Home
Department of Physics and Technology
Master Project in Physics and Engineering Physics

Master Project in Physics and Engineering Physics

Here you will find examples of topics for master's projects for those starting the Master's program in Physics and Engineering Physics at UiB. You can also visit the website of each of our research groups to see past and ongoing projects. Many of our previous projects are still relevant research topics and can often be adapted into new projects.

Main content

The master's program in physics has two official study tracks, Master in Physics and Master in Engineering Physics. Additionally, we have defined 9 different research areas that you can choose to specialize in based on your background. The project examples below are listed according to these research areas: 

The Master's program consists of two components: one course component totaling 60 credits and the master's thesis worth 60 credits. The total workload for the Master's program is 120 credits, equivalent to two years of study.

Important milestones the first year

Important milestones for the first year. From start on program to start on project.

Photo:
Marianne Daae

How to find a Master's project to work on?

Use the menu below. Carefully read the project examples, requirements, and associated group pages. This way, you can form an opinion on which research topic you want to specialize in. Feel free to contact the listed supervisors. Also, check the listed courses - are these courses you are directly qualified for, or do you need specific prerequisites to complete the courses and the project?

Note: We will try to facilitate that all master's students can complete the master's thesis within the research field they desire, but each supervisor has limited capacity. All students admitted to the Master's program are entitled to a supervisor and master's thesis. In some cases, several students may want the same task - in case of high demand for certain projects, students will be selected based on results. This happens only rarely, and we work to find good solutions for all our students.

In addition to the proposed master's projects, it is also possible to develop your own project together with a supervisor. If you wish to do this, contact the relevant supervisors to discuss your ideas and various options. For more information and tips on who works with the different areas, contact the study advisor (studie.fysikk@uib.no).

We also recommend that you investigate which projects have been previously completed in the various research groups. You can find information about this under each of the headings in the table below.

Choosing Courses

You can find relevant courses for your master's project under project examples for each research area or in conversation with your supervisor. You can also get help from the study advisor.

Courses at Department of Physics and Technology

Courses at Faculty of Mathematics and Natural Sciences.

All new students must, within the first few days after starting and before the start of teaching (week 34 in the autumn/week 3 in the spring), investigate which courses fit into their master's program. External students may have problems adding courses in Studentweb. If this applies to you, you must contact the study advisor (studie.fysikk@uib.no) to open the courses in Studentweb.

Note! Helping master's students enroll in the right courses is our top priority in the first week of the semester. If you have any questions, do not hesitate to contact the administrative or academic contact person.

Below you will find project examples, courses, and contacts/supervisors for each research area.

Project Example: Acoustics

Acoustics

The Acoustics group offers master's projects in methods and measurement technology based on ultrasound wave propagation in gases, liquids, and solids. These projects are linked to our research activities and often include both theoretical, numerical, and experimental work. Education in the acoustics group focuses mainly on fundamental understanding of physics. Research is primarily basic research-oriented but can also be related to applications of acoustic technology and is then conducted in collaboration with external partners.

Project Example

  • Fishery acoustics: Methodology and technology related to stock estimation and species identification using echo sounders.
  • Ultrasonic fiscal flow measurement (sales measurement of oil and natural gas)
  • Ultrasound characterization of gases, liquids, and solids
  • Diffraction effects in guided ultrasonic waves (GUW, Lamb-type waves)
  • Structural health monitoring (SHM) and non-destructive evaluation (NDE) using GUW.
  • Piezoelectric ultrasound transducers (transmitters and receivers)
  • Nonlinear sound propagation in gases and liquids.

 

Supervisors/Contact Persons

Audun Oppedal Pedersen

Compulsory Courses in the Master's Degree

PHYS272

Recommended Courses in the Master's Degree

PHYS273PHYS373PHYS374 

Prerequisites

Bachelor in Physics or equivalent, PHYS271 or equivalent

Recommended Background

PHYS116MAT160PHYS205

Masterprogram - field of study

Master in Physics

Project Example: Experimental Nuclear Physics

Experimental Nuclear Physics

In nuclear physics, we are interested in studying the atomic nucleus, its properties, and the strong nuclear force that holds the nucleus together. Projects may include work with hardware and readout electronics or physics and data analysis. As part of the group at UiB, you will have the opportunity to work on basic research that contributes to a better understanding of the fundamental principles of the strong interaction and the matter it describes.

