Disputations

Doctoral candidate Nathan Abel Roosloot at the Department of Technology Systems, Faculty of Mathematics and Natural Sciences, will be defending the thesis:

"Moisture stress and related degradation in floating photovoltaic applications".

Doctoral candidate Erlend Hustad Honningdalsnes at the Department of Technology Systems, Faculty of Mathematics and Natural Sciences, will be defending the thesis:

"Vertical agrivoltaic systems: Modeling, optimization, and monitoring - With special emphasis on northern climates".

Doctoral candidate Saurab Rauniyar at the Department of Technology Systems, Faculty of Mathematics and Natural Sciences, will be defending the thesis:

"Toward Next-Generation Maritime Communication: Solutions for Near-Shore and Onboard Ship Challenges"

Doctoral candidate Lewis Raymond Williams at the Department of Technology Systems, Faculty of Mathematics and Natural Sciences, will be defending the thesis:

"Deployable Antennas For Small Spacecraft: Broadband UHF antennas for New Space"

Doctoral candidate Oskar Vågerö at the Department of Technology Systems, Faculty of Mathematics and Natural Sciences, will be defending the thesis:

"Socially inclusive energy transitions - Energy systems, models and justice"

Doctoral candidate Victoria Lofstad-Lie at the Department of Technology Systems, Faculty of Mathematics and Natural Sciences, will be defending the thesis:

"Cost-Effective Aerial Thermography Inspection of Photovoltaic Power Plants - With Emphasis on High Latitude Areas"

Doctoral candidate Emil Høj Jensen at the Department of Technology Systems, Faculty of Mathematics and Natural Sciences, will be defending the thesis:

"Metal hydrides suitable for practical applications and their use
in scaled-up systems"

Doctoral candidate Li Meng at the Department of Technology Systems, Faculty of Mathematics and Natural Sciences, will be defending the thesis:

"State Representations in Reinforcement Learning"

Doctoral candidate Bjørn L. Aarseth at the Department of Technology Systems, Faculty of Mathematics and Natural Sciences, will be defending the thesis:

"Field characterization and production data timeseries analysis for performance evaluation of photovoltaic power plants"

Doctoral candidate Øyvind Sommer Klyve at the Department of Technology Systems, Faculty of Mathematics and Natural Sciences, will be defending the thesis:

"Value of Hybrid Solar-Wind Power Plants in
Deregulated Markets"

Doctoral candidate Jan Gulla at the Department of Technology Systems, Faculty of Mathematics and Natural Sciences, will be defending the thesis:

"Photon localization: Local measurements, localized states, and on-demand sources in quantum field theory"

Doctoral candidate Isabelle Viole at the Department of Technology Systems, Faculty of Mathematics and Natural Sciences, will be defending the thesis:

"Renewable energy supply and energy storage systems for a sustainable telescope"

Doctoral candidate Titus M. Casademont at the Department of Technology Systems, Faculty of Mathematics and Natural Sciences, will be defending the thesis:

"Dielectric Permittivity with Ground Penetrating Radar: Analysis of the Shallow Martian Subsurface"

Doctoral candidate Torbjørn Egeland-Eriksen at the Department of Technology Systems, Faculty of Mathematics and Natural Sciences, will be defending the thesis:

"Green hydrogen as energy storage and energy carrier in combination with offshore wind power: Production, energy management and techno-economic analysis"

Doctoral candidate Lars Ødegaard Bentsen at the Department of Technology Systems, Faculty of Mathematics and Natural Sciences, will be defending the thesis:

"Deep Learning for Offshore Wind Park Modelling and Forecasting"

Sigurd Eide at the Department of Technology Systems will be defending the thesis

"RIMFAX-modeling for Martian subsurface exploration: Ground-penetrating radar studies for the Mars 2020 Perseverance rover mission, during exploration of Jezero Crater Floor"

for the degree of philosophiae doctor.

M.sc Mari Øgaard at the Department of Technology Systems will be defending the thesis

"Methodology for performance evaluation of PV systems - with a special focus on high latitudes and snow"

for the degree of philosophiae doctor.

M.sc. Manas Pradhan by the Department of Technology Systems will be defending his thesis: 

Interoperability for Disaster Relief Operations in Smart City Environments

for the degree of Philosophiae Doctor.

M.sc. Maghsoud Morshedi Chinibolagh by the Department of Technology Systems will be defending his thesis: 

Machine Learning for Managed Wi-Fi: From best-effort to quality-assessed wireless services

for the degree of Philosophiae Doctor.

M.sc. Lars Grønmark Holmen by the Department of Technology Systems will be defending his thesis: 

Development of 1.5 µm and 2 µm fiber lasers and applications in 3D-imaging and mid-infrared generation

for the degree of Philosophiae Doctor.

M.sc. Manish Shrestha by the Department of Technology Systems will be defending his thesis: 

LightSC: A light-weight security classification methodology to design and evaluate security of IoT systems

for the degree of Philosophiae Doctor.

M.sc. Åsmund Skomedal by the Department of Technology Systems will be defending his thesis: 

Data-based approaches to efficient operation and maintenance of PV systems

for the degree of Philosophiae Doctor.

M.sc. Elahe Fazeldehkordi by the Department of Technology Systems will be defending her thesis: 

Security and Privacy Solutions in IoT and Distributed Systems Design

for the degree of Philosophiae Doctor.

M.sc. Karl Jacob Hiden Rudander by the Department of Technology Systems will be defending his thesis: 

"Underwater Acoustic Communication in the Very High-Frequency Band"

for the degree of Philosophiae Doctor.