Bachelor
- KJM3010 - Undergraduate Research I
- KJM3020 - Undergraduate Research II
- KJM3030 - Undergraduate Research III
- KJM3900 - Radioactivity and radiochemistry
Master og PhD
- KJM-MENA4030 - Scientific presentation techniques
- KJM4900 - Radioactivity and radiochemistry (10 credits overlap against KJM3900)
- KJM5903 - Radiation protection
- KJM5912 - Applied Radiochemistry
- KJM5922 - Radiochemical Measurement Techniques
- KJM5951 - Radiopharmaceutical Chemistry
- KJM5961 - Production and application of medical radionuclides
- KJM5962 - Applied radiochemistry and molecular imaging
Programme structure
An example of programme structure for a master's degree at the nuclear chemistry group:
| 4th semester | Master thesis | ||||
| 3rd semester |
Special curriculum*/ Relevant course |
Master thesis | |||
| 2nd semester | KJM5922 | Relevant course |
Special curriculum* |
Master thesis | |
| 1st semester** | KJM4900*** | KJM5912 | KJM5903 | KJM-MENA4030 | |
| 10 credits | 10 credits | 10 credits | |||
* Special curriculum could be liquid-liquid-extraction or hydrometallurgy, depending of the choice of master project. Maximum 15 credits during the master studies.
** Mandatory HSE modules are also included in the 1st semester.
*** If KJM3900 is not already completed during the bachelor studies.
Se også siden om master i kjemi for mer informasjon om oppbygging av studiet.