25.1 Bachelor programme

1.1. Introductory phase (STEP)

• 250045 VO Introduction to mathematical methodology
• 250121 UE Introduction to computer infrastructure
• 250032 VO Introduction to Analysis
• 250033 UE Tutorials "Introduction to analysis"
• 250022 VO Introduction to linear algebra and geometry
• 250023 UE Tutorials "Introduction to linear algebra and geometry"

1.2. Compulsory courses for all students

• 250015 VO Analysis
• 250016 UE Tutorials for "Analysis"
• 250013 VO Linear algebra and geometry 1
• 250014 UE Tutorials for "Linear algebra and geometry 1"
• 250046 VO Number theory
• 250047 UE Tutorials on number theory
• 250120 VO Algorithms, data structures and programming
• 250115 UE Practical programming course
• 250097 VO Introduction to topology
• 250098 UE Tutorials "Introduction to topology"
• 250077 VO Numerical mathematics
• 250078 UE Tutorials on numerical mathematics
• 250048 VO Probability theory
• 250050 VO Selected topics in probability theory and statistics
• 250049 UE Tutorials on probability theory and statistics
• 250062 VO Complex analysis
• 250063 UE Tutorials on complex analysis

Evening courses

• 250021 SE Bachelor seminar 1

1.3. Alternative group of compulsory modules "Mathematische Berufsvorbereitung"

• 250042 VO Applications of algebra
• 250043 UE Tutorials on applications of algebra
• 250056 VO Image and signal processing
• 250057 UE Tutorials on image and signal processing
• 250026 KO Job perspectives for Mathematicians: "Financial Mathematics"
• 250017 UE Repetition course "Analysis"

1.4. Alternative group of compulsory modules "Vorbereitung auf wissenschaftliche Arbeit"

• 250124 VO Basic concepts of mathematical logic
• 250125 UE Tutorials on basic mathematical logic
• 250087 VO Ordinary differential equations
• 250088 UE Tutorials on ordinary differential equations
• 250026 KO Job perspectives for Mathematicians: "Financial Mathematics"
• 250017 UE Repetition course "Analysis"