Course content and focus areas
Neurosciences encompass many disciplines, ranging from molecular biology and proteomics research to systems neurobiology, cognitive neuroscience, and clinical research. Successful research in this area relies on combining diverse concepts and methodological approaches.
The primary goal of this program is to provide highly talented students with a research-focused education that offers a comprehensive overview of the key areas of neurosciences. These include basic neurosciences, clinical neurosciences, cognitive neurosciences, and computational neurosciences, along with relevant practical skills. Throughout the program, students will explore various levels of complexity in neuronal functions, from molecular biology to systems neurobiology. A distinctive feature of the program is the optional training in clinical neuroscience, which introduces students to neuropathology and aspects of neurology while equipping them with practical knowledge about current technical approaches in clinical research.
We do not require prior intensive training in neurosciences. However, a solid foundational knowledge in this field is essential to participate in the courses. As an interdisciplinary program, we encourage students from various fields to apply. These include biology and medicine, as well as biochemistry, chemistry, physics, computer science, and psychology. The program aims to foster interaction among students and between students and faculty from different disciplines.