The programme overview is adopted 2025-02-14 by Dean of Education.

• AUTUMN TERM

  • Study period 1

    • Compulsory courses

      Course code and name	Module, credits/period	Block	Note	Examination	Re-examination (okt 2025 - aug 2026)
      FKA133 Quantum engineering	Project 1.5 credits
      FKA133 Quantum engineering	Examination 6 credits		S
      FKA196 Fundamentals of micro- and nanotechnology	Examination 7.5 credits		E

    • Elective courses

      Course code and name	Module, credits/period	Block	Note	Examination	Re-examination (okt 2025 - aug 2026)
      KBT121 Design and analysis of experiments	Project 2 credits		1), 2), 3)
      KBT121 Design and analysis of experiments	Examination 5.5 credits		S, 1), 2), 3)
      KOO093 The synthesis, properties and structures of solid state materials	Examination 6 credits		1), 2)
      KOO093 The synthesis, properties and structures of solid state materials	Laboratory 1.5 credits		S, 1), 2)
      KTK096 Surface chemistry	Laboratory 1.5 credits		2)
      KTK096 Surface chemistry	Examination 6 credits		S, 2)
      MCC185 From quantum optics to quantum technologies	Examination 7.5 credits		S, 1), 4)
      MCC190 Semiconductor devices for modern electronics	Laboratory 1.5 credits		3)
      MCC190 Semiconductor devices for modern electronics	Project 1.5 credits		3)
      MCC190 Semiconductor devices for modern electronics	Examination 4.5 credits		S, 3)

  • Study period 2

    • Compulsory courses

      Course code and name	Module, credits/period	Block	Note	Examination	Re-examination (okt 2025 - aug 2026)
      KTK042 Nanomaterials chemistry	Laboratory 1.5 credits
      KTK042 Nanomaterials chemistry	Examination 6 credits		S
      MCC026 Nanoscience	Examination 7.5 credits		S

    • Elective courses

      Course code and name	Module, credits/period	Block	Note	Examination	Re-examination (okt 2025 - aug 2026)
      KBT026 Polymer chemistry and physics	Laboratory 1.5 credits		2)
      KBT026 Polymer chemistry and physics	Examination 6 credits		S, 2)
      KFK022 Biophysical chemistry	Examination 6 credits		1), 2)
      KFK022 Biophysical chemistry	Laboratory 1.5 credits		S, 1), 2)
      MCC121 Microwave engineering	Laboratory 1.5 credits		4)
      MCC121 Microwave engineering	Examination 6 credits		S, 4)
      MCC155 Quantum computing	Written and oral assignments 2 credits		4)
      MCC155 Quantum computing	Examination 5.5 credits		S, 4)
      TIF181 Science, innovation and entrepreneurship	Project 7.5 credits		E, 1), 3)
      TIF300 Spectroscopy	Examination 7.5 credits		E, 3)

• SPRING TERM

  • Study period 3

    • Elective courses

      Course code and name	Module, credits/period	Block	Note	Examination	Re-examination (okt 2025 - aug 2026)
      BBT055 Bioanalytical chemistry	Laboratory 3 credits		1), 2), 5)
      BBT055 Bioanalytical chemistry	Examination 4.5 credits		S, 1), 2), 5)
      FMI036 Superconductivity and low-temperature physics	Examination 7.5 credits		S, 1), 4)
      KBT036 Advanced organic chemistry	Examination 4.5 credits		1), 2)
      KBT036 Advanced organic chemistry	Laboratory 3 credits		S, 1), 2)
      KPO041 Surface engineering	Examination 4.5 credits		1), 2)
      KPO041 Surface engineering	Project 3 credits		S, 1), 2)
      MCC115 Modeling and fabrication of micro/nanodevices	Project 7.5 credits		E, 1), 3)
      MCC130 Graphene science and technology	Examination 7.5 credits		E, 3)
      TIF420 Condensed matter physics	Oral examination 7.5 credits		E, 4)

  • Study period 4

    • Elective courses

      Course code and name	Module, credits/period	Block	Note	Examination	Re-examination (okt 2025 - aug 2026)
      FMI040 Semiconductor materials physics	Examination 7.5 credits		S, 1), 3)
      KFK150 Applied optical spectroscopy	Examination 7.5 credits		E, 1), 2)
      MCC015 Superconducting devices: fundamentals and applications	Examination 7.5 credits		S, 1), 4)
      MCC080 Liquid crystals, physics and applications	Examination 7.5 credits		S, 3)
      MCC180 Open quantum systems	Laboratory 1.5 credits		1), 4)
      MCC180 Open quantum systems	Examination 6 credits		S, 1), 4)
      TIF106 Non-equilibrium processes in physics, chemistry and biology	Examination 7.5 credits		E, 1), 2), 4)

• 1 Compulsory elective: 4 compulsory elective courses in year 1 and 2 must be selected. KBT121, KFK022, KOO093, MCC185 and TIF181 are recommended for year 2. (BBT055, FMI036, FMI040, KBT036, KBT121, KFK022, KFK150, KOO093, KPO041, MCC015, MCC115, MCC180, MCC185, TIF106, TIF181) 4 of stated courses are required for the degree
• 2 Recommendation: These courses are recommended for a profile in chemistry and biochemistry. To obtain enough credits in the Main field of study, TIF106 or another Engineering Physics classified course has to be studied. (BBT055, KBT026, KBT036, KBT121, KFK022, KFK150, KOO093, KPO041, KTK096, TIF106)
• 3 Recommendation: These courses are recommended for a profile in fabrication technology for nanosystems (FMI040, KBT121, MCC080, MCC115, MCC130, MCC190, TIF181, TIF300)
• 4 Recommendation: These courses are recommended for a profile in quantum engineering (FMI036, MCC015, MCC121, MCC155, MCC180, MCC185, TIF106, TIF420)
• 5 Recommendation: The course overlaps with basic analytical chemistry courses, KAM010, KBT241 or equivalent, and therefore cannot be included in the master degree if such course has been taken at the Bachelor level (BBT055)
• 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.
• S: Final grade. All module grades are reported before the final grade for the course can be reported.
• E: The only module in the course. Module grade and grade for the course are reported at the same time.