Degree Programme structure

Spring (BIOMEDICINSK TEKNIK):

• Biomedicinsk Dataprocessing 5 ECTS
• Elektrofysik 5 ECTS
• Applied Innovation in Engineering 5 ECTS

Spring (BIOMEDICINSK TEKNOLOGI):

• Fysiologi 10 ECTS
• Applied Innovation in Engineering 5 ECTS

Autumn (BIOMEDICINSK TEKNIK OG BIOMEDICINSK TEKNOLOGI):

• Biofysik 10 ECTS
• Biostatistik 5 ECTS 

Choose two of the specialised study packages:

Specialiseringsprogram

Vælg to af specialiseringspakkerne på hver 15 ECTS

FORÅR:

Medicinsk billeddannelse

Non-invasiv billeddannelse af kroppen bliver mere og mere vigtig for diagnose af sygdomme da metoderne kombinerer anatomisk billeddannelse med forskellige funktionelle parametre. Kurserne I denne specialiseringspakke vil indeholde både teoretisk undervisning i teknikkerne den medicinske brug.
​Prerequisites: Basic calculus and linear algebra.

• MR billeddannelse og digital billedbehandling 10 ECTS
• Billeddannelse med røntgen, nuklearmedicin og ultralyd 5 ECTS 

Electrophysiology

The package provides: a broad introduction to technical electrophysiology; and an introduction to theoretical and computational methods for analysis of electrophysiological signals. The package is relevant for students who are interested in analysis and modelling of electrophysiological signals for medical applications or within neuroscience.
​Prerequisites: Linear electronic circuits, analog and digital signal processing, calculus and linear algebra.

• Advanced Electrophysiology 10 ECTS
• Elektrofysiologi og instrumentering 5 ECTS

EFTERÅR:

Telemedicin

Telemedicine is the use of telecommunication and information technology to provide clinical health care from a distance. It helps eliminate distance barriers and can improve access to medical services that would often not be consistently available in distant rural communities, while ambient assisted living refers to intelligent systems of assistance for a better, healthier and safer life in the preferred living environment of senior citizens and covers concepts, products and services that interlink and improve new technologies and the social environment.
​Prerequisites: Basic programming skills, and basic knowledge of human physiology and histology.

• Telemedicinske systemer 10 ECTS
• Ambient Assisted Living 5 ECTS

Neuro science

The package provides a good introduction to functional neuroanatomy, neurochemistry, and brain disorders, including statistical analyses of brain scans. The package is relevant for students who are interested in learning fundamental aspects of brain structure and function in health and diseases with particular focus on neuroimaging methods and their applications.
​Prerequisites: Basic human anatomy and physiology as well as basic statistics.

• Neuroanatomy, neurotransmission and brain diseases 10 ECTS
• Statistisk analyse af data fra hjerneskanninger 5 ECTS

Biomechanical engineering

Pakken skal give en grundlæggende viden om væv og implantaters biomekaniske egenskaber, samt introducere principperne og metoderne der ligger til grund for regeneration af væv vha. tissue engineering.​Prerequisites: Mathematical skills according to the educational requirements and basic microscopic and macroscopic human anatomy.

• Biomekanik 10 ECTS 
• Tissue Engineering 5 ECTS
  

Alle kurser der retter sig mod en af de fire specialiseringer Telemedicin/Pervasive healthcare, Neruro science, Medicinsk billeddannelse og Biomekanik (substanskurser) bliver udbudt i følgende specialiseringspakker. I specialiseringsprogrammet skal der indgå mindst to specialiseringspakker, hver på 15 ECTS. 

• Klinisk projekt 1
• Klinisk projekt 2
• Klinisk projekt 3
• Introduktion til medicinsk fysik
• Patologi

• AU Coursecatalogue

The master thesis is written in collaboration with one of the research groups and requires that you have followed the three courses within the chosen specialisation

• Start Date: Fall: First day of Q1. Spring: First day of Q3.
• Delivery Date: Fall: Last day of Q2. Spring: Last day of Q4.

Read more about the Master Thesis

and the Course description

You can find the courses on your degree programme in the Study Structure:

• See the study structure

See the academic regulations for biomedical engineering