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Inga Berre er professor ved Matematisk institutt og senterleder for Senter for modellering av koblet undergrunnsdynamikk () ved Universitetet i Bergen. Hun leder ogsÃ¥ . I 2023 var hun Argyris Visiting Professor ved SimTech Cluster of Excellence, Universitetet i Stuttgart. 

Hennes forskningsomrÃ¥der er matematisk modellering, partielle differensialligninger og numeriske metoder, motivert av simulering av koblede termo-hydro-mekanisk-kjemiske prosesser i undergrunnssystemer og reaktivering av forkastninger som følge av injeksjon og produksjon. Hun leder flere forskningsprosjekter innen dette temaet, inkludert ERC Consolidator Grant prosjektet "Mathematical and Numerical Modelling of Process-Structure Interaction in Fractured Geothermal Systems" (, 2021-2026). 

Inga Berre har hatt en rekke valgte lederposisjoner internasjonalt, inkludert (medlem, 2022-2027), (chair 2021-2022), (co-chair, 2019-2021), og , European Energy Research Alliance (leder, 2018-2021). 

Inga Berre er medlem av det internasjonale ekspertpanelet for "" (2021-2027), som rÃ¥dgir det nederlandske økonomidepartementet. Hun er ogsÃ¥ medlem av fem internasjonale vitenskapelige rÃ¥dgivningspanler, inkludert Scientific Advisory Council for (2024-2027) og Advisory Board for , Universitetet i Stuttgart (2018-). Hun er Associate Editor for , Springer (2020-) og (2024-), og medlem av Editorial Board for  (2023-) og . 

Ved Universitetet i Bergen er Berre medlem av Universitetsstyret (2021-2025). Hun har ogsÃ¥ vært medlem av flere styrer i Norges forskningsrÃ¥d, inkludert Porteføljestyret for naturvitenskap og teknologi (2019-2023) og Divisjonsstyret for vitenskap (2015-2019). 

Berre er innvalgt medlem av Norges tekniske vitenskapsakademi (2017-) og medlem av Association for ERC Grantees. Hun mottok Meltzerprisen for yngre forskere 2011. 

Inga Berre har hatt ansvar for undervisning og utvikling av kurs på bachelor- og masternivå innen kalkulus, funksjonsanalyse, matematisk modellering og numeriske metoder, samt energi. I 2015 hadde hun ansvar for det én ukes kurset "Future Energy Landscapes" ved Bergen Summer Research School - The Sustainable Development Goals.

Inga Berre har veiledet 30 masterstudenter, hvorav 20 som hovedveileder. Hun har veiledet følgende doktorgradsstudenter:

1. Yury Zabegaev, Designing and Tuning Preconditioners for Contact Thermo-Hydromechanics in Fractured Porous Media, 2025 (co-advisor; main advisor: Eirik Keilegavlen)
2. Ujjwal Shekar, Microseismic source characterization in fractured anisotropic media using elastic waveform inversion, 2025 (co-advisor; main advisor: Morten Jakobsen)
3. Shin Irgens Banshoya, Modelling and simulation of single-phase flow and non-isothermal reactive transport in fractured porous media, 2025 (co-advisor; main advisor: Eirik Keilegavlen)
4. Hau Trung Dang, Simulation of fracture slip and propagation in hydraulic stimulation of geothermal reservoirs, 2023
5. Mohammad Nezhadali, Multilevel assimilation of inverted seismic data, 2023 (co-advisor; main advisor: Trond Mannseth)
6. Ivar Stefansson, Modelling and simulation of thermo-hydro-mechanical processes in fractured porous media, 2021
7. Runar Berge, Numerical methods for coupled processes in fractured porous media, 2019
8. Michael Sargado, Phase-field modeling and simulation of brittle fracture, 2019 (co-advisor; main advisor: Eirik Keilegavlen)
9. Mats Brun, Upscaling, analysis and iterative numerical solution schemes for thermo-poroelasticity, 2019 (co-advisor; main advisor: Florin Radu)
10. Wietse Boon, Conforming discretizations of mixed-dimensional partial differential equations, 2018 (co-advisor; main advisor: Jan M. Nordbotten)
11. Eren Uçar, Numerical modeling of shear stimulation in naturally fractured geothermal reservoir, 2018
12. Odd Andersen, Simplified models for numerical simulation of geological CO2 storage, 2016
13. Pål N. Sævik, Upscaling and parameter identification for fractured reservoirs, 2015
14. Carina Bringedal, Mathematical modeling of natural convection and fluid-rock interaction in geothermal systems, 2015
15. Tor Harald Sandve, Multiscale simulation of flow and heat transport in fractured geothermal reservoirs, 2013
16. Sigvat Stensholt, Lattice-Boltzmann modeling of spatial variation in surface tension and wetting effects, 2011 (co-advisor; main advisor: Alf Øien)

