wind farm using WRF model with wind turbine scheme
- Nilolai Enok Anfeltmo (2024): Implementing renewable energy technologies in buildings: impacts of local-specific conditions, intermittency and volatile power markets
- Oluwatimilehin Israel Osunlola (2024): Wind resource assessment using LiDAR
- Jonas Mund Strand (2023): Atmospheric in-cloud icing using WRF for an alpine wind power plant in Kvænangen
- Kristine Rein (2023): Comparison of numerical wind modelling on hectometric and km scales at Kvitfjell wind power plant
- Martine Bjugg (2023): Wind resource assessment and siting for the expansion of Fakken wind park
- Eiliv Erik Ulrich Løchen (2023): Solenergi i mikronett ved gårdsbruk på Røros
- Rikke Bjarnesen Andersen (2023) - Medveileder: Forecasting Wind Turbine Production Losses due to Icing
- Julie Svane (2022): Wind power forecasting as input to day-ahead trading strategies for wind in complex terrain
- Ola Wang Ørjavik (2022): Wind energy and economic assessment of a wind farm at Senja
- Brynhild Bentsen Sæther (2021 - medveileder): Wind power prediction with machine learning methods in complex terrain areas
- Gjøran Emil Hansen (2020): Wind at Northern Senja: Use of numerical weather prediction models for wind resource assessment
- Paul Bednorz (2019): Decentralized wind power as part of the relief for an overstrained grid. A case study on Northern Senja, Norway
- Anders Aarhuus Fossem (2019): Wind resource assessment using weather research and forecasting model. A case study of the wind resources at Havøygavlen wind farm
- Andreas Aarhuus Fossem (2019): Short-term wind power prediction models in complex terrain based on statistical time series analysis
- Lars Marius Rannekleiv (2019): Estimation of power supply by renewable energy sources to a weather station at Nordlysobservatoriet, Alta
- Torgeir Blæsterdalen (2016 - medveileder): Wind resource assessment using mesoscale modelling. A case study at the potential wind farm site Rieppi
- Morten Jacobsen (2014): Short-term wind power prediction based on Markov chain and numerical weather prediction models: A case study of Fakken wind farm
- Malin Abrahamsen (2013): Coastal wind from SAR and NWP model for offshore wind power production
- Julianne Iversen (2013): Geothermal energy and district heating in Ny-Ålesund, Svalbard
- Eivind Kristoffersen (2013): Grunn geotermisk energi i et hybrid energisystem
- Kjell Øystein Netland (2012): Undervisning av globale klimaendringar
- Yudong Yin (2012): Non-invasive temperature measurement for breast cancer detection
- Silje Sanderud Haaland (2011): Estimating production loss due to icing on wind turbines
- Helge Øberg (2011): Ultrasound sensor for biomedical applications
- Rolf Andersen (2009): Monostatisk antennearray for UWB radar
- Kristoffer Ryeng (2008 - medveileder): Aktive antenner for ultrabredbånd-radar
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