Master students in Applied Computer Science may choose one of the following areas as the Integrated Application Area (application courses):

• Bioinformatics
• Medicine
• Microsystems Engineering
  

Students can choose application courses worth up to 12 ECTS. If a student chooses less application courses, he has to complete the remaining ECTS by choosing more specialisation courses. The study requirements of the application courses are regulated by the respective Faculties. Below you will find the requirements and study plans of the approved application courses.

Bioinformatics

NEW:
In Bioinformatics students shall complete the following modules amounting to 12 credits:

Course	ECTS	Descr.	Compulsory (P), elective (WP)	Examination
Bioinformatik II	6	V+Ü	P	Written/oral examination
Vorlesung der Biologie*	3	V+Ü	WP	Written/oral examination
Bioinformatik Hauptseminar**	3	S	WP	Presentation

(*) In the module "Vorlesung der Biologie" students can choose one lecture out of the following areas:
- Molekularbiologie und Genetik: Gene/Genom / Molecular Biology and genetics: genes/genomes (3 ECTS)
- Entwicklungsbiologie/genetik / Developmental biology / Genetics (3 ECTS)
- Angebot Biologie Kern / Main courses offered in Biology (3 ECTS)
(**) One of the following courses can be selected as a "Hauptseminar" :
- Seminar algorithmische Bioinfomatik / Seminar course Algorithmic Bioinformatics (3 ECTS)
- Seminar angewandte Bioinformatik / Seminar course in Applied Bioinformatics (3 ECTS)

If students need to complete only 6 ECTS credits, they shall choose the following module:

Course	ECTS	Descr.	Compulsory (P), elective (WP)	Examination
Bioinformatik II	6	V+Ü	P	Written/oral examination

OLD:
In Bioinformatics students shall complete the following modules amounting to 12 credits:

Course	ECTS	Descr.	Compulsory (P), elective (WP)	Examination
Algorithmische Bioinformatik	8	V+Ü*	P	Written/oral examination
Hauptseminar Bioinformatik	4	S**	P	Presentation

* V = Vorlesung = lecture, Ü = Übung = exercise
** S = Seminar

If students need to complete only 6 ECTS credits, they shall choose the following modules:

Course	ECTS	Descr.	Compulsory (P), elective (WP)	Examination
Angewandte Bioinformatik	6	V+Ü	P	Written/Oral examination

Medicine

In Medicine students shall complete the following modules amounting to 12 credits.

Course	ECTS	Descr.	Compulsory (P), elective (WP)	Examination
Innere Medizin für Zahnmediziner	3	V	P	Successful participation
Allgemeine Pathologie für Zahnmediziner	3	V	P	Sucessful participation
Kolloquium der Medizinischen Informatik I	1.5	V	P	Successful participation
Seminar der Medizinischen Informatik für Studierende der Informatik	1.5	Ü	P	Graded presentation
Ausgewählte Themen zur Mikrosystemtechnik in der Medizin	3	V	P	Written examination

If students need to complete only 6 ECTS credits, they shall choose the following module:

Course	ECTS	Descr.	Compulsory (P), elective (WP)	Examination
Kolloquium der Medizinischen Informatik I	1.5	V	P	Successful participation
Seminar der Medizinischen Informatik für Studierende der Informatik	1.5	Ü	P	Graded presentation
Ausgewählte Themen zur Mikrosystemtechnik in der Medizin	3	V	P	Written examination

Microsystems Engineering (MSE)

In MSE students shall complete several courses of the same module amounting to 6 or 12 credits.

