PhD candidate
PhD candidate at the complex systems modelling group at the Department of Physics and Technology, University of Tromsø. Fond of abstract ideas, free open-source software and skiing.
PhD, Climate Physics at the University of Tromsø (Tromsø, Norway)
Thesis title: Global temperature response to volcanic activity.
The PhD work consist of simulating volcanic climate forcing and investigate the corresponding temperature response to volcanoes. The response to volcanic forcing is hypothesized to be linear. Further, analysis is carried out to investigate the universality of the response to volcanic forcing with respect to different climate forcings, possibly providing valuable insight into the equilibrium climate sensitivity.
MS in Space Physics at the University of Tromsø (Tromsø, Norway)
Thesis title: A model for IS spectra for magnetized plasma with arbitrary isotropic velocity distributions. Link: https://hdl.handle.net/10037/19542
During the Master Thesis work I developed a python program that solves an incoherent scatter radar equation. The equation is solved for any oblique angles between the radar pointing direction and the magnetic field line, and it accepts any isotropic electron velocity distribution. This made it possible to calculate numerically the spectrum of super-thermal electrons observed by a moving radar and compare this to real observations, which was a new contribution to the field.
Course leader at University of Tromsø (Tromsø, Norway).
Led both the lectures and the exercise classes of FYS-2019 during the fall of 2024, giving me valuable practice in preparing course material, lecturing and preparation of a 4h written exam.
Teacing Assistant at University of Tromsø (Tromsø, Norway).
Summer student at FFI — Norwegian Defence Research Establishment (Kjeller, Norway).
During eight weeks in the summer of 2019 I worked at the FFI, continuing the project on software defined radios from 2018. The goal was to do real time spoofing of a GNSS (Global Navigation Satellite System) receiver, meaning it should be possible for the spoofer to make adjustments to the path the fake signal gives, in real time. Multiple open-source projects was used, some of which I modified or wrote myself during the project. The added code was written in Python, and the complete project can by found in my bladeGPS-Game repository. The project ended in a successful demonstration of real-time control of a spoofing signal.
Summer student at FFI — Norwegian Defence Research Establishment (Kjeller, Norway).
During nine weeks in the summer of 2018 I worked at the FFI on a project about software defined radios for use with jamming and spoofing of GNSS receivers. Open-source projects was used along with a number of different hardware, most notably the USRP. At the end of the period, spoofing of both GNSS receivers and a mobile phone was demonstrated, and a report documenting the process was written.
.nc files, written in python. Also made contributions to stpv which is a general previewing tool to be used within the terminal, for example with the file manager lf.
engeir@pm.me • +47 477 19 556 • 28 years old
eirik.re • github • linkedin • mastodon • twitter
Elveslettvegen 125, 9020 Tromsdalen, Norway
Last update: 27 October 2024