Sümeyye E. , Sadaf A.

Course fee(with german): € 6800

Course fee(without german): € 5400

Registrations fee: € 300

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Course Description

The successful completion of the M course in the Studienkolleg allows you to apply to most of the medical courses and health studies in German universities, under certain conditions.  The M course at the SID Institut consists of mathematics, physics, chemistry, biology and the German language. Important methods and contents of various fields of science are thoroughly covered. You need M-Course if you want to be enrolled in one of the following degree programs:

· Medicine
· Biology
· Nutrition Science
· Dentistry
· Microbiology
· Agriculture Sciences and Environmental Management
· Veterinary Medicine
· Biochemistry
· Sport
· Psychology
· Pharmacy

The subjects are all taught in German and are intended to prepare the participants for the assessment test at the university of their choice.  Participation at the SID courses is possible without entrance examination.

After the preliminary course, a written exam will be administered. During the main course intermediate examinations will be administered, and all the main courses end with final assessments in all the main subjects.  The final examinations are based on the assessment exams administered at the universities, and consequently an excellent preparation tool.

Preliminary Course

The preliminary course should consolidate mathematical foundations and prepare students for the mathematics lessons of the main course.  The course consists of elementary mathematics, quadratic equations, logarithms, and systems of linear equations.  In analysis, derivatives, differentiation rules, whole and ruptured rational functions, exponential functions, and curves are covered.  Additionally, analytic geometry is an important area, with vector algebra, plane equations, and scalar product.


In mathematics, all the relevant subjects in the Deutschabitur are covered.  These include curve discussion, extreme tasks, reconstruction tasks, integral calculus, and vector-level equations.  Further topics include geometries and analysis of trigonometric functions.


In physics, mechanics is essential and covered extensively.  Statics and strength theory, kinematics, and kinetics are covered.  The course also covers impulse, force, Newtonian axioms, magnetic-electrical quantities, the Coulomb Law, electrical circuits, Ohm’s Law, and AC voltages.  Optics radiation, atomic and nuclear physics are also of interest in the area of vibrations, waves, interference, types of radiation, and the interaction of radiation matter.


In chemistry, basics such as acids and bases, indicators, fields of physical chemistry, and organic chemistry are covered.  Physical chemistry covers, among other things, energy conversion, reaction kinetics, and thermodynamics.  Organic chemistry considers hydrocarbons, functional groups, and natural products.


In biology, studies will consist of field of cell biology, structure and function of cells, and cell components.  Other topics include: genetics, mitosis, meiosis, Mendelian rules, chromosomes, and heredity. Molecular genetics and gene expression are also covered, with particular emphasis on DNA construction, transcription and translation.  Additionally, the curriculum also includes Eu- and prokaryotic gene expression control, neurobiology and behavioural science.


Fundamental of basic informatics programming through an intensive crash course is included with this major as well.


About Instructor

  • Kazi Fazi


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