Project Example

  • Data analysis –data from the ALICE experiment
    •  J/psi production in pp and Pb-Pb collisions at the LHC
    • Jets in pp and Pb-Pb collisions at the LHC
    • Ultraperipheral collisions
  • Detector development
    • Characterization of wafer-size pixel sensors for the ALICE ITS3 detector
    • Development of the thermal neutron imager
      Beam tests of FoCal prototypes at CERN SPS
    • Characterization of the pixel layers for the ALICE Focal detector FoCal
  • *Medical physics
    • Assembly and commissioning of the pCT detector at the proton therapy facility at Haukeland University Hospital (HUS)

Supervisors/Contact Persons

Joachim Nystrand, Dieter Röhrich, Alexander Bylinkin, Max Rauch, Ingrid Mckibben Lofnes

Compulsory Courses in the Master's Degree

None

Recommended Courses in the Master's Degree

PHYS232, PHYS203, PHYS205, PHYS206, PHYS391 (vår: PHYS241, PHYS291)

Prerequisites

Bachelor in Physics or equivalent

Recommended Background

PHYS118, PHYS119, PHYS201, PHYS204, PHYS231

Masterprogram - field of study

Master in Physics

Project Example: Experimental Particle Physics

Experimental Particle Physics

In the particle physics group at the Department of Physics and Technology, the research is primarily connected to the ATLAS experiment at CERN. We participate in data collection, physics analysis of data, and instrumentation related to the upgrade of ATLAS. Students interested in fundamental particle physics will receive thorough training through physics analysis of ATLAS data. A significant portion of these analyses uses Artificial Intelligence (AI) algorithms. We are also committed to testing and delivering detector components for the ATLAS upgrade, and there are tasks for students interested in instrumentation and/or electronics. Stays at CERN may be relevant, and it would be natural to consider the course PHYS298 at the end of the Bachelor's program or the beginning of the MSc program.

Project Examples

  • Detector Physics:
    • Characterization of silicon pixel modules
    • Studies of pixel sensors in test beams at CERN
    • Simulation studies of silicon sensor response
  • Data Analysis:
    • Search for dark matter production in ATLAS
    • Studies of the Higgs boson

Supervisors / Contacts

Bjarne Stugu, Anna Lipniacka, Bertrand Martin dit Latour, Simen Hellesund

Required Courses in the Master's Program

None

Recommended Courses in the Master's Program

All projects: PHYS232PHYS241
Detector Physics: PHYS231HTEK201ELE141/ELE142 at HVL
Data Analysis: PHYS201,PHYS203,PHYS204,PHYS342.

Background Requirements

Bachelor in Physics or equivalent

Masterprogram - field of study

Master in Physics

Previous Projects

List of master's and doctoral theses from the group here

Project Example: Medical Physics and Technology

Medical Physics and Technology

Close interdisciplinary collaboration in research and development in physics and medicine has a long tradition both locally and internationally. There is a wide range of scientific issues; from the development of instrumentation and new measurement methods, to complex simulation and physical modeling of various biophysical problems, and to advanced data analysis with and without artificial intelligence. The applications range from clinically relevant issues in various patient groups to basic research in method development and application. Most master's projects are carried out in close cooperation with clinicians or physicists from Haukeland University Hospital.

Project Examples

  • Development of new methods for improving medical imaging
  • Development of new treatment techniques in radiotherapy and proton therapy
  • Design, development, and testing of new detectors for medical applications, for example, in proton therapy or medical imaging
  • Data collection using new methods or new technology, technical evaluation
  • Physical/statistical/mathematical modeling of data from health research
  • Development and application of artificial intelligence in medical applications

Supervisors / Contacts

Kristian Smeland Ytre-Hauge, Eli Renate Grüner, Justas Zalieckas

Required Courses in the Master's Program

None

Background Requirements

Bachelor in physics or equivalent

Recommended Courses in the Master's Program

PHYS212, PHYS213, PHYS231

Masterprogram - field of study

Master in Physics

Project Example: Microelectronics

Microelectronics

Microelectronics offers the opportunity for a master's project in instrument construction related to space physics, medical physics, the ALICE experiment at CERN, or experiments associated with SFI SmartOcean. Topics for the master's project include analog circuit design, digital design, and software development. Microelectronics is also highly relevant for the industry, providing numerous and excellent job opportunities for graduates.

Project Examples

  • Design and testing of radiation-tolerant FPGA design for the ALICE inner tracking system (CERN)
  • Design of an FPGA-based test system for the ALICE Inner Tracking System 3 (CERN)
  • Design of an FPGA-based test system for the THESEUS space mission (space physics)
  • Characterization of silicon photomultipliers for the ALOFT project (space physics)
  • Design and integration of the power system for the proton CT detector (medical physics)
  • Design of an FPGA-based high-speed readout system for proton CT (medical physics)
  • Marine thruster control. Circuit board design, prototyping, and certification (private industry)

Supervisors / Contacts:

Johan Alme, Kjetil Ullaland

Required Courses in the Master's Program

Recommended Courses in the Master's Program

Prerequisites

  • Bachelor's degree in Physics, which includes at least one course in basic electronics (e.g.: ELE141/ELE142 at HVL)
  • Or a Bachelor's degree in Electronics Engineering, including an advanced course in physics/mathematics 3

Masterprogram - field of study

  • Master in Physics
  • Master in Technical Physics

Project Example: Nanophysics

Nanophysics

Measurement technology and nanophysics offer master's theses on a variety of topics such as energy, materials science, photonics and plasmonics, sensing and quantum sensors, and more. The master's theses are research-based and can be either experimental or theoretical.

