The programme overview is adopted 2026-02-19 by Dean of Education.

• AUTUMN TERM

  • Study period 1

    • Elective courses

      Course code and name	Module, credits/period	Block	Note	Examination	Re-examination (okt 2026 - aug 2027)
      FKA196 Fundamentals of micro- and nanotechnology	Examination 7.5 credits		E
      MCC185 From quantum optics to quantum technologies	Examination 7.5 credits		S
      RRY085 Plasma physics with applications	Examination 7.5 credits		E
      RRY091 Galaxies and observational cosmology	Examination 7.5 credits		E
      TIF120 Surface and nanophysics	Project 7.5 credits		E
      TIF340 Advanced materials imaging and microanalysis	Examination 7.5 credits		E
      TIF440 Standard model of particle physics	Oral examination 7.5 credits		E
      TMA883 High performance computing	Written and oral assignments 7.5 credits		E

  • Study period 2

    • Elective courses

      Course code and name	Module, credits/period	Block	Note	Examination	Re-examination (okt 2026 - aug 2027)
      FFM485 String theory	Written and oral assignments 7.5 credits		E
      MCC155 Quantum computing	Written and oral assignments 2 credits
      MCC155 Quantum computing	Examination 5.5 credits		S
      RRY131 Radioastronomical techniques and interferometry	Project 3 credits
      RRY131 Radioastronomical techniques and interferometry	Examination 4.5 credits		S
      SEE145 Exoplanets and the solar system	Examination 7.5 credits		E
      TIF181 Science, innovation and entrepreneurship	Project 7.5 credits		E
      TIF345 Advanced simulation and machine learning	Project 7.5 credits		E
      TIF351 Functional energy materials	Oral examination 7.5 credits		E

• Diploma thesis

  Course code and name	Module, credits/period	Block	Note	Examination	Re-examination (okt 2026 - aug 2027)
  ENVX60 Master's thesis in Environmental and energy sciences	Diploma thesis (part A) 30 credits		*
  FYSX60 Master's thesis in Physics and astronomy	Diploma thesis (part A) 30 credits		*
  MCCX60 Master's thesis in Microtechnology and nanoscience	Diploma thesis (part A) 30 credits		*
  ENVX30 Master's thesis in Environmental and energy sciences	Diploma thesis 30 credits		*
  ENVX60 Master's thesis in Environmental and energy sciences	Diploma thesis (part B) 30 credits		*
  FYSX30 Master's thesis in Physics and astronomy	Diploma thesis 30 credits		*
  FYSX60 Master's thesis in Physics and astronomy	Diploma thesis (part B) 30 credits		*
  MCCX04 Master's thesis in Microtechnology and nanoscience	Diploma thesis 30 credits		*
  MCCX60 Master's thesis in Microtechnology and nanoscience	Diploma thesis (part B) 30 credits		*

• DIG: Digital examination is an examination written in the Inspera system. The student will bring their own computer and access the exam via Safe exam browser.
• E: The only module in the course. Module grade and grade for the course are reported at the same time.
• S: Final grade. All module grades are reported before the final grade for the course can be reported.
• *: The module includes education in another period