Course	ECTS	Descr.	Compulsory (P), Elective (WP)	Examination
Modul Systemtechnik:
Innovative Energieversorgungssysteme	3	V	WP	Written/oral examination
Konstruktion 2	6	V	WP	Written/oral examination
Mikroaktorik	4.5	V	WP	Written/oral examination
Mikroakustik	4.5	V	WP	Written/oral examination
Multiscale Simulation	4.5	V	WP	Written/oral examination
Rechnergestützte Konstruktion - CAD	4.5	V	WP	Written/oral examination
Systemtheorie 2	4.5	V	WP	Written/oral examination
VLSI-Systementwurf	3	V	WP	Written/oral examination
VLSI-Systementwurf Praktikum	3	P***	WP	Written/oral examination
Angewandte Sensorschaltungstechnik	4.5	V	WP	Written/oral examination
Energieversorgung für Mikrosysteme	3	V	WP	Written/oral examination
Entwurf analoger CMOS-Schaltungen	3	V	WP	Written/oral examination
FEM-Simulation	4.5	V	WP	Written/oral examination
Laser	3	V	WP	Written/oral examination
Mikrosensor- und Mikroaktor-Schaltungstechnik	4.5	V	WP	Written/oral examination
Optische Messtechnik für Mikrosysteme	3	V	WP	Written/oral examination
Optische Mikrosensoren	3	V	WP	Written/oral examination
Praktikum Entwurf analoger CMOS-Schaltungen	4.5	P	WP	Written/oral examination
Simulation II	4.5	V	WP	Written/oral examination
Simulation, design and control of large scale systems	3	V	WP	Written/oral examination
Steuerungsentwurf für eingebettete Systeme	4.5	V	WP	Written/oral examination
Zuverslässigkeit und Sicherheit	4.5	V	WP	Written/oral examination
Modul Prozesse und Materialien:
Advanced silicon technology	3	V	WP	Written/oral examination
Hardware-Design mit der FEM	6	V	WP	Written/oral examination
Keramitktechnologie in der Mikrotechnik Praktikum	6	V	WP	Written/oral examination
Keramische Werkstoffe der Mikrotechnik	3	V	WP	Written/oral examination
Low-cost micro-machining	6	V	WP	Written/oral examination
Mikrostrukturierte Oberflächen mit optischen Funktionen	3	V	WP	Written/oral examination
nanotechnologie	1.5	V	WP	Written/oral examination
Prozesse und Technologien der Mechatronik	3	V	WP	Written/oral examination
Anwendungen der LIGA Technik	4.5	V	WP	Written/oral examination
From Microsystems to the Nanoworld	3	V	WP	Written/oral examination
Integrierte Mikrosysteme	4.5	V	WP	Written/oral examination
Lithographie	3	V	WP	Written/oral examination
Materialprüfung und Analyse in der MST	3	V	WP	Written/oral examination
Mikrostrukturierte Kunststoffkomponenten	3	V	WP	Written/oral examination
Optische Eigenschaften von Mikro- und Nanostrukturen	3	V	WP	Written/oral examination
Polymere in der Mikrosystemtechnik	3	V	WP	Written/oral examination
Projektmanagement	3	V	WP	Written/oral examination
Quantum mechanics for micro- and nano-systems	3	V	WP	Written/oral examination
Modul Life Sciences:
Biomaterialien II	3	V	WP	Written/oral examination
Bio-MEMS	3	V	WP	Written/oral examination
Bio-MEMS Praktikum	1.5	P	WP	Report/presentation
Einführung in die Mikroverfahrenstechnik	4.5	V	WP	Written/oral examination
Mikrofluidik I	3	V	WP	Written/oral examination
Oberflächenanalytik Praktikum	3	P	WP	Report/presentation
Projektmanagement	3	V	WP	Written/oral examination
Analytik mit Mikrosystemen	3	V	WP	Written/oral examination
Biomaterialien I	3	V	WP	Written/oral examination
DNA-Analytik I	1.5	V	WP	Written/oral examination
Konstruktion thermischer Mikrosysteme	4.5	V	WP	Written/oral examination
Mikrofluidik II	3	V	WP	Written/oral examination
Molecular Dynamics for Microsystems	4.5	V	WP	Written/oral examination
Optische Fallen und optische Mikromanipulation	3	V	WP	Written/oral examination

*** P = Praktikum = laboratory