Vitenskapelige artikler

1. 2026-2029 – Simulation of High-Temperature Multiphysics in Complex Subsurface Formations (Simplex). FORSKSYSTEMET Research Council of Norway. 6.2 MNOK. Principal Investigator (PI).
2. 2025–2029 – Geothermal Energy and Lithium Co-production: Multiphysics Modelling, Experimentation and Simulation (GeoLit).
   FRIPRO, Research Council of Norway. 12 MNOK. Principal Investigator (PI).
3. 2025–2028 – Geothermal Energy and Mineral Co-production: Multiphysics Modelling, Experimentation and Simulation (GeoMin).
   Akademia IV Grant. 5 MNOK. Principal Investigator (PI).
4. 2021–2027 – Mathematical and Numerical Modelling of Process–Structure Interaction in Fractured Geothermal Systems (MaPSI).
   Horizon 2020 ERC Consolidator Grant (2.0 MEUR) + ºÚÁϳԹÏ×ÊÔ´ grant (0.9 MEUR). Principal Investigator (PI).
5. 2020–2025(2026) – VISTA Center for Modeling of Coupled Subsurface Dynamics (CSD).
   VISTA grant (25 MNOK) + ºÚÁϳԹÏ×ÊÔ´ grant (15 MNOK). Center Director and PI.
6. 2020–2024 – Simulation of Governing Processes in Superheated and Supercritical Geothermal Systems (SiGS).
   Research Council of Norway, Equinor. 14 MNOK. Co-Principal Investigator (co-PI).
7. 2017–2020 – Enhancing Geothermal Reservoirs – Modelling and Analysis of Hydraulic and Thermal Stimulation (ERiS).
   Research Council of Norway, Equinor. 15 MNOK. Project Leader / PI.
8. 2016–2021 – Thermo-Mechanical Subsurface Energy Storage (TheMSES).
   Research Council of Norway. 24 MNOK. Work Package Leader.
9. 2015–2018 – Improved Simulation Technology for Flow and Transport in Fracture Zones (FracZone).
   VISTA. 2.8 MNOK. Project Leader / PI.
10. 2015–2018 – An Integrated Geological and Mathematical Framework for the Characterization, Modelling and Simulation of Fractured Geothermal Reservoirs (ANIGMA).
    Research Council of Norway, Statoil. 9.6 MNOK. Co-PI.
11. 2014–2018 – Protection of Caprock Integrity for Large-Scale CO₂ Storage (PROTECT).
    Research Council of Norway. 13 MNOK. Co-PI.
12. 2015–2018 – CO₂ Storage in the North Sea: Quantification of Uncertainties and Error Reduction (CONQUER).
    Research Council of Norway. 9 MNOK. Co-PI.
13. 2014–2017 – Mathematical Modeling and Numerical Simulation for Enhanced Understanding of Geothermal Reservoir Stimulation by Shear Dilation Treatment (GeoStim).
    Research Council of Norway, Statoil, BKK. 7 MNOK. Project Leader / PI.
14. 2014–2017 – Multiscale Simulation of Fractured Reservoirs.
    VISTA. 3 MNOK. Co-PI.
15. 2012–2016 – Geological Storage of CO₂: Mathematical Modeling and Risk Assessment (MatMoRA-II).
    Research Council of Norway, Statoil. 16.3 MNOK. Project Leader / PI.
16. 2009–2013 – Assessing the Potential for Deep Geothermal Energy (POGE).
    Research Council of Norway, Statoil. 8.1 MNOK. Project Leader / PI.
17. 2011–2014 – Characterization of Naturally Fractured Reservoirs (CFRAC).
    Statoil (Akademia agreement). 2.5 MNOK. Project Leader / PI.
18. 2011 – Geothermal System Models.
    Regional Research Fund, Western Norway. 0.5 MNOK. Project Leader / PI.
19. 2009 – Geothermal Energy in Western Norway.
    UH-Nett Vest. 60 kNOK. Project Leader / PI.