Objective: Give in-depth knowledge in design of electronic components and systems with focus on sensor systems. Such embedded electronic systems are found everywhere, in the car, the fridge and the keys to the door.
The program covers methods and tools for modelling and design of components, circuits, and systems. It gives a theoretical base covering a wide field of electronics design from semiconductor physics to design of embedded systems. The program integrates the different fields in order to give a good understanding of possibilities and limitations of the different technologies.
Electronic systems can be found embedded in a huge variety of products in, for example, consumer electronics, spacecrafts, medical equipment, windmills, maritime and subsea systems, etc. In most cases these embedded systems also have integrated sensor functions that range from the very simple, such as temperature sensors, to the very complex, such as machine vision.
These embedded systems consist of different technologies for data processing, communication, sensing, analogue and digital processing.
The International Master’s Programme in Electronics Design at Mid Sweden University aims to provide broad knowledge in the different technologies which make up an embedded sensor system. In the second year individual projects provide you with specialization and indepth knowledge in a specific field. The projects are carried out in close cooperation with research groups at the department. The courses of the second year are generally project oriented, and some of these projects will be supervised by development engineers from the instrumentation industry (NCEI).
Your project assignments originate from problems identified by our industrial partners or collaborating research partners.
After the completion of the master’s programme, it is possible to continue with research and development in companies working within the fields of industrial electronic systems and telecommunication.

Entry requirements
Degree of Bachelor, Degree of Bachelor of Science in Engineering (at least 180 Credits), or equivalent, in Electronics Engineering/Electronics, Computer Engineering, Physics or Mathematics, with at least
22.5 Credits (22.5 ECTS) in Mathematics/Applied Mathematics.
Proven language proficiency in English.
Degree
1) “Masterexamen med huvudområdet elektronik”, translated into Master of Science, 120 credits with a major in Electronics or
2) “Teknologie masterexamen med huvudområdet elektronik”, translated into Master of Science, 120 credits with a major in Electronics. That is if the student has at least 30 higher education credits in the subject of Mathematics.
Application http://www.miun.se/sv/Utbildning/Hitta-din-utbildning/ATLAS-Visaprogram/?KatalogProgramId=1044
“Anmälan, Ort: Trondheim”. Application opens March 15 on the web site.
HiST contact: Seniorrådgiver Marit Rygvold, +47 924 32557, marit.rygvold@hist.no

Emne Hist Emne MiUN Navn Studiepoeng
EDTxxn ET052G
EDTxxn EL022G
EDTxxn ET044G
EDTxxn EL004A
Introduksjon til halvlederteknikk
Anvendte digitale filtre
Måleteknikk
Sensorkomponenter
EDTxxn EL006A
Anvendte sensorsystemer
Emne Hist Emne MiUN Navn
6
6
9
6
3
Studiepoeng
EDTxxn EL014G
EDTxxn EL024A
EDTxxn ET062G
Programmering av Innebyggede systemer
Trådløse sensornettverk
Konstruksjon av digitale system med VHDL
EDTxxn EL012A Maskinsyn
EDTxxn EL023A
Systemmodellering
Emne Hist Emne MiUN Navn
EDTxxn EL026A Prosjektkurs i elektronikksystem
EDTxxn EK008A
Prosjektkurs i sensorsystem
Emne Hist Emne MiUN Navn
EDTxxn EL007A Master oppgave
6
3
7,5
7,5
6
Studiepoeng
15
15
Studiepoeng
30