Informatics: Nanoelectronics and Robotics (master's two years)

The teaching is based on a basic knowledge in programming and data communication, and basic competence in mathematics and physics for being able to understand and design advanced electronic systems. Themes for master thesises will be directed to on-going activities in the research groups.
The candidate will obtain basic knowledge as well as obtain expertise to the challenging jobs in research, industrial development and other areas.
Work independently with a problem over a longer period of time.
Analyze a problem and form a plan on how to work towards a solution.
Construct theoretical models and implement them on a computer.
Make realistic plans, taking other possibilities, limitations and time consume into consideration.
Collect and analyze various types of information, and possess a healthy, critical attitude towards these sources.
Write a longer continuous report and present her research clearly in written work.
Communicate her knowledge orally and in writing.
Express own reflections and attitudes in regard to the area of research.

Exciting opportunities in many technology companies, for example within the fields of:

telecommunications
environmental monitoring
automation
instrumentation
microelectronics
medicine
research
Candidates typically work in the development of circuits and embedded systems (systems with other interface with a screen and keyboard) where hardware and software are included.

In addition to professional skills, you earn additional skills necessary in a working place. You learn to work independently and in projects in cooperation with others, you also learn to write and to work with scientific material.