Education and Training

CSSR PhDs at the Annual Conference 2024

CSSR offers a high-quality environment for researcher training that stems from the centre’s interdisciplinary scientific activities and a broad collaborative network. The centre hosts 18 total PhD students and postdoctoral fellows, funded by CSSR and associated projects.

The students are closely integrated with the centre’s research agenda, often co-supervised by user partners, ensuring relevance to industry needs and societal challenges. Industrial laboratories provide access to infrastructure and case studies, enriching training outcomes and preparing candidates for careers at the research–industry interface.

A monthly seminar series supports the development of scientific presentation skills, and fellows are encouraged to contribute to the CSSR Open Webinar Series, which is open to a wider audience and aims to disseminate research progress broadly.

Mobility

CSSR students are active in national and international research schools and exchanges, often winning travel grants to support their activities. These opportunities deepen scientific expertise, foster collaboration, and expand the centre’s international research network.

Read more about CSSR’s mobility program here.


Our PhD students

Mathias Methlie Nilsen | NORCE / UiB

CSSR WP: Data assimilation and optimization (WP3)

Topic: Robust Methodology for Sustainable Reservoir Management

Defended: Nov 2025

Tongtong Yu | NORCE / UiB

CSSR WP: Energy-efficient and effective reservoir drainage (WP1)

Topic: Intermittent multiphase fluid flow in porous media and the effect on injectivity and reservoir performance

Expected disputas: June 2026

Raymond Mushabe | UiB

CSSR WP: Short-cycle energy storage (WP2)

Topic: Experimental reservoir physics for underground hydrogen storage

Expected disputas: April 2026

Peter von Schultzendorff | UiB

CSSR WP: Data-driven models in reservoir simulation (WP4/5)

Topic: Iterative coupling of physics-based and data-driven models in reservoir simulation

Expected disputas: 2026

Kirabo Erismas Mugwanya | UiB

CSSR WP: Energy-efficient and effective reservoir drainage (WP1)

Topic: The Triassic sedimentology of the Horda platform & Utsira High, Northern North Sea

Expected disputas: 2026

Hasan Gürsel | UiB

CSSR WP: Energy-efficient and effective reservoir drainage (WP1)

Topic: Mathematical and computational tools for near-well filter cake modelling and mud invasion

Expected disputas: 2026

Catherine Padde Amusugut | UiB

CSSR WP: Energy-efficient and effective reservoir drainage (WP1)

Topic: Investigating the influence of geological heterogeneity on multiphase fluid flow during intermittent fluid flow

Expected disputas: 2027

Claudius Holeksa | NORCE, UiB

CSSR WP: Energy-efficient and effective reservoir drainage (WP1)

Topic: Computational modeling of flow and transport in porous media under variable energy conditions

Expected disputas: 2028

Melito Soares | UiB

CSSR WP: Short-cycle energy storage (WP2)

Topic: Numerical modelling and
simulation of underground hydrogen storage: Capturing multiphase flow hysteresis and operational dynamics in porous media

Expected disputas: 2029

Trygve Tegnander | UiB

CSSR WP: Data-driven models in reservoir simulation (WP4/5)

Topic: Efficient solution strategies for heterogeneous Wasserstein distances approaches

Expected disputas: 2029

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Associated PhD students

Maksim Lysyy | UiB

Project: HyPe

Topic: Physical aspects of hydrogen storage in subsurface porous media

Defended: June 2024

Eda Önal | UiB

Project: ExpReCCS

Topic: Coupling strategies in large-scale simulations of CO₂ storage

Expected disputas: 2026

Åsmund van Brussel Synnevåg | UiB

Project: MuPSI

Topic: Multiscale coupling strategies for multiphase poroelasticity

Expected disputas: 2028

Frank Acosta | UiB

Project: HyDRA

Topic: Biogeochemical interactions in multiphase systems (bacteria–rock–gas–water): Implications for underground hydrogen storage across scales

Expected disputas: 2028

Stefano Galati | UiB

Project: gigaCCS

Thesis: Upscaling mechanics for gigaton-scale CO2 storage

Expected disputas: 2028

Mattias Gjerdset Nyttingnes | UiB

Project: gigaCCS

Thesis: Regional-scale modeling and simulation of geomechanics for CO2 storage

Expected disputas: 2029

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Postdoctoral researchers

Antoine Lechevallier | NORCE

CSSR WP4/5

Topic: Enhancement of reservoir simulations through data-driven approaches

Verena Nikeleit | NORCE

Project: MoCHyS

Topic: Microbiological Opportunities and Challenges of Hydrogen Underground Storage

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Masters theses

CSSR-affiliated researchers supervise Master’s theses, integrate research outputs into teaching, and contribute to national capacity in key disciplines, including reservoir physics, experimental geomicrobiology, computational and applied mathematics, and geosciences.

Masters studentWPSupervisorsExam dateThesis title
Olivia Wood1Both, FaccaJun/25Advancing Optimal Transport Metrics for
Data Comparisons
Sindri Snær Sigurðarson3Both, Lorentzen, StordalJun/25Multi-objective Wind Farm Layout
Optimization with Multiple Turbine Types
Julie Xuefei Hodneland1Standnes, Dahle, SandveJun/25A Numerical Study of Factors Impacting Aqueous Phase Well Injectivity Using a Least-Resistance Principle and Relating Analytic Power Demand to Injectivity
Sundus Iqbal4/5Kumar, RaduJun/24Finite element method for degenerate mixed dimensional flow problem in porous media
Magnus Djønne Moldekleiv2Tveit, FernøJun/24The Open Porous Media (OPM) Flow reservoir simulator for Underground Hydrogen Storage
Tuva Maria Hovland Graham2Gasda, FernøJun/24The Effect of Near-Well Heterogeneity on Spatial Distribution of Salt Precipitation during CO2 Injection
Espen Tjessheim1Hawthorne, CullenJun/24Insights Into CO2 Storage Using the FluidFlower
Marte Nåmdal2Dopffel, Liu, FernøJun/23Microbial behavior and hydrogen consumption of Oleidesulfovibrio alaskensis – Implications for subsurface hydrogen storage
Kelly Nhugen2Dopffel, Liu, FernøJun/23Hydrogen Consumption by Halophilic Microorganisms – Implications for Underground Hydrogen Storage
Masters theses associated with CSSR in 2025.

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