This programme no longer admits students

Programme structure

The master programme is a two year programme, consisting of a thesis and theoretical course work. The thesis is an independent scientific work, carried out under supervision.

You can choose between a long thesis (60 credits thesis, 60 credits course work) a short thesis (30 credits thesis, 90 credits course work).

All 4000- and 5000-courses are considered master level courses. Choice of thesis and curriculum is made in accordance to the programme option of your choice and together with your supervisor. At least 30 credits must be from the program structure.

The programme has three programme options

Long master thesis

4. semester Thesis work
3. semester Master course Thesis work
2. semester Master course Master course Thesis work
1. semester Master course Master course Master course
  10 ECTS credits 10 ECTS credits 10 ECTS credits

Short master thesis

4. semester Thesis
3. semester Master course Master course Master course
2. semester Master course Master course Master course
1. semester Master course Master course Master course
  10 ECTS credits 10 ECTS credits 10 ECTS credits

Recommended courses

Nanoelectronics:
Autumn courses
INF4411 - Analog microelectronics
INF4431 - Digital systemkonstruksjon
INF5442 - Image Sensor Circuits and Systems
INF5481 - RF-kretser, teori og design
UNIK4170 - Digital communications

Spring courses
INF4420 - Projects in Analogue/Mixed-Signal CMOS Design
INF5300 - Utvalgte emner i digital bildeanalyse
INF5430 - Advanced digital systems design
INF5460 - Electrical noise – counter measures and calculation
MAT-INF4310 - Partial differential equations and Sobolev spaces II
MNKOM4000 - Formidling og vitenskapsjournalistikk
FYS4260 - Microsystems and electronic packaging and interconnection technologies
STK4900 - Statistical methods and applications
FYS4310 - Material science of semiconductors
UNIK4150 - Antennas and radiowave propagation
UNIK4330 - Imaging and detection of optical and infrared radiation
UNIK4690 - Maskinsyn

Robotics and intelligent systems:
Autumn courses
INF4130 - Algoritmer: Design og effektivitet
INF4300 - Digital image analysis
INF4431 - Digital systemkonstruksjon
INF4470 - Digital signalbehandling
INF4490 - Biologically Inspired Computing
INF4820 - Algorithms for artificial intelligence and natural language processing
INF5442 - Image Sensor Circuits and Systems
MUS4831 - Lydanalyse
UNIK4490 - Control of manipulators and mobile robots
UNIK4500 - Stochastic systems
UNIK4590 - Pattern Recognition
UNIK4950 - Multi-agent systems

Spring courses
INF4380 - Introduction to robotics
INF4500 - Rapid prototyping of robotic systems (discontinued)
INF5430 - Advanced digital systems design
INF5860 - Machine Learning for Image Analysis
FYS4240 - Data acquisition and control
FYS4260 - Microsystems and electronic packaging and interconnection technologies
MUS4218 - Metodologisk emne: Kognitiv musikkvitenskap
UNIK4690 - Maskinsyn
STK4900 - Statistical methods and applications

Signal processing:
Madatory course:
INF4480 - Digital Signal Processing II

Autumn courses
INF4300 - Digital image analysis
MAT-INF4130 - Numerical Linear Algebra

Spring courses
INF4480 - Digital Signal Processing II
INF5300 - Utvalgte emner i digital bildeanalyse
INF5410 - Signal processing in space and time (continued)
FYS4260 - Microsystems and electronic packaging and interconnection technologies

Recognition of Master courses from former education

If you are admitted to the Masters Programme and you have completed Master courses outside the University of Oslo, you may apply to have these courses recognised as part of your degree. Please contact the Department of Informatics for more information.

Diploma and degree

This programme leads to the following degree: Master of Science in Informatics: nanoelectronics and robotics
Published June 6, 2012 10:00 AM - Last modified Sep. 26, 2017 10:47 AM