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Physics and
Technology

Master of Science in Engineering

Programme structure

First semester
In the first semester of the master programme you will work theoretically and experimentally with statistical signal processing, sensor- and measurement technology, mechanical vibrations, laser physics, atomic physics and solid state physics. This will provide you with a broad foundation which qualifies for many different jobs.

Second and third semester
The next two semesters you will specialize further within optics, nanofabrication, computational physics, microtechnology, quantum engineering and elective courses. It is also possible to participate in an In-company project. You have the option to initiate your master thesis on the 3rd semester with 10 ECTS continuing with 30 ECTS on the 4th semester.

Fourth semester
The last semester is dedicated to the master thesis. You will choose the subject yourself. The master thesis will typically be carried out in one of the research groups and/or in cooperation with an industrial company.

Find more information in Curriculum and course descriptions.



Monday
Tuesday
Wednesday
Thursday
Friday
Kl. 12-14
Introduktion til datalogi (forelæsning)
Kl. 8-10
Diskrete metoder til datalogi (forelæsning)
Kl. 10-12
Introduktion til datalogi (forelæsning)
Kl. 9-10
Introduktion til programmering (forelæsning)
Kl. 8-10
Diskrete metoder til datalogi (eksaminatorium)
Kl. 13-14
Introduktion til programmering (forelæsning)
Kl. 12-14
Introduktion til fag, forskning og fællesskab (eksaminatorium)
Kl. 10-12
Introduktion til datalogi (eksaminatorium)
Kl. 10-12
Diskrete metoder til datalogi (forelæsning)
Kl. 14-16
Diskrete metoder til datalogi (eksaminatorium)
Kl. 12-14
Introduktion til programmering (eksaminatorium)
Kl. 12-14
Introduktion til programmering (teoretiske øvelser)
Kl. 16-18
Introduktion til datalogi (teoretiske øvelser)
Kl. 14-18
Introduktion til fag, forskning og fællesskab (eksaminatorium)

The rules for your degree are specified in the programmes’ curriculum, which is the formal description of your education.

The curriculum contains information about the purpose and structure of the programme, including which subject elements the program contains, whether there are opportunities for a semester abroad, project-oriented courses or similar, rules for conducting teaching and exams and rules for participation in exams, etc.

As a student, you are responsible for keeping yourself informed about the rules that apply to your programme. Therefore, it is important that you know the curriculum for your programme.

Read the curriculum MSc in Engineering (Physics and Technology)

A subject description is a detailed description of a subject, where you can, for example read about the purpose of the subject, the content of the subject, including the form of teaching, the expected workload, and the exam in the subject.

Read course descriptions by clicking the course in the description above.

In your 3rd semester, you have the opportunity to study abroad at a foreign university. You can choose either a university that SDU collaborates with, or you can choose to arrange your stay at another university. SDU collaborates with more than 200 partner universities, and we want to help you find the perfect place for you.

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