Genes shape how organisms develop, function, and adapt. This master’s programme focuses on modern molecular genetics and developmental biology, linking research methods with ethical and societal questions. You will learn to analyse biological systems, design and conduct experiments, and interpret data using quantitative and experimental approaches.
The Master's programme in Biology - Genetics and Development at the University of Zurich explores the intricate role of genes in shaping the development, function, and adaptability of organisms. This programme emphasizes modern molecular genetics and developmental biology while addressing the ethical and societal implications of research in these fields.
Throughout this programme, you will gain the skills to analyze biological systems, design and conduct experiments, and interpret data through quantitative and experimental methodologies.
Core focus areas include molecular genetics, developmental biology, evolutionary perspectives, and research methodologies such as statistics and modelling.
Modules (examples from the programme)
Research and skills development
Capstone / thesis
This programme includes a significant research component, typically culminating in a thesis or equivalent assessment, allowing students to engage deeply with their chosen field of study.
Admission to the programme requires a relevant Bachelor's degree. Generally, a Bachelor's degree in Biology, Biomedicine, or Biochemistry is sufficient for entry into the Master's course. Degrees from both Swiss and international institutions may be accepted, subject to evaluation by the Faculty of Science.
The Faculty may consider other qualifications according to its criteria, ensuring fair treatment in assessing equivalence. Additional conditions or evidence of academic achievement may be required, with the Faculty determining the acceptance of credits earned elsewhere.
Graduates of the Biology - Genetics and Development programme will be well-equipped for diverse career paths in research, pharmaceuticals, biotechnology, and academia. The skills acquired during this programme will enable you to contribute to advancements in genetics and developmental biology, addressing critical challenges in health, environment, and society.
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