Natural Sciences & Mathematics
Biochemistry - Chemical Biology
MSc | 120 ECTS | 4 semesters | English
The degree programme serves to deepen the academic knowledge with a focus on experimental scientific work in the fields of chemical biology, biochemistry and organic chemistry, and their interfaces with biology, bioanalytics, pharmacy and biomedical fields. Read more
Biology
MSc | 90 ECTS | 3 semesters | English | 9 specialisations
The Master’s degree programme in Biology contains a comprehensive scientific education with a strong focus on experimental work. Graduates are qualified for demanding tasks at universities, in the industry and in the public sector. Read more
Chemical and Bioengineering
MSc | 90 ECTS | 3 semesters | English
The molecular sciences research their structure and their formation in nature. However, they also deal with the products and chemical processes in our industrial society, from the manufacture of a drug to environmental technology processing. Read more
Chemistry
MSc | 90 ECTS | 3 semesters | English
Our environment consists of a vast variety of molecules. The molecular sciences research their structure and their formation in nature. Chemistry deals with the fascinating world of molecules. Read more
Computational Science and Engineering
MSc | 120 ECTS | 4 semesters | English | 9 specialisations
Solving interdisciplinary science and engineering problems using computers: The interdisciplinary training in mathematics, computer science and applications is an excellent preparation for a career in business and industry. It's objective is to make new, computer-based career profiles accessible to students. Read more
High Energy Physics
MSc | 120 ECTS | 4 semesters | English
High Energy Physics is offered as a Joint Master’s degree in collaboration with the École Polytechnique Paris (which is now member of the recently created Institut Polytechnique Paris). Students are spending one year in Paris and one year in Zurich. Read more
Interdisciplinary Sciences
MSc | 90 ECTS | 3 semesters | English
Many rapidly developing research areas, such as physical chemistry, biophysics, biochemistry, and nanotechnology, fall somewhere between the classical subjects of chemistry, physics, and biology. This is why today more and more specialists with solid basic training in several sciences are in demand. Read more
Mathematics/Applied Mathematics
MSc | 90 ECTS | 3 semesters | English
The Master’s programme in Mathematics consolidates the knowledge acquired in the ETH Zurich Bachelor’s degree programme and leads to a Master's degree either in Mathematics or in Applied Mathematics. Read more
Pharmaceutical Sciences
MSc | 90 ECTS | 3 semesters | English
An extensive body of knowledge about chemical, physical and biological properties of active ingredients and exipients forms the basis for discovery and development of new drugs. Read more
Pharmacy
MSc | 90 ECTS | 3 semesters | German & English
The Master’s degree programme in Pharmacy puts emphasis on diagnostic and therapeutic competences. Read more
Physics
MSc | 90 ECTS | 3 semesters | English
The Master programme offers a broad selection of courses, covering all major aspects of modern physics. The programme should encourage breadth, but it should also enable students to specialise if they choose to do so. Read more
Quantitative Finance
MSc | 90 ECTS | 3 semesters | English
This specialized Master offers its students a unique blend of training in quantitative methods for finance and economics, covering the fundamental concepts associated with financial economics, financial markets, asset management, and risk management. Read more
Quantum Engineering
MSc | 120 ECTS | 4 semesters | English
Quantum engineering exploits the unique features of quantum theory to generate technical solutions surpassing the capabilities of any classical technology. Quantum technology is transforming in particular the fields of communication, computing, and measurement technology. Read more
Statistics
MSc | 90 ECTS | 3 semesters | English
Statisticians deal with all facets of data science: They describe, analyze and interpret data and plan effective data collection. The work can be both applied (data analysis) and theoretical (method development). Read more