Project Examples

  • Rain cells – harvesting energy from rain in the rainy city of Bergen
  • Nanomaterials for anti-fouling coatings for underwater installations
  • Reduction of contact resistance for new electrodes in aluminum production at Hydro smelters
  • Diamond coatings for medical implants
  • Quantum biosensors for cancer detection
  • New methods for diamond synthesis
  • Solar cells – increasing efficiency and exploring new principles

Supervisors / Contacts

Martin Greve, Lars Egil Helseth, Justas Zalieckas

Required Courses in the Master's Program

PHYS205, PHYS208

Recommended Elective Courses in the Master's Program

NANO161, HTEK201, HTEK202, PHYS263, PHYS264, PHYS271, PHYS206 og HTEK301

Prerequisites

Bachelor i Fysikk eller tilsvarende

Masterprogram - field of study

  • Master in Physics
  • Master in Technical Physics (if relevant background for the projects)

Project Example: Optics

Optics

In optics, we study how light interacts with atoms, molecules, and other particles in the atmosphere and ocean.

Project Examples

  • Satellite remote sensing of the atmosphere and ocean
  • Fieldwork and characterization of optical properties in the ocean
  • Light and heat in the Arctic
  • Programming and development of models for radiative transfer in the atmosphere and ocean
  • Development of neural networks for use in time-critical models

Supervisors / Contacts

Børge Hamre, Arne Kristoffersen

Required Courses in the Master's Program

PHYS263, PHYS264

Recommended Courses in the Master's Program

PHYS205, MAT265, STAT200

Masterprogram - field of study

  • Master in Physics
  • Master in Technical Physics

Previous Projects

Project Example: Space Physics

Space Physics

The Space Physics group at the Department of Physics and Technology conducts fundamental research on the interaction between the Earth and near-Earth space. We also have activities in atmospheric and climate science, high-energy astrophysics, and geomagnetism. We are actively engaged in projects related to space weather and computational science. Our research activities focus on four main themes:

  • Dynamics of the asymmetric near-Earth space
  • Energetic particle precipitation
  • Hard radiation from thunderstorms
  • Space plasma physics and space weather

Project proposals (Fall 2024)

  • Particle precipitation and climate
  • Recent and innovative observations of high-energy radiation from thunderstorms and lightning detected by spacecraft and aircraft
  • Analysis of three-dimensional plasma parameters in the polar ionosphere with the EISCAT 3D Next Generation Radar
  • Reconstruct ionosphere-thermosphere electrodynamics at low-latitudes with novel incoherent scatter 3D radar measurements
  • Analysis of solar wind charge exchange and heavy ions at the Earth’s magnetopause in preparation for the SMILE mission
  • Analysis of magnetic field disturbances in the auroral zone using data from the new EZIE satellite
  • Develop an empirical substorm-parameterized convection model from Swarm satellite measurements

Supervisors / Contacts

Kjellmar Oksavik, Hilde Nesse, Martino Marisaldi, Karl Magnus Laundal, Spencer Mark Hatch

See here for complete list of Academic staff and Researcher staff

Required Courses in the Master's Program

PHYS251PHYS252

Recommended Courses in the Master's Program

PHYS205, AGF-345 (UNIS), Full course list for the group: https://www.uib.no/en/node/169661/

Masterprogram - field of study

  • Master in Physics
  • Master in Technical Physics - We are open for candidates with strong skills in programming and math. We can find Master projects in analysis, coding, data mining, etc.

Previous Projects

Click here for more examples of previous masterprojects

Project Example: Theoretical Physics

Teoretisk Fysikk

In the Theoretical Physics group, we work on describing and modeling natural processes on both small and large scales.

Project Examples

  • Atom-laser interaction and quantum systems
  • Quark-gluon plasma at the LHC accelerator at CERN and in neutron stars
  • Gravitational waves from the early Universe
  • Complex systems: dynamics and optimization
  • Resource theory and energy supply

Supervisors / Contacts

Morten Førre, Jan Petter Hansen, Jörn Kersten, Tatyana Kuznetsova, Dorte Nørgaard MadsenKonrad Tywoniuk, Johannes Fiedler, Joakim Nystrand

Required Courses in the Master's Program

None

Recommended Courses in the Master's Program

PHYS203PHYS206PHYS261PHYS205

Recommended Background

PHYS118PHYS119PHYS112PHYS241PHYS204

Masterprogram - field of study

Master in Physics

Previous Projects