Chemistry (Bachelor of Science, B.Sc.)
Chemistry studies at the Adlershof campus have a long tradition, to which renowned chemists and Nobel laureates such as August Wilhelm von Hofmann and Emil Fischer have contributed. The well-organized, modularized programme offers modern laboratories, lecture halls, and seminar rooms. A fixed timetable allows students to complete their studies within the standard period of study. The institute consistently receives high ratings in nationwide university rankings.
Table of Contents
At a glance
Course structure and content
A Chemistry degree from Humboldt-Universit?t zu Berlin provides you with comprehensive knowledge in inorganic, organic, analytical, physical, and theoretical chemistry, as well as biochemistry and structural chemistry. The programme combines classroom instruction and independent study to prepare you for a career in research, development, and production.
Mono-Bachelor's in Chemistry (180 CP)
Mandatory Modules (140 CP)
| Module | Title | Size |
|---|---|---|
| FUNDAMENTALS: 20 CP | ||
| 1/GRU1 | General principles of chemistry | 8 CP |
| 2/GRU2 | Mathematical foundations for chemistry | 7 CP |
| 3/GRU3 | Fundamentals of Physics | 5 CP |
| INORGANIC: 26 CP | ||
| 4/ANO1 | s-p Block Elements | 5 CP |
| 5/ANO2 | Inorganic Chemistry Introductory Practical Course | 6 CP |
| 6/ANO3 | Transition Metal and Coordination Chemistry | 5 CP |
| 7/ANO4 | Inorganic Chemistry Basic Practical Course | 5 CP |
| 8/ANO5 | Modern Inorganic Chemistry | 5 CP |
| ORGANIC: 30 CP | ||
| 9/ORG1 | Organic Chemistry – Structure and Reactivity | 5 CP |
| 10/ORG2 | Practical course – Basic methods of organic chemistry | 5 CP |
| 11/ORG3 | Organic Chemistry – Structure and Reactivity of Organic and Bioorganic Compounds | 10 CP |
| 12/ORG4 | Advanced Organic Synthetic Chemistry | 5 CP |
| 13/ORG5 | Bioorganic chemistry and natural product chemistry | 5 CP |
| ANALYTICS: 24 CP | ||
| 14/ALT1 | Analytics I: Fundamentals | 5 CP |
| 15/ALT2 | Analytics II: Instrumental methods | 5 CP |
| 16/ALT3 | Basic Analytical Chemistry Practical Course | 5 CP |
| 17/ALT4 | Basic structural analysis with instrumental-analytical practical course | 9 CP |
| PHYSICAL & THEORETICAL CHEMISTRY: 28 CP | ||
| 18/PTC1 | Chemical Thermodynamics of Pure Substances and Mixed Phases | 6 CP |
| 19/PTC2 | Chemical Kinetics, Electrochemistry and Spectroscopy | 6 CP |
| 20/PTC3 | Basic Physical Chemistry Practical Course | 6 CP |
| 21/PTC4 | Quantum Theory and Molecular Modeling | 10 CP |
| Bachelor's Thesis | 12 CP |
Mandatory Elective Modules (20 CP)
10 CP each must be chosen from the Internship Modules (i) and from Other Modules (ii);
(i) Internship Modules (10 CP)
| Module | Title | Size |
|---|---|---|
| 22/WAFP | Advanced Practical Course – Modern Synthetic Chemistry – Focus on Inorganic Chemistry | 10 CP |
| 23/WOFP | Advanced Practical Course – Modern Synthetic Chemistry – Focus on Organic Chemistry | 10 CP |
(ii) Other Modules (10 CP)
| Module | Title | Size |
|---|---|---|
| 24/WAN1 | Introduction to Inorganic Nano- and Solid-State Chemistry | 5 CP |
| 25/WAL1 | Advanced Structural Analysis | 5 CP |
| 26/WAL2 | Analytical Spectroscopy | 5 CP |
| 27/WPT1 | Theoretical Chemistry | 10 CP |
| 28/WPT2 | Statistical Thermodynamics and Real Solids | 5 CP |
General Elective Modules (?WP) (10 CP)
Modules totaling 10 ECTS credits can be freely chosen from the designated module catalogues of other subjects or central institutions. Modules from the elective subject area (ii) of these study regulations may also be chosen.
General elective course offerings (?WP) for students coming from other fields of studies
| Module | Title | Size |
|---|---|---|
| 24/WAN1 | Introduction to Inorganic Nano- and Solid-State Chemistry | 5 CP |
| 25/WAL1 | Advanced Structural Analysis | 5 CP |
| 26/WAL2 | Analytical Spectroscopy | 5 CP |
| 27/WPT1 | Theoretical Chemistry | 10 CP |
| 28/WPT2 | Statistical Thermodynamics and Real Solids | 5 CP |
| 29/GRU? | General Principles of Chemistry (?WP) | 10 CP |
| 30/ANO? | General and Inorganic Chemistry | 5 CP |
| 31/ORG? | Organic Chemistry | 5 CP |
Special features
Chemistry studies at Humboldt-Universit?t zu Berlin are modular and offer a fixed timetable for a structured study period.
In addition to well-equipped laboratories and modern lecture halls, the institute boasts a separate department for Analytical and Environmental Chemistry. Students can engage in promising research fields such as functionally structured materials and catalysis, as well as chemical biology.
The Adlershof campus also facilitates collaboration with institutes for physics, mathematics, and computer science, as well as external research institutes and companies.
For the teacher training program in chemistry, you should possess:
- Enthusiasm for natural sciences and experimentation
- Analytical thinking skills and enjoyment of laboratory work
- Interest in educational issues
- A willingness to combine research and teaching
Subject-specific admission and enrolment rules
Career opportunities & prospects
You can apply for the consecutive Master's program in Chemistry at Humboldt-Universit?t.
Find out more in the course catalogue or via the database Hochschulkompass nationwide.
Career opportunities are available in:
- Science education and science communication
- Research and development in industry and higher education
- Student laboratories and educational projects
- Publishing houses, museums, and media
More information on career prospects and alternatives can be found in the Berufenet database.
Course Advisory Service
Dr. rer. nat. Marit Gründer
Recognition of credits
Questions regarding recognition can be answered by the examination office: Ms. Sarah von Hübbenet, +49 30 2093-81134, pruefungsbuero.chemie@hu-berlin.de
Contact information for the institute
Department of Chemistry
Emil Fischer-Haus, Institutsgeb?ude, Brook-Taylor-Stra?e 2, 12489 Berlin