Chemistry

In the first semester of the chemistry degree programme, you will be introduced to the basics of chemistry in the ‘General Chemistry’ experimental lecture. Linked to Analytical Chemistry I, you will also learn about important aspects of quantitative analysis (how much?), while qualitative analysis (what?) provides you with your first laboratory experience in the introductory practical course. Lectures in the fields of mathematics and physics provide you with a secure start to your studies and lay important foundations for the following semesters.

In the remaining semesters of the foundation course (2nd-4th semester), you will learn the most important fundamentals in the various subject areas. These include analytical chemistry (AnaC), inorganic chemistry (AC), organic chemistry (OC) and physical chemistry (PC). You will also gain an initial insight into biochemistry, theoretical chemistry and technical chemistry in the introductory lectures. In the last two semesters of the Bachelor's degree programme, you will deepen your knowledge of AC, OC and PC. There are also initial options in the fields of analytical, theoretical or technical chemistry and biochemistry.

In addition to the lectures and tutorials, the Chemistry degree programme at Ruhr University Bochum is characterised by a high practical component.

Various laboratory practicals are part of every semester. During the foundation degree programme, basic practicals are carried out in AC, OC, PC and analytical chemistry. In the last two semesters, advanced practicals in the fields of AC, OC and PC follow. There is also the option of completing further internships in Analytical Chemistry, Technical Chemistry or Theoretical Chemistry. In these internships, you will not only learn how to handle hazardous substances safely, but above all apply the theoretical knowledge you have learnt. You will learn how to synthesise various substances, apply analytical methods yourself or carry out physico-chemical measurements.

Your first research project awaits you in the 6th semester with your Bachelor's thesis. You will complete your thesis in a research group of your choice in the Faculty of Chemistry and Biochemistry. In contrast to the laboratory practicals, you can implement your own ideas on your topic and familiarise yourself with everyday research. You will work independently, but under supervision, on a small research project.

* and **: A complete list of all compulsory elective lectures, compulsory elective internships and additional elective internships can be found in the current examination regulations.

At the beginning of the degree programme, there is a great deal of overlap between the two courses. For both chemistry and biochemistry students, knowledge of general, analytical and organic chemistry, as well as maths and physics, is a foundation of their studies. The further the course progresses, the more specialised the content becomes. From the 3rd semester onwards, the proportion of specialisation exceeds the proportion of joint courses.

The biochemistry degree programme now increasingly includes courses from the fields of biology, medicine and life sciences. The content of the chemistry degree programme, on the other hand, focuses on inorganic, physical and technical chemistry, as well as mathematical methods in chemistry and chemical law.

When studying chemistry, you will learn about the structure, properties and quality of substances. Experiments in the laboratory will teach you more about their laws and reactivities. The degree programme also raises questions such as how chemistry can become more sustainable in the future and what alternative synthesis methods are available. When studying biochemistry, you will focus on the chemical processes and reactions in living organisms. In practicals, lectures and exercises, you will investigate these processes and learn how to apply your knowledge of life processes, e.g. in basic research.