Teaching

Target group: Bachelor Chemistry, Chemistry Education, Biotechnology, Environmental Sciences, Food Chemistry; Master Pharmaceutical Engineering

Format: Lecture and exercise course

Credit points: 6 (Bachelor Chemistry, Biotechnology, Environmental Sciences, Food Chemistry); 5 (Bachelor Chemistry Education, Master Pharmaceutical Engineering)

Language: German

StudIP event number: 1413050

Summary: Fundamentals of mathematical methods in the field of analysis

Course contents: Number theory, continuous functions, sequences and series, differential and integral calculus for functions with one variable, differential and integral calculus for functions with multiple variables, line and definite integrals, differential equations.

More information: university calendar

Target group: Bachelor Chemistry (semester 4)

Format: Lecture and exercise course

Credit points: 6

Language: German

StudIP event number: 1413006

Summary: Fundamentals of quantum mechanics and the structure of matter

Course contents: Fundamentals of the behavior of waves and particles, uncertainty principle, probability amplitudes and wave function, Schrödinger equation, hydrogen atom, structure of the periodic table, chemical bonding, molecular vibrations, spectroscopy.

More information: university calendar

Target group: Master chemistry, AIMS

Format: Lecture and computer lab

Credit points: 3

Language: English

StudIP event number: 1413211

Summary: Learn how data science can accelerate the search for functional molecules and materials.

Course contents: Artificial intelligence and data science methods will be introduced, in particular machine learning, sequential optimization, and inverse design. It will be discussed how these methods can be applied in a fully automated fashion to design functional molecules and materials on a computer. The search for reactive species and catalysts for the activation of small molecules such as CO₂ and N₂ defines the focus of this lecture.

More information: university calendar

We are always looking for motivated students for bachelor and master theses and student research projects (bachelor or master). Please write to me (j.proppe@tu-braunschweig.de) or contact me after a lecture or other event. We look forward to hearing from you!

Finished theses

• Master thesis Kerstin L. Bublitz (summer term 2025)
• Bachelor thesis Lilly Meynberg (summer term 2025)
• Bachelor thesis Liudmila Seidel (winter term 2024/2025)
• Bachelor thesis Philipp Held (summer term 2024)
• Bachelor thesis Moritz Wolff (winter term 2023/2024)
• Bachelor thesis Kerstin L. Bublitz (summer term 2023)
• Bachelor thesis Tim J. Schulze (winter term 2022/2023)