Master of Science (ID 163185)

1. Semester

• Fundamentals in data analysis (6 CP)
• Main topic Biochemistry - practical course (15 CP)
• Main Topic Biochemistry I (9 CP)
• Wahlpflichtfächer empfohlen für das 1. Semester (30 CP)
  • Extension Topic Genetics (6 CP, W)
  • Extension Topic Human Biology (6 CP, W)
  • Extension Topic Immunology (6 CP, W)
  • Extension topic Lecture on Molecular System Biology (3 CP, W)
  • Extension Topic Lecture on Structural Biology (3 CP, W)
  • Extension Topic Molecular and Cellular Genetics (6 CP, W)
  • Extension Topic Molecular Plant Sciences (6 CP, W)
  • Main Topic Cell Biology – practical course (15 CP, W)
  • Main Topic Microbiology – practical course (15 CP, W)

2. Semester

• Main Topic Biochemistry II (6 CP)
• Methods in Life Sciences (9 CP)
• Wahlpflichtfächer empfohlen für das 2. Semester (30 CP)
  • Coding und Modeling (6 CP, W)
  • Computer Architecture (6 CP, W)
  • Extension Topic Advanced Topics in Molecular System Biology (3 CP, W)
  • Extension Topic Advanced Topics in Structural Biology (3 CP, W)
  • Extension Topic Cell Biology (6 CP, W)
  • Extension Topic Evolutionary Biology (6 CP, W)
  • Extension Topic Genetics – practical course (9 CP, W)
  • Extension Topic Humanbiologie Praktikum (9 CP, W)
  • Extension Topic Immunology – practical course (9 CP, W)
  • Extension Topic Microbiology (6 CP, W)
  • Extension Topic Molecular and Cellular Genetics – practical course (9 CP, W)
  • Extension Topic Molecular Plant Sciences – practical course (9 CP, W)
  • Extension Topic Molecular System Biology – practical course (9 CP, W)
  • Extension Topic Neurobiology (6 CP, W)
  • Extension Topic Structural Biology – practical course (9 CP, W)
  • Extension Topic Virology (6 CP, W)
  • Introduction to Informatics: Systems and Applications (6 CP, W)
  • Main Topic Cell Biology I (9 CP, W)
  • Main Topic Inorganic Chemistry – practical course (15 CP, W)
  • Main Topic Microbiology I (9 CP, W)
  • Main Topic Organic Chemistry – practical course (15 CP, W)
  • Main Topic Physical Chemistry – practical course (15 CP, W)
  • Main Topic Theoretical Chemistry – practical course (15 CP, W)

3. Semester

• Wahlpflichtfächer empfohlen für das 3. Semester (30 CP)
  • Extension Topic Biological Chemistry - practical course (9 CP, W)
  • Extension Topic Biologische Chemie (6 CP, W)
  • Extension Topic Cell Biology – practical course (9 CP, W)
  • Extension Topic Evolutionary Biology – practical course (9 CP, W)
  • Extension Topic Inorganic Chemistry (6 CP, W)
  • Extension Topic Inorganic Chemistry – practical course (9 CP, W)
  • Extension Topic Microbiology – practical course (9 CP, W)
  • Extension Topic Neurobiology – practical course (9 CP, W)
  • Extension Topic Organic Chemistry (6 CP, W)
  • Extension Topic Organic Chemistry – practical course (9 CP, W)
  • Extension Topic Physical Chemistry (6 CP, W)
  • Extension Topic Physical Chemistry – practical course (9 CP, W)
  • Extension Topic Theoretical Chemistry (6 CP, W)
  • Extension Topic Theoretical Chemistry – practical course (9 CP, W)
  • Extension Topic Virologiy – practical course (9 CP, W)
  • Introduction in Coding (9 CP, W)
  • Main Topic Cell Biology II (6 CP, W)
  • Main Topic Inorganic Chemistry (15 CP, W)
  • Main Topic Mikrobiologie II (6 CP, W)
  • Main Topic Organic Chemistry (15 CP, W)
  • Main Topic Physical Chemistry (15 CP, W)
  • Main Topic Theoretical Chemistry (15 CP, W)
  • Operating Systems (6 CP, W)
  • Subject specific Extension Topic in Biochemistry (6 CP, W)
  • Subject specific Extension Topic in Biochemistry – practical course (9 CP, W)

4. Semester

• Master’s Degree Module (30